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A
APPENDIX A
Simpson Desert 1985
Seismic Survey Aquisition Report
r -
FIELD OPEFATICNS FEPoRT
FOR
9EAC~ PETROLEUM NL
~CRTHERN TERRITORY AUSTRALIA
WESTERN 3EOPHYSICAL COMPANY OF AMERICA
29th NOVEMBER 1985 TO 30th JANUARY 1986
rn WESTERN GEOPHYSICAL Litton
COIITENTS
1INTRODUCTION bull bull bull bull bull bull bull bull bull 1
2PERSONNEL bull bull bull bull bull bull bull bull bull bull bull bull bull bull 2
3EQUIPMENT-PARTY 786 i SEISMIC DATA ACQUISITION SYSTEM 3
SURVEY DATA ACQUISITION SYSTEM 4 ENERGY SOURCE bull bull 4
34 RADIO COMMUNICATIONS 4 c35 VEHICLES bullbull bull bull bull tJ
36 CAMP EQUIPMENT
4 GENERAL 4 1 WEATHEF 6 42 FOOD AND WATER SUPPLIES 43 FUEL SUFfL 1ES 6 44 SPAFE PAI~TS 4 CFEgtj OTATION 46 EXFLOSltJES 47 TOPOGRAPHY AND VEGETATION 7 4 u0 CAMPSITE WATER AIRSTRIP LOCATIONS 8-9 49 EXPERIMENTALS bull bull bull
5 SURVEY 51 INTRODUCTION 1()-11
2 LINE CLEARING 11 53 SURVEY OF SEISMIC LINES 12-13 54 CHAINING bull bull 5S PERMANENT MAFJltERS bull bull 13 56 COMPUTATIONS 14-15 c CONCLUSIONS 15
6WEATHERING REPORT 61 INTRODUCTION 16
1 lt-_1-shyu62 FIELD METHOD I
63 INTEFPRETATION 17-18 64 LOGISTICAL CONSIDERATIONS 18
197CONCLUSION bullbullbull
rn WESTERN GEOPHYSICAL ------------------------- Lllton
APFEND ICES
A EXPLORATION AREA MAP bull bull bull bull Al SEISMIC PROGRAM MAP bullbullbullbull A2 SEISMIC PROGRAM MAP bullbullbull
8 LOOP CLOSURE LISTING AND MAPS 91 B2
r FIELD RECORDING PARAMETERS
D RECEIVER AND SOURCE ARRAYS
PRODUCTION LINE LISTING
F REEL NUMBERS VIBRATING POINT
G LINE INTERSECTION LISTING
H PERMANENT MARKER LISTING
1 UPHOLE LOCATIONS
THOMAS 1 INTERSECTION DIAGRAM
imiddot LINE INTEFSECTION LIST FOF THOMAS
L RECORDING HOURS LISTING
LISTING
1 AFEA
20 21 22
24
26
28
33-35
40-45
46
74
rn WESTERN GEOPHYSICAL ----------------------- Lmon
1 INTRODUCTION
WESTERrl GEOPHYSC~L COMPANY OF AMERICA were c~ntracted by BEACH PETFOLEUM N L AjlD PAFHNERS to conCLlct a vi brosei s sei smi ~urvey in OP 184 ~ situated in ~he Ncr~hern Territory approximately 400km southeast of Alice Spri~gs
The survey and doing craw arrived en 29th Oc~ober 1985 and the first line was cut on 5th November The main craw did not arrive at Poeppels Corner 1 well site until 27th November 1985 Experimental testing and instrument tesectts were carried out ~n 28th November and recording began the following day Recording was c~mpleted en 30th January 1986
The purpese of the survey was to locate ~ructures favourable to the accumulation of hydrocarbons
During the survey vibrator points were recorded with 1200 percent surface coverage A t~tal of ~O~03 kilcme~ers were recorded at an average of 112 kilometers per producticn day at an overall average =f 933 kilometers er werking day
The -e~~ ~=htttmiddot-dc~~rt ~OJ- 3 pel-cd of t=ri dadegiS oler Christmas and New Year P3r~cnnel were flown to Brisbane and other capital ~iti3s fer thE dur~~icn of this break
rn WESTERN GEOPHYSICAL --------------------------- Litton
r
2 PERSONNEL
OFFICE PERSONNEL The Western Geophysical office personnel c~nsistad of a supervisor and administrative staif based in Brisbane
FIELD PEFSONNEL Management
1 Party Manager bull 1 Assistnt Party 11anager I FOSA 2 Seismologists
Sllrmiddotey 1 C1i+ SllrlemiddotYCr D CFOCOS 2 Fi =1 d Sitrve~cr-s J WILLAMSOrmiddot
3 Rodmen Chainmen
s f I~ TTERSALL ~ F~OB~~~rSO
1 = JiF 1 Li ne Bosmiddot i1 SAM=middotINS 14 Field Assistants
Vibratcr Techniian Me~~anicI
Lpho12s
~middotmiddotjE=thEri ng Observer H 11Ai1jDESLEY 1 Ehoctr=r bull M-OSTER 1 Prsloader bull bull SCOMMADEUF
Camp 2 ~=c~~s
middot1 ri tCh2rt Hard Utilitv Driver 1 Field Cl=rk
A ~iH ITS ] r I ~middotH
Suffiesnt fi21d perscnnel were employed t~ permit a leave rcst3r based en a r=tati~n of three weeks work to ens wampsks leava
rn WESTERN GEOPHYSICAL --------------------------- Litton
32 Survey Oata Acquisition System
Surveying in the area was dene wit~ two TI Wild Thecdolites and two Wild EJMs DI4L Field data was entered on a HP 85 interfaced to a HP 95 82905B printer where processing was completed using Westerns programs
P~intouts of elevations ncrthings and aastings sun shots and other data were made available as necessary on the HP 829058 printer bull
Data was rec=~ded in binary fermat ASCII on Scotc- DC 100A Cartridges an forwarded to the client on completion the prcspect
A detailed s~~vey repcrt in Section -gtJ bull
33 Energy source
P _middotmiddot it1 rmiddot force ~f 27240 pounds
Vibrators ~era mounted CG Hai-l8S t 5r
trucks with DT 466 210 HP diesel ~ngines
The dampta was acqui~ed using four vibrators with the fifth as a standby ~ni~ en the line bull This allowed the organisaticn of vibrator 3ervica and maintainenc9 en aretational basis
-t - shyw l bull
nter-cam~ vibrator and recorder communications were facilitated with tne prevision of twenty-four Gene~al Elect~ic Custom MVP UHF radios operating en a frequency range of 485050 MHz to 42SOO MHz
100 watt SSG radios fitted with freq~encies in the 4679 an~ 13 MHz range and ~ppro~iate RDFS f~equencies were used ~~r len distance communicaticns bull
One Ccdan 7727 radio intsrfaced with computer controlled teletype equipment ~as used ~or communications with Per~h and Brisbane cFfic5S
4
fH WESTERN GEOPHYSICAL Ltton--------------------------------------------------------~
r shy
35 Jehi =1 e~
( 1 ) 6 Interiati enal Harvester f tted t4Ji th Ae AND pcwer supply - RECQRDER
FIVE (5) 6x6 Vibrator truck3 units 480548094810 48624863
ONE (1) 6x6 SUZU s~rvi~~ truck with cranewelder c~mpresscrt=clsf~el and water tanks
ONE (1) 4x4 SUZU supply truck with =rane and 600 gallon
ONE ( 1 ISUZ water with 1500 galIen capacity
FOUR (4) 4x4 ISUZU cable trucks
THRE= (3j 4x~ T=ycta PIC (persennel carrier) lirJ2 j=middotC=
-1 Refraction Re~order
FDUF (4) 4x4 Teyota pickups
t~Dst ehi c 1 es V-Jere e~ti PPEd ~Ii th fr-cnt ilcL~1ted ~i nc-1es The suzu tru~k~ wers prevded ~ith 1~ x 225 super single tyres
1S x 225 super singl9 tyres
jOnc ) 2 bsd sleeper trailer One ( 1 ) Survey Offi=2 ( Independent Flycamp trailer ) FOLtr- 0 4) 8 bed sleeper trailers One ( j 4 bed ~leeper trailsrclient office-accommodation C-s ( 1 ) Kit=he~ tr~iler fully equipped C-e ( 1 Dr~r traileshy -1-_ 1 _ bullshyO1e ( Shc~er Laundry 1 I 1
--shyU Ie ~ 1 i Wcrks~cp trailer equipped with tools ccmpr~550r etc
~-shy-i di~ geed ~n~Jr2 3 teres tr 3i 1 er lJi th I
mEchani=al =~ares
TvfO (2) Generators 100 KVA Cae 1 FLel tai 1 er imperial gallonsI
npei 31 galIenOn~ l
1 )-fJr~ j
]ne ( 1) Sei~mcl~gist O~fica j Cable repair shop r _ --- were air-=cnditioned with the exception of the 5hower worksho~ and store
=bullbull 1 =
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All ~ibratcr$ and recorder scare parts were pur=hased in America by ~es~ern Geophysical and air freigh~ed t~ Brisbane They were then transported to Pceppels corner by Jundah Transport and picked up and delivered to the campsites by Western Gecphysicals~ own supply truck Seme smaller items were flown in on the weekly crew change charter fliht
45 Crew rotation
A weekly 11 seater charter flight operated by Corporate Air Services was employed to transport fielj ~ers=nnel to Brisbane Field assistants and SQme staff used Brisbane as a break point The remai~ing staff members were flown to Perth on commercial flights A weekly feed flight operated by the above was also utili=ed for meat ano vegetables
~~middotltpmiddot5imiddots t~== tn the middotLU-~middot= WEJmiddot~ )J-zollagt tpe boosters and 18 meter detonators Exclosives were
the c~ew by Helidcn Carrying Company of Brisbane
Ucon arrival en the orew the Splosives wera handed over silcoter +8j- stcr-age
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The 3~rv9y arsa is lcc3tsd entiraly within the Simpson Dssert This ara~ is characterised by approximately parallel NNW - SSE =nit~dinal eand d~nes The dunes are generally between SOOm and 1000m apart and ranging from 10 to 20m in hai~ht
The araa is sparsely vegetated Small canegrass bushes are cmmcn to the cps c~ the dunes and lew shall~w rocted trees ~nd rassss arE fcund in the ccrri~crs
~~a to the streng winds ence~ntared througnout the survey ~any of the lines were ccntin~ally blewn in which resulted in val~atls recording production being lost
I RWESTERN GEOPHYSICAL Lonon
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AIRSTRIP LOCATION
Longi tloe 137 ceg S5 min East Latitude ceg 48 min SOLlth
49 Experimenta15
Prior to r~ccrding an experimental program was c=nducted to ascertain the optimum recording parameters bull
The experimental program was conductad en line 5D85-63 on November 8th~ 1985
The following table lists each te5~ and the respective parameters The spread layout fer the tests was 1515-105-0-10-1515
Tast SW2=P db gtJeep S~leep ]10 ~J i I-br atr~
i~Llmbr Tmiddote Cct Freq ltH J Length S~)eeps 1loe LtP
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Test pramettr~ chosen were based ~n previous experience in the area baad en a ~0m source array and ene sscend longer listening time
9
ru WESTERN GEOPHYSICAL W
-Itton
5 SURVEY
The advanca survey party daparted Noccundra for Poeppels Corner 1 well on the 26th October 1985 After travelling via Nappam~rrie Innaminka~ Tirrawarra Walkers Cressing Outer Birdsville Track Cliftcn Hills and Kuncherin~a Camp was established at Kunc~erinna en the 28th October whilst a scouting party searched for accass to Themas 1 well via Poolawanna well and existing 1984 Delhi lines Altnough a ro~te was found it was not suitable for access and the party continued on to Pceppels Corner 1 Access from Themas 1 to Peeppels Cerrier 1 was baraly trafficable to 4WD pick-ups and ha~ca camp was establis~ed on 30th October at Poeppels Corner 1 until access ceuld be upgraded and the camp moved ccser to the lines
Scouting for access and lines continued en 31s~ October and a suita~le set off point fer line 5D85-69 was estsbllshEC from the intsrsEc~ion of 3079-19 and 72-13 However dus to heavy clc~d cover a s~n5hct was unable to be observed -_wshyeffect the sEt=~f until During tM1S period the tulldc=era were upg~adi~g access along 9D79-16
Line cutting ~~mmenced on 8085-69 en 5th NcvemDer As the 1984 li~as en this prospect ~ere c~t to a width of two normal bl~da widths it was decided to do likewise with the 1~85 lines ~s the grader was found to be ineffectual in the loese sa~d C~ the lines it was only used to upgrade access tr~cks and it ~6S ~ec9ssary to back blade e~ch line ~ith a bulldozer This ~as only dena en lines 5D85-69 o7~ 65 and ~3 b~f=re it became cbvic~s that line prod~=ti=~ woula be far too slew a~d hence the back blading was ceased Aftsr discussion tet~een Mr Gillespie (WGe supervisor and Gray ( Client j it was decided that the crew ~culd be able to operate satislfactcrily on c single cut line and so at the completion of SD85-59 the second cutting of lines c-=5ad
The grader was used on 23rd N~vemter to tow flycamp to lecation number 2 Work ccnti~ued from this camp ~ntil the completion of all the lines in the Thomas Central and West~rn sect~~ns HOWEver it was neCEssary to establish an Olitcamp For chair-in and suneying line SD85-6 and all the cress lines off it as the travelling time would have bean sxcss5i~e It was not PC5s1ble to tow the flycamp van tc this sits near the intsrsection of SD85-62 a~d SD8~-73 and as such c=mmunicaticn and suppo~t was di~ficult tc ma ~tai n
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middot III
J
T
J
III
lt
(1
(Ii
-
middotn t
1 I
1
III
0
-l1
J
1
III
III
ffI
If)
~
111
III
n f
-t
middot ((
j 1I1
~
IJJ
1
~
Cllt
lt
ill
lt
1-
r
lt~
r
t
-II
+
J
-lt
i
lti
II
m
m
T
in UI
rt
-1
I
It
nrt
III
If)
rt
middot 1
-en
hi
(t
0 +shy
Jtil
-lt
lt
III
3
m
n
n lgt
rshy
56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
r -
FIELD OPEFATICNS FEPoRT
FOR
9EAC~ PETROLEUM NL
~CRTHERN TERRITORY AUSTRALIA
WESTERN 3EOPHYSICAL COMPANY OF AMERICA
29th NOVEMBER 1985 TO 30th JANUARY 1986
rn WESTERN GEOPHYSICAL Litton
COIITENTS
1INTRODUCTION bull bull bull bull bull bull bull bull bull 1
2PERSONNEL bull bull bull bull bull bull bull bull bull bull bull bull bull bull 2
3EQUIPMENT-PARTY 786 i SEISMIC DATA ACQUISITION SYSTEM 3
SURVEY DATA ACQUISITION SYSTEM 4 ENERGY SOURCE bull bull 4
34 RADIO COMMUNICATIONS 4 c35 VEHICLES bullbull bull bull bull tJ
36 CAMP EQUIPMENT
4 GENERAL 4 1 WEATHEF 6 42 FOOD AND WATER SUPPLIES 43 FUEL SUFfL 1ES 6 44 SPAFE PAI~TS 4 CFEgtj OTATION 46 EXFLOSltJES 47 TOPOGRAPHY AND VEGETATION 7 4 u0 CAMPSITE WATER AIRSTRIP LOCATIONS 8-9 49 EXPERIMENTALS bull bull bull
5 SURVEY 51 INTRODUCTION 1()-11
2 LINE CLEARING 11 53 SURVEY OF SEISMIC LINES 12-13 54 CHAINING bull bull 5S PERMANENT MAFJltERS bull bull 13 56 COMPUTATIONS 14-15 c CONCLUSIONS 15
6WEATHERING REPORT 61 INTRODUCTION 16
1 lt-_1-shyu62 FIELD METHOD I
63 INTEFPRETATION 17-18 64 LOGISTICAL CONSIDERATIONS 18
197CONCLUSION bullbullbull
rn WESTERN GEOPHYSICAL ------------------------- Lllton
APFEND ICES
A EXPLORATION AREA MAP bull bull bull bull Al SEISMIC PROGRAM MAP bullbullbullbull A2 SEISMIC PROGRAM MAP bullbullbull
8 LOOP CLOSURE LISTING AND MAPS 91 B2
r FIELD RECORDING PARAMETERS
D RECEIVER AND SOURCE ARRAYS
PRODUCTION LINE LISTING
F REEL NUMBERS VIBRATING POINT
G LINE INTERSECTION LISTING
H PERMANENT MARKER LISTING
1 UPHOLE LOCATIONS
THOMAS 1 INTERSECTION DIAGRAM
imiddot LINE INTEFSECTION LIST FOF THOMAS
L RECORDING HOURS LISTING
LISTING
1 AFEA
20 21 22
24
26
28
33-35
40-45
46
74
rn WESTERN GEOPHYSICAL ----------------------- Lmon
1 INTRODUCTION
WESTERrl GEOPHYSC~L COMPANY OF AMERICA were c~ntracted by BEACH PETFOLEUM N L AjlD PAFHNERS to conCLlct a vi brosei s sei smi ~urvey in OP 184 ~ situated in ~he Ncr~hern Territory approximately 400km southeast of Alice Spri~gs
The survey and doing craw arrived en 29th Oc~ober 1985 and the first line was cut on 5th November The main craw did not arrive at Poeppels Corner 1 well site until 27th November 1985 Experimental testing and instrument tesectts were carried out ~n 28th November and recording began the following day Recording was c~mpleted en 30th January 1986
The purpese of the survey was to locate ~ructures favourable to the accumulation of hydrocarbons
During the survey vibrator points were recorded with 1200 percent surface coverage A t~tal of ~O~03 kilcme~ers were recorded at an average of 112 kilometers per producticn day at an overall average =f 933 kilometers er werking day
The -e~~ ~=htttmiddot-dc~~rt ~OJ- 3 pel-cd of t=ri dadegiS oler Christmas and New Year P3r~cnnel were flown to Brisbane and other capital ~iti3s fer thE dur~~icn of this break
rn WESTERN GEOPHYSICAL --------------------------- Litton
r
2 PERSONNEL
OFFICE PERSONNEL The Western Geophysical office personnel c~nsistad of a supervisor and administrative staif based in Brisbane
FIELD PEFSONNEL Management
1 Party Manager bull 1 Assistnt Party 11anager I FOSA 2 Seismologists
Sllrmiddotey 1 C1i+ SllrlemiddotYCr D CFOCOS 2 Fi =1 d Sitrve~cr-s J WILLAMSOrmiddot
3 Rodmen Chainmen
s f I~ TTERSALL ~ F~OB~~~rSO
1 = JiF 1 Li ne Bosmiddot i1 SAM=middotINS 14 Field Assistants
Vibratcr Techniian Me~~anicI
Lpho12s
~middotmiddotjE=thEri ng Observer H 11Ai1jDESLEY 1 Ehoctr=r bull M-OSTER 1 Prsloader bull bull SCOMMADEUF
Camp 2 ~=c~~s
middot1 ri tCh2rt Hard Utilitv Driver 1 Field Cl=rk
A ~iH ITS ] r I ~middotH
Suffiesnt fi21d perscnnel were employed t~ permit a leave rcst3r based en a r=tati~n of three weeks work to ens wampsks leava
rn WESTERN GEOPHYSICAL --------------------------- Litton
32 Survey Oata Acquisition System
Surveying in the area was dene wit~ two TI Wild Thecdolites and two Wild EJMs DI4L Field data was entered on a HP 85 interfaced to a HP 95 82905B printer where processing was completed using Westerns programs
P~intouts of elevations ncrthings and aastings sun shots and other data were made available as necessary on the HP 829058 printer bull
Data was rec=~ded in binary fermat ASCII on Scotc- DC 100A Cartridges an forwarded to the client on completion the prcspect
A detailed s~~vey repcrt in Section -gtJ bull
33 Energy source
P _middotmiddot it1 rmiddot force ~f 27240 pounds
Vibrators ~era mounted CG Hai-l8S t 5r
trucks with DT 466 210 HP diesel ~ngines
The dampta was acqui~ed using four vibrators with the fifth as a standby ~ni~ en the line bull This allowed the organisaticn of vibrator 3ervica and maintainenc9 en aretational basis
-t - shyw l bull
nter-cam~ vibrator and recorder communications were facilitated with tne prevision of twenty-four Gene~al Elect~ic Custom MVP UHF radios operating en a frequency range of 485050 MHz to 42SOO MHz
100 watt SSG radios fitted with freq~encies in the 4679 an~ 13 MHz range and ~ppro~iate RDFS f~equencies were used ~~r len distance communicaticns bull
One Ccdan 7727 radio intsrfaced with computer controlled teletype equipment ~as used ~or communications with Per~h and Brisbane cFfic5S
4
fH WESTERN GEOPHYSICAL Ltton--------------------------------------------------------~
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35 Jehi =1 e~
( 1 ) 6 Interiati enal Harvester f tted t4Ji th Ae AND pcwer supply - RECQRDER
FIVE (5) 6x6 Vibrator truck3 units 480548094810 48624863
ONE (1) 6x6 SUZU s~rvi~~ truck with cranewelder c~mpresscrt=clsf~el and water tanks
ONE (1) 4x4 SUZU supply truck with =rane and 600 gallon
ONE ( 1 ISUZ water with 1500 galIen capacity
FOUR (4) 4x4 ISUZU cable trucks
THRE= (3j 4x~ T=ycta PIC (persennel carrier) lirJ2 j=middotC=
-1 Refraction Re~order
FDUF (4) 4x4 Teyota pickups
t~Dst ehi c 1 es V-Jere e~ti PPEd ~Ii th fr-cnt ilcL~1ted ~i nc-1es The suzu tru~k~ wers prevded ~ith 1~ x 225 super single tyres
1S x 225 super singl9 tyres
jOnc ) 2 bsd sleeper trailer One ( 1 ) Survey Offi=2 ( Independent Flycamp trailer ) FOLtr- 0 4) 8 bed sleeper trailers One ( j 4 bed ~leeper trailsrclient office-accommodation C-s ( 1 ) Kit=he~ tr~iler fully equipped C-e ( 1 Dr~r traileshy -1-_ 1 _ bullshyO1e ( Shc~er Laundry 1 I 1
--shyU Ie ~ 1 i Wcrks~cp trailer equipped with tools ccmpr~550r etc
~-shy-i di~ geed ~n~Jr2 3 teres tr 3i 1 er lJi th I
mEchani=al =~ares
TvfO (2) Generators 100 KVA Cae 1 FLel tai 1 er imperial gallonsI
npei 31 galIenOn~ l
1 )-fJr~ j
]ne ( 1) Sei~mcl~gist O~fica j Cable repair shop r _ --- were air-=cnditioned with the exception of the 5hower worksho~ and store
=bullbull 1 =
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All ~ibratcr$ and recorder scare parts were pur=hased in America by ~es~ern Geophysical and air freigh~ed t~ Brisbane They were then transported to Pceppels corner by Jundah Transport and picked up and delivered to the campsites by Western Gecphysicals~ own supply truck Seme smaller items were flown in on the weekly crew change charter fliht
45 Crew rotation
A weekly 11 seater charter flight operated by Corporate Air Services was employed to transport fielj ~ers=nnel to Brisbane Field assistants and SQme staff used Brisbane as a break point The remai~ing staff members were flown to Perth on commercial flights A weekly feed flight operated by the above was also utili=ed for meat ano vegetables
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the c~ew by Helidcn Carrying Company of Brisbane
Ucon arrival en the orew the Splosives wera handed over silcoter +8j- stcr-age
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The 3~rv9y arsa is lcc3tsd entiraly within the Simpson Dssert This ara~ is characterised by approximately parallel NNW - SSE =nit~dinal eand d~nes The dunes are generally between SOOm and 1000m apart and ranging from 10 to 20m in hai~ht
The araa is sparsely vegetated Small canegrass bushes are cmmcn to the cps c~ the dunes and lew shall~w rocted trees ~nd rassss arE fcund in the ccrri~crs
~~a to the streng winds ence~ntared througnout the survey ~any of the lines were ccntin~ally blewn in which resulted in val~atls recording production being lost
I RWESTERN GEOPHYSICAL Lonon
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AIRSTRIP LOCATION
Longi tloe 137 ceg S5 min East Latitude ceg 48 min SOLlth
49 Experimenta15
Prior to r~ccrding an experimental program was c=nducted to ascertain the optimum recording parameters bull
The experimental program was conductad en line 5D85-63 on November 8th~ 1985
The following table lists each te5~ and the respective parameters The spread layout fer the tests was 1515-105-0-10-1515
Tast SW2=P db gtJeep S~leep ]10 ~J i I-br atr~
i~Llmbr Tmiddote Cct Freq ltH J Length S~)eeps 1loe LtP
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Test pramettr~ chosen were based ~n previous experience in the area baad en a ~0m source array and ene sscend longer listening time
9
ru WESTERN GEOPHYSICAL W
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5 SURVEY
The advanca survey party daparted Noccundra for Poeppels Corner 1 well on the 26th October 1985 After travelling via Nappam~rrie Innaminka~ Tirrawarra Walkers Cressing Outer Birdsville Track Cliftcn Hills and Kuncherin~a Camp was established at Kunc~erinna en the 28th October whilst a scouting party searched for accass to Themas 1 well via Poolawanna well and existing 1984 Delhi lines Altnough a ro~te was found it was not suitable for access and the party continued on to Pceppels Corner 1 Access from Themas 1 to Peeppels Cerrier 1 was baraly trafficable to 4WD pick-ups and ha~ca camp was establis~ed on 30th October at Poeppels Corner 1 until access ceuld be upgraded and the camp moved ccser to the lines
Scouting for access and lines continued en 31s~ October and a suita~le set off point fer line 5D85-69 was estsbllshEC from the intsrsEc~ion of 3079-19 and 72-13 However dus to heavy clc~d cover a s~n5hct was unable to be observed -_wshyeffect the sEt=~f until During tM1S period the tulldc=era were upg~adi~g access along 9D79-16
Line cutting ~~mmenced on 8085-69 en 5th NcvemDer As the 1984 li~as en this prospect ~ere c~t to a width of two normal bl~da widths it was decided to do likewise with the 1~85 lines ~s the grader was found to be ineffectual in the loese sa~d C~ the lines it was only used to upgrade access tr~cks and it ~6S ~ec9ssary to back blade e~ch line ~ith a bulldozer This ~as only dena en lines 5D85-69 o7~ 65 and ~3 b~f=re it became cbvic~s that line prod~=ti=~ woula be far too slew a~d hence the back blading was ceased Aftsr discussion tet~een Mr Gillespie (WGe supervisor and Gray ( Client j it was decided that the crew ~culd be able to operate satislfactcrily on c single cut line and so at the completion of SD85-59 the second cutting of lines c-=5ad
The grader was used on 23rd N~vemter to tow flycamp to lecation number 2 Work ccnti~ued from this camp ~ntil the completion of all the lines in the Thomas Central and West~rn sect~~ns HOWEver it was neCEssary to establish an Olitcamp For chair-in and suneying line SD85-6 and all the cress lines off it as the travelling time would have bean sxcss5i~e It was not PC5s1ble to tow the flycamp van tc this sits near the intsrsection of SD85-62 a~d SD8~-73 and as such c=mmunicaticn and suppo~t was di~ficult tc ma ~tai n
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
COIITENTS
1INTRODUCTION bull bull bull bull bull bull bull bull bull 1
2PERSONNEL bull bull bull bull bull bull bull bull bull bull bull bull bull bull 2
3EQUIPMENT-PARTY 786 i SEISMIC DATA ACQUISITION SYSTEM 3
SURVEY DATA ACQUISITION SYSTEM 4 ENERGY SOURCE bull bull 4
34 RADIO COMMUNICATIONS 4 c35 VEHICLES bullbull bull bull bull tJ
36 CAMP EQUIPMENT
4 GENERAL 4 1 WEATHEF 6 42 FOOD AND WATER SUPPLIES 43 FUEL SUFfL 1ES 6 44 SPAFE PAI~TS 4 CFEgtj OTATION 46 EXFLOSltJES 47 TOPOGRAPHY AND VEGETATION 7 4 u0 CAMPSITE WATER AIRSTRIP LOCATIONS 8-9 49 EXPERIMENTALS bull bull bull
5 SURVEY 51 INTRODUCTION 1()-11
2 LINE CLEARING 11 53 SURVEY OF SEISMIC LINES 12-13 54 CHAINING bull bull 5S PERMANENT MAFJltERS bull bull 13 56 COMPUTATIONS 14-15 c CONCLUSIONS 15
6WEATHERING REPORT 61 INTRODUCTION 16
1 lt-_1-shyu62 FIELD METHOD I
63 INTEFPRETATION 17-18 64 LOGISTICAL CONSIDERATIONS 18
197CONCLUSION bullbullbull
rn WESTERN GEOPHYSICAL ------------------------- Lllton
APFEND ICES
A EXPLORATION AREA MAP bull bull bull bull Al SEISMIC PROGRAM MAP bullbullbullbull A2 SEISMIC PROGRAM MAP bullbullbull
8 LOOP CLOSURE LISTING AND MAPS 91 B2
r FIELD RECORDING PARAMETERS
D RECEIVER AND SOURCE ARRAYS
PRODUCTION LINE LISTING
F REEL NUMBERS VIBRATING POINT
G LINE INTERSECTION LISTING
H PERMANENT MARKER LISTING
1 UPHOLE LOCATIONS
THOMAS 1 INTERSECTION DIAGRAM
imiddot LINE INTEFSECTION LIST FOF THOMAS
L RECORDING HOURS LISTING
LISTING
1 AFEA
20 21 22
24
26
28
33-35
40-45
46
74
rn WESTERN GEOPHYSICAL ----------------------- Lmon
1 INTRODUCTION
WESTERrl GEOPHYSC~L COMPANY OF AMERICA were c~ntracted by BEACH PETFOLEUM N L AjlD PAFHNERS to conCLlct a vi brosei s sei smi ~urvey in OP 184 ~ situated in ~he Ncr~hern Territory approximately 400km southeast of Alice Spri~gs
The survey and doing craw arrived en 29th Oc~ober 1985 and the first line was cut on 5th November The main craw did not arrive at Poeppels Corner 1 well site until 27th November 1985 Experimental testing and instrument tesectts were carried out ~n 28th November and recording began the following day Recording was c~mpleted en 30th January 1986
The purpese of the survey was to locate ~ructures favourable to the accumulation of hydrocarbons
During the survey vibrator points were recorded with 1200 percent surface coverage A t~tal of ~O~03 kilcme~ers were recorded at an average of 112 kilometers per producticn day at an overall average =f 933 kilometers er werking day
The -e~~ ~=htttmiddot-dc~~rt ~OJ- 3 pel-cd of t=ri dadegiS oler Christmas and New Year P3r~cnnel were flown to Brisbane and other capital ~iti3s fer thE dur~~icn of this break
rn WESTERN GEOPHYSICAL --------------------------- Litton
r
2 PERSONNEL
OFFICE PERSONNEL The Western Geophysical office personnel c~nsistad of a supervisor and administrative staif based in Brisbane
FIELD PEFSONNEL Management
1 Party Manager bull 1 Assistnt Party 11anager I FOSA 2 Seismologists
Sllrmiddotey 1 C1i+ SllrlemiddotYCr D CFOCOS 2 Fi =1 d Sitrve~cr-s J WILLAMSOrmiddot
3 Rodmen Chainmen
s f I~ TTERSALL ~ F~OB~~~rSO
1 = JiF 1 Li ne Bosmiddot i1 SAM=middotINS 14 Field Assistants
Vibratcr Techniian Me~~anicI
Lpho12s
~middotmiddotjE=thEri ng Observer H 11Ai1jDESLEY 1 Ehoctr=r bull M-OSTER 1 Prsloader bull bull SCOMMADEUF
Camp 2 ~=c~~s
middot1 ri tCh2rt Hard Utilitv Driver 1 Field Cl=rk
A ~iH ITS ] r I ~middotH
Suffiesnt fi21d perscnnel were employed t~ permit a leave rcst3r based en a r=tati~n of three weeks work to ens wampsks leava
rn WESTERN GEOPHYSICAL --------------------------- Litton
32 Survey Oata Acquisition System
Surveying in the area was dene wit~ two TI Wild Thecdolites and two Wild EJMs DI4L Field data was entered on a HP 85 interfaced to a HP 95 82905B printer where processing was completed using Westerns programs
P~intouts of elevations ncrthings and aastings sun shots and other data were made available as necessary on the HP 829058 printer bull
Data was rec=~ded in binary fermat ASCII on Scotc- DC 100A Cartridges an forwarded to the client on completion the prcspect
A detailed s~~vey repcrt in Section -gtJ bull
33 Energy source
P _middotmiddot it1 rmiddot force ~f 27240 pounds
Vibrators ~era mounted CG Hai-l8S t 5r
trucks with DT 466 210 HP diesel ~ngines
The dampta was acqui~ed using four vibrators with the fifth as a standby ~ni~ en the line bull This allowed the organisaticn of vibrator 3ervica and maintainenc9 en aretational basis
-t - shyw l bull
nter-cam~ vibrator and recorder communications were facilitated with tne prevision of twenty-four Gene~al Elect~ic Custom MVP UHF radios operating en a frequency range of 485050 MHz to 42SOO MHz
100 watt SSG radios fitted with freq~encies in the 4679 an~ 13 MHz range and ~ppro~iate RDFS f~equencies were used ~~r len distance communicaticns bull
One Ccdan 7727 radio intsrfaced with computer controlled teletype equipment ~as used ~or communications with Per~h and Brisbane cFfic5S
4
fH WESTERN GEOPHYSICAL Ltton--------------------------------------------------------~
r shy
35 Jehi =1 e~
( 1 ) 6 Interiati enal Harvester f tted t4Ji th Ae AND pcwer supply - RECQRDER
FIVE (5) 6x6 Vibrator truck3 units 480548094810 48624863
ONE (1) 6x6 SUZU s~rvi~~ truck with cranewelder c~mpresscrt=clsf~el and water tanks
ONE (1) 4x4 SUZU supply truck with =rane and 600 gallon
ONE ( 1 ISUZ water with 1500 galIen capacity
FOUR (4) 4x4 ISUZU cable trucks
THRE= (3j 4x~ T=ycta PIC (persennel carrier) lirJ2 j=middotC=
-1 Refraction Re~order
FDUF (4) 4x4 Teyota pickups
t~Dst ehi c 1 es V-Jere e~ti PPEd ~Ii th fr-cnt ilcL~1ted ~i nc-1es The suzu tru~k~ wers prevded ~ith 1~ x 225 super single tyres
1S x 225 super singl9 tyres
jOnc ) 2 bsd sleeper trailer One ( 1 ) Survey Offi=2 ( Independent Flycamp trailer ) FOLtr- 0 4) 8 bed sleeper trailers One ( j 4 bed ~leeper trailsrclient office-accommodation C-s ( 1 ) Kit=he~ tr~iler fully equipped C-e ( 1 Dr~r traileshy -1-_ 1 _ bullshyO1e ( Shc~er Laundry 1 I 1
--shyU Ie ~ 1 i Wcrks~cp trailer equipped with tools ccmpr~550r etc
~-shy-i di~ geed ~n~Jr2 3 teres tr 3i 1 er lJi th I
mEchani=al =~ares
TvfO (2) Generators 100 KVA Cae 1 FLel tai 1 er imperial gallonsI
npei 31 galIenOn~ l
1 )-fJr~ j
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=bullbull 1 =
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All ~ibratcr$ and recorder scare parts were pur=hased in America by ~es~ern Geophysical and air freigh~ed t~ Brisbane They were then transported to Pceppels corner by Jundah Transport and picked up and delivered to the campsites by Western Gecphysicals~ own supply truck Seme smaller items were flown in on the weekly crew change charter fliht
45 Crew rotation
A weekly 11 seater charter flight operated by Corporate Air Services was employed to transport fielj ~ers=nnel to Brisbane Field assistants and SQme staff used Brisbane as a break point The remai~ing staff members were flown to Perth on commercial flights A weekly feed flight operated by the above was also utili=ed for meat ano vegetables
~~middotltpmiddot5imiddots t~== tn the middotLU-~middot= WEJmiddot~ )J-zollagt tpe boosters and 18 meter detonators Exclosives were
the c~ew by Helidcn Carrying Company of Brisbane
Ucon arrival en the orew the Splosives wera handed over silcoter +8j- stcr-age
IC in Br- i sb ne
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The 3~rv9y arsa is lcc3tsd entiraly within the Simpson Dssert This ara~ is characterised by approximately parallel NNW - SSE =nit~dinal eand d~nes The dunes are generally between SOOm and 1000m apart and ranging from 10 to 20m in hai~ht
The araa is sparsely vegetated Small canegrass bushes are cmmcn to the cps c~ the dunes and lew shall~w rocted trees ~nd rassss arE fcund in the ccrri~crs
~~a to the streng winds ence~ntared througnout the survey ~any of the lines were ccntin~ally blewn in which resulted in val~atls recording production being lost
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AIRSTRIP LOCATION
Longi tloe 137 ceg S5 min East Latitude ceg 48 min SOLlth
49 Experimenta15
Prior to r~ccrding an experimental program was c=nducted to ascertain the optimum recording parameters bull
The experimental program was conductad en line 5D85-63 on November 8th~ 1985
The following table lists each te5~ and the respective parameters The spread layout fer the tests was 1515-105-0-10-1515
Tast SW2=P db gtJeep S~leep ]10 ~J i I-br atr~
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9
ru WESTERN GEOPHYSICAL W
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5 SURVEY
The advanca survey party daparted Noccundra for Poeppels Corner 1 well on the 26th October 1985 After travelling via Nappam~rrie Innaminka~ Tirrawarra Walkers Cressing Outer Birdsville Track Cliftcn Hills and Kuncherin~a Camp was established at Kunc~erinna en the 28th October whilst a scouting party searched for accass to Themas 1 well via Poolawanna well and existing 1984 Delhi lines Altnough a ro~te was found it was not suitable for access and the party continued on to Pceppels Corner 1 Access from Themas 1 to Peeppels Cerrier 1 was baraly trafficable to 4WD pick-ups and ha~ca camp was establis~ed on 30th October at Poeppels Corner 1 until access ceuld be upgraded and the camp moved ccser to the lines
Scouting for access and lines continued en 31s~ October and a suita~le set off point fer line 5D85-69 was estsbllshEC from the intsrsEc~ion of 3079-19 and 72-13 However dus to heavy clc~d cover a s~n5hct was unable to be observed -_wshyeffect the sEt=~f until During tM1S period the tulldc=era were upg~adi~g access along 9D79-16
Line cutting ~~mmenced on 8085-69 en 5th NcvemDer As the 1984 li~as en this prospect ~ere c~t to a width of two normal bl~da widths it was decided to do likewise with the 1~85 lines ~s the grader was found to be ineffectual in the loese sa~d C~ the lines it was only used to upgrade access tr~cks and it ~6S ~ec9ssary to back blade e~ch line ~ith a bulldozer This ~as only dena en lines 5D85-69 o7~ 65 and ~3 b~f=re it became cbvic~s that line prod~=ti=~ woula be far too slew a~d hence the back blading was ceased Aftsr discussion tet~een Mr Gillespie (WGe supervisor and Gray ( Client j it was decided that the crew ~culd be able to operate satislfactcrily on c single cut line and so at the completion of SD85-59 the second cutting of lines c-=5ad
The grader was used on 23rd N~vemter to tow flycamp to lecation number 2 Work ccnti~ued from this camp ~ntil the completion of all the lines in the Thomas Central and West~rn sect~~ns HOWEver it was neCEssary to establish an Olitcamp For chair-in and suneying line SD85-6 and all the cress lines off it as the travelling time would have bean sxcss5i~e It was not PC5s1ble to tow the flycamp van tc this sits near the intsrsection of SD85-62 a~d SD8~-73 and as such c=mmunicaticn and suppo~t was di~ficult tc ma ~tai n
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
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I 1 liD Booster Det I I
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I I 70 I
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I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
APFEND ICES
A EXPLORATION AREA MAP bull bull bull bull Al SEISMIC PROGRAM MAP bullbullbullbull A2 SEISMIC PROGRAM MAP bullbullbull
8 LOOP CLOSURE LISTING AND MAPS 91 B2
r FIELD RECORDING PARAMETERS
D RECEIVER AND SOURCE ARRAYS
PRODUCTION LINE LISTING
F REEL NUMBERS VIBRATING POINT
G LINE INTERSECTION LISTING
H PERMANENT MARKER LISTING
1 UPHOLE LOCATIONS
THOMAS 1 INTERSECTION DIAGRAM
imiddot LINE INTEFSECTION LIST FOF THOMAS
L RECORDING HOURS LISTING
LISTING
1 AFEA
20 21 22
24
26
28
33-35
40-45
46
74
rn WESTERN GEOPHYSICAL ----------------------- Lmon
1 INTRODUCTION
WESTERrl GEOPHYSC~L COMPANY OF AMERICA were c~ntracted by BEACH PETFOLEUM N L AjlD PAFHNERS to conCLlct a vi brosei s sei smi ~urvey in OP 184 ~ situated in ~he Ncr~hern Territory approximately 400km southeast of Alice Spri~gs
The survey and doing craw arrived en 29th Oc~ober 1985 and the first line was cut on 5th November The main craw did not arrive at Poeppels Corner 1 well site until 27th November 1985 Experimental testing and instrument tesectts were carried out ~n 28th November and recording began the following day Recording was c~mpleted en 30th January 1986
The purpese of the survey was to locate ~ructures favourable to the accumulation of hydrocarbons
During the survey vibrator points were recorded with 1200 percent surface coverage A t~tal of ~O~03 kilcme~ers were recorded at an average of 112 kilometers per producticn day at an overall average =f 933 kilometers er werking day
The -e~~ ~=htttmiddot-dc~~rt ~OJ- 3 pel-cd of t=ri dadegiS oler Christmas and New Year P3r~cnnel were flown to Brisbane and other capital ~iti3s fer thE dur~~icn of this break
rn WESTERN GEOPHYSICAL --------------------------- Litton
r
2 PERSONNEL
OFFICE PERSONNEL The Western Geophysical office personnel c~nsistad of a supervisor and administrative staif based in Brisbane
FIELD PEFSONNEL Management
1 Party Manager bull 1 Assistnt Party 11anager I FOSA 2 Seismologists
Sllrmiddotey 1 C1i+ SllrlemiddotYCr D CFOCOS 2 Fi =1 d Sitrve~cr-s J WILLAMSOrmiddot
3 Rodmen Chainmen
s f I~ TTERSALL ~ F~OB~~~rSO
1 = JiF 1 Li ne Bosmiddot i1 SAM=middotINS 14 Field Assistants
Vibratcr Techniian Me~~anicI
Lpho12s
~middotmiddotjE=thEri ng Observer H 11Ai1jDESLEY 1 Ehoctr=r bull M-OSTER 1 Prsloader bull bull SCOMMADEUF
Camp 2 ~=c~~s
middot1 ri tCh2rt Hard Utilitv Driver 1 Field Cl=rk
A ~iH ITS ] r I ~middotH
Suffiesnt fi21d perscnnel were employed t~ permit a leave rcst3r based en a r=tati~n of three weeks work to ens wampsks leava
rn WESTERN GEOPHYSICAL --------------------------- Litton
32 Survey Oata Acquisition System
Surveying in the area was dene wit~ two TI Wild Thecdolites and two Wild EJMs DI4L Field data was entered on a HP 85 interfaced to a HP 95 82905B printer where processing was completed using Westerns programs
P~intouts of elevations ncrthings and aastings sun shots and other data were made available as necessary on the HP 829058 printer bull
Data was rec=~ded in binary fermat ASCII on Scotc- DC 100A Cartridges an forwarded to the client on completion the prcspect
A detailed s~~vey repcrt in Section -gtJ bull
33 Energy source
P _middotmiddot it1 rmiddot force ~f 27240 pounds
Vibrators ~era mounted CG Hai-l8S t 5r
trucks with DT 466 210 HP diesel ~ngines
The dampta was acqui~ed using four vibrators with the fifth as a standby ~ni~ en the line bull This allowed the organisaticn of vibrator 3ervica and maintainenc9 en aretational basis
-t - shyw l bull
nter-cam~ vibrator and recorder communications were facilitated with tne prevision of twenty-four Gene~al Elect~ic Custom MVP UHF radios operating en a frequency range of 485050 MHz to 42SOO MHz
100 watt SSG radios fitted with freq~encies in the 4679 an~ 13 MHz range and ~ppro~iate RDFS f~equencies were used ~~r len distance communicaticns bull
One Ccdan 7727 radio intsrfaced with computer controlled teletype equipment ~as used ~or communications with Per~h and Brisbane cFfic5S
4
fH WESTERN GEOPHYSICAL Ltton--------------------------------------------------------~
r shy
35 Jehi =1 e~
( 1 ) 6 Interiati enal Harvester f tted t4Ji th Ae AND pcwer supply - RECQRDER
FIVE (5) 6x6 Vibrator truck3 units 480548094810 48624863
ONE (1) 6x6 SUZU s~rvi~~ truck with cranewelder c~mpresscrt=clsf~el and water tanks
ONE (1) 4x4 SUZU supply truck with =rane and 600 gallon
ONE ( 1 ISUZ water with 1500 galIen capacity
FOUR (4) 4x4 ISUZU cable trucks
THRE= (3j 4x~ T=ycta PIC (persennel carrier) lirJ2 j=middotC=
-1 Refraction Re~order
FDUF (4) 4x4 Teyota pickups
t~Dst ehi c 1 es V-Jere e~ti PPEd ~Ii th fr-cnt ilcL~1ted ~i nc-1es The suzu tru~k~ wers prevded ~ith 1~ x 225 super single tyres
1S x 225 super singl9 tyres
jOnc ) 2 bsd sleeper trailer One ( 1 ) Survey Offi=2 ( Independent Flycamp trailer ) FOLtr- 0 4) 8 bed sleeper trailers One ( j 4 bed ~leeper trailsrclient office-accommodation C-s ( 1 ) Kit=he~ tr~iler fully equipped C-e ( 1 Dr~r traileshy -1-_ 1 _ bullshyO1e ( Shc~er Laundry 1 I 1
--shyU Ie ~ 1 i Wcrks~cp trailer equipped with tools ccmpr~550r etc
~-shy-i di~ geed ~n~Jr2 3 teres tr 3i 1 er lJi th I
mEchani=al =~ares
TvfO (2) Generators 100 KVA Cae 1 FLel tai 1 er imperial gallonsI
npei 31 galIenOn~ l
1 )-fJr~ j
]ne ( 1) Sei~mcl~gist O~fica j Cable repair shop r _ --- were air-=cnditioned with the exception of the 5hower worksho~ and store
=bullbull 1 =
lR WESTERN GEOPHYSICAL ---------------------------- Itlon L
r--shy
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4 i
All ~ibratcr$ and recorder scare parts were pur=hased in America by ~es~ern Geophysical and air freigh~ed t~ Brisbane They were then transported to Pceppels corner by Jundah Transport and picked up and delivered to the campsites by Western Gecphysicals~ own supply truck Seme smaller items were flown in on the weekly crew change charter fliht
45 Crew rotation
A weekly 11 seater charter flight operated by Corporate Air Services was employed to transport fielj ~ers=nnel to Brisbane Field assistants and SQme staff used Brisbane as a break point The remai~ing staff members were flown to Perth on commercial flights A weekly feed flight operated by the above was also utili=ed for meat ano vegetables
~~middotltpmiddot5imiddots t~== tn the middotLU-~middot= WEJmiddot~ )J-zollagt tpe boosters and 18 meter detonators Exclosives were
the c~ew by Helidcn Carrying Company of Brisbane
Ucon arrival en the orew the Splosives wera handed over silcoter +8j- stcr-age
IC in Br- i sb ne
li=encsd
The 3~rv9y arsa is lcc3tsd entiraly within the Simpson Dssert This ara~ is characterised by approximately parallel NNW - SSE =nit~dinal eand d~nes The dunes are generally between SOOm and 1000m apart and ranging from 10 to 20m in hai~ht
The araa is sparsely vegetated Small canegrass bushes are cmmcn to the cps c~ the dunes and lew shall~w rocted trees ~nd rassss arE fcund in the ccrri~crs
~~a to the streng winds ence~ntared througnout the survey ~any of the lines were ccntin~ally blewn in which resulted in val~atls recording production being lost
I RWESTERN GEOPHYSICAL Lonon
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---------------------------------------------------
AIRSTRIP LOCATION
Longi tloe 137 ceg S5 min East Latitude ceg 48 min SOLlth
49 Experimenta15
Prior to r~ccrding an experimental program was c=nducted to ascertain the optimum recording parameters bull
The experimental program was conductad en line 5D85-63 on November 8th~ 1985
The following table lists each te5~ and the respective parameters The spread layout fer the tests was 1515-105-0-10-1515
Tast SW2=P db gtJeep S~leep ]10 ~J i I-br atr~
i~Llmbr Tmiddote Cct Freq ltH J Length S~)eeps 1loe LtP
i riJ=n-l in bull1 1-6 - sa= 8 - t)n
LA lB
iiar-l ir ~Cji- --1 -
1
S t~
16-96 1middotf-96
c
6 == sec
0 oJ
3
Om
Om -
1 in~Er non-l i n 6
16-96 1-0 _ i
6 0
sec sec
e S
Om - Om
4 nen-l in c 12-80 t sec 0 oJ 2 Om
=- 1rn-l n 6 12-7() S set 8 - Om~ =A rtc~-l - 6 1 ~-o(- _ IImiddotmiddot I~ 5e~ 8 ) i)m
c -1Ctmiddot~ - in 6 12_t -r2~ ~ sec 8 2 )m ~
rlidi -1 n- 10-90 ~ ESC 8 - ()m -~ c ticn-i ir cmiddot 1)-9) middots $EC 10
5~-n =r riQrJ-l n ~ 10-9(
~ tC 6
8n 10 licr-l in is 1(gt-9() 6 sac 4 1 7in 1 1 non-1 n 6 10-9() 8 sec 8 2 Om 12 ricn-l i 6 10-90 10 sec 8 2 Om l-
inar 1(I-ItO 6 sec 8 ~ Om Parametsrs used during the survey
Test pramettr~ chosen were based ~n previous experience in the area baad en a ~0m source array and ene sscend longer listening time
9
ru WESTERN GEOPHYSICAL W
-Itton
5 SURVEY
The advanca survey party daparted Noccundra for Poeppels Corner 1 well on the 26th October 1985 After travelling via Nappam~rrie Innaminka~ Tirrawarra Walkers Cressing Outer Birdsville Track Cliftcn Hills and Kuncherin~a Camp was established at Kunc~erinna en the 28th October whilst a scouting party searched for accass to Themas 1 well via Poolawanna well and existing 1984 Delhi lines Altnough a ro~te was found it was not suitable for access and the party continued on to Pceppels Corner 1 Access from Themas 1 to Peeppels Cerrier 1 was baraly trafficable to 4WD pick-ups and ha~ca camp was establis~ed on 30th October at Poeppels Corner 1 until access ceuld be upgraded and the camp moved ccser to the lines
Scouting for access and lines continued en 31s~ October and a suita~le set off point fer line 5D85-69 was estsbllshEC from the intsrsEc~ion of 3079-19 and 72-13 However dus to heavy clc~d cover a s~n5hct was unable to be observed -_wshyeffect the sEt=~f until During tM1S period the tulldc=era were upg~adi~g access along 9D79-16
Line cutting ~~mmenced on 8085-69 en 5th NcvemDer As the 1984 li~as en this prospect ~ere c~t to a width of two normal bl~da widths it was decided to do likewise with the 1~85 lines ~s the grader was found to be ineffectual in the loese sa~d C~ the lines it was only used to upgrade access tr~cks and it ~6S ~ec9ssary to back blade e~ch line ~ith a bulldozer This ~as only dena en lines 5D85-69 o7~ 65 and ~3 b~f=re it became cbvic~s that line prod~=ti=~ woula be far too slew a~d hence the back blading was ceased Aftsr discussion tet~een Mr Gillespie (WGe supervisor and Gray ( Client j it was decided that the crew ~culd be able to operate satislfactcrily on c single cut line and so at the completion of SD85-59 the second cutting of lines c-=5ad
The grader was used on 23rd N~vemter to tow flycamp to lecation number 2 Work ccnti~ued from this camp ~ntil the completion of all the lines in the Thomas Central and West~rn sect~~ns HOWEver it was neCEssary to establish an Olitcamp For chair-in and suneying line SD85-6 and all the cress lines off it as the travelling time would have bean sxcss5i~e It was not PC5s1ble to tow the flycamp van tc this sits near the intsrsection of SD85-62 a~d SD8~-73 and as such c=mmunicaticn and suppo~t was di~ficult tc ma ~tai n
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
1 INTRODUCTION
WESTERrl GEOPHYSC~L COMPANY OF AMERICA were c~ntracted by BEACH PETFOLEUM N L AjlD PAFHNERS to conCLlct a vi brosei s sei smi ~urvey in OP 184 ~ situated in ~he Ncr~hern Territory approximately 400km southeast of Alice Spri~gs
The survey and doing craw arrived en 29th Oc~ober 1985 and the first line was cut on 5th November The main craw did not arrive at Poeppels Corner 1 well site until 27th November 1985 Experimental testing and instrument tesectts were carried out ~n 28th November and recording began the following day Recording was c~mpleted en 30th January 1986
The purpese of the survey was to locate ~ructures favourable to the accumulation of hydrocarbons
During the survey vibrator points were recorded with 1200 percent surface coverage A t~tal of ~O~03 kilcme~ers were recorded at an average of 112 kilometers per producticn day at an overall average =f 933 kilometers er werking day
The -e~~ ~=htttmiddot-dc~~rt ~OJ- 3 pel-cd of t=ri dadegiS oler Christmas and New Year P3r~cnnel were flown to Brisbane and other capital ~iti3s fer thE dur~~icn of this break
rn WESTERN GEOPHYSICAL --------------------------- Litton
r
2 PERSONNEL
OFFICE PERSONNEL The Western Geophysical office personnel c~nsistad of a supervisor and administrative staif based in Brisbane
FIELD PEFSONNEL Management
1 Party Manager bull 1 Assistnt Party 11anager I FOSA 2 Seismologists
Sllrmiddotey 1 C1i+ SllrlemiddotYCr D CFOCOS 2 Fi =1 d Sitrve~cr-s J WILLAMSOrmiddot
3 Rodmen Chainmen
s f I~ TTERSALL ~ F~OB~~~rSO
1 = JiF 1 Li ne Bosmiddot i1 SAM=middotINS 14 Field Assistants
Vibratcr Techniian Me~~anicI
Lpho12s
~middotmiddotjE=thEri ng Observer H 11Ai1jDESLEY 1 Ehoctr=r bull M-OSTER 1 Prsloader bull bull SCOMMADEUF
Camp 2 ~=c~~s
middot1 ri tCh2rt Hard Utilitv Driver 1 Field Cl=rk
A ~iH ITS ] r I ~middotH
Suffiesnt fi21d perscnnel were employed t~ permit a leave rcst3r based en a r=tati~n of three weeks work to ens wampsks leava
rn WESTERN GEOPHYSICAL --------------------------- Litton
32 Survey Oata Acquisition System
Surveying in the area was dene wit~ two TI Wild Thecdolites and two Wild EJMs DI4L Field data was entered on a HP 85 interfaced to a HP 95 82905B printer where processing was completed using Westerns programs
P~intouts of elevations ncrthings and aastings sun shots and other data were made available as necessary on the HP 829058 printer bull
Data was rec=~ded in binary fermat ASCII on Scotc- DC 100A Cartridges an forwarded to the client on completion the prcspect
A detailed s~~vey repcrt in Section -gtJ bull
33 Energy source
P _middotmiddot it1 rmiddot force ~f 27240 pounds
Vibrators ~era mounted CG Hai-l8S t 5r
trucks with DT 466 210 HP diesel ~ngines
The dampta was acqui~ed using four vibrators with the fifth as a standby ~ni~ en the line bull This allowed the organisaticn of vibrator 3ervica and maintainenc9 en aretational basis
-t - shyw l bull
nter-cam~ vibrator and recorder communications were facilitated with tne prevision of twenty-four Gene~al Elect~ic Custom MVP UHF radios operating en a frequency range of 485050 MHz to 42SOO MHz
100 watt SSG radios fitted with freq~encies in the 4679 an~ 13 MHz range and ~ppro~iate RDFS f~equencies were used ~~r len distance communicaticns bull
One Ccdan 7727 radio intsrfaced with computer controlled teletype equipment ~as used ~or communications with Per~h and Brisbane cFfic5S
4
fH WESTERN GEOPHYSICAL Ltton--------------------------------------------------------~
r shy
35 Jehi =1 e~
( 1 ) 6 Interiati enal Harvester f tted t4Ji th Ae AND pcwer supply - RECQRDER
FIVE (5) 6x6 Vibrator truck3 units 480548094810 48624863
ONE (1) 6x6 SUZU s~rvi~~ truck with cranewelder c~mpresscrt=clsf~el and water tanks
ONE (1) 4x4 SUZU supply truck with =rane and 600 gallon
ONE ( 1 ISUZ water with 1500 galIen capacity
FOUR (4) 4x4 ISUZU cable trucks
THRE= (3j 4x~ T=ycta PIC (persennel carrier) lirJ2 j=middotC=
-1 Refraction Re~order
FDUF (4) 4x4 Teyota pickups
t~Dst ehi c 1 es V-Jere e~ti PPEd ~Ii th fr-cnt ilcL~1ted ~i nc-1es The suzu tru~k~ wers prevded ~ith 1~ x 225 super single tyres
1S x 225 super singl9 tyres
jOnc ) 2 bsd sleeper trailer One ( 1 ) Survey Offi=2 ( Independent Flycamp trailer ) FOLtr- 0 4) 8 bed sleeper trailers One ( j 4 bed ~leeper trailsrclient office-accommodation C-s ( 1 ) Kit=he~ tr~iler fully equipped C-e ( 1 Dr~r traileshy -1-_ 1 _ bullshyO1e ( Shc~er Laundry 1 I 1
--shyU Ie ~ 1 i Wcrks~cp trailer equipped with tools ccmpr~550r etc
~-shy-i di~ geed ~n~Jr2 3 teres tr 3i 1 er lJi th I
mEchani=al =~ares
TvfO (2) Generators 100 KVA Cae 1 FLel tai 1 er imperial gallonsI
npei 31 galIenOn~ l
1 )-fJr~ j
]ne ( 1) Sei~mcl~gist O~fica j Cable repair shop r _ --- were air-=cnditioned with the exception of the 5hower worksho~ and store
=bullbull 1 =
lR WESTERN GEOPHYSICAL ---------------------------- Itlon L
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All ~ibratcr$ and recorder scare parts were pur=hased in America by ~es~ern Geophysical and air freigh~ed t~ Brisbane They were then transported to Pceppels corner by Jundah Transport and picked up and delivered to the campsites by Western Gecphysicals~ own supply truck Seme smaller items were flown in on the weekly crew change charter fliht
45 Crew rotation
A weekly 11 seater charter flight operated by Corporate Air Services was employed to transport fielj ~ers=nnel to Brisbane Field assistants and SQme staff used Brisbane as a break point The remai~ing staff members were flown to Perth on commercial flights A weekly feed flight operated by the above was also utili=ed for meat ano vegetables
~~middotltpmiddot5imiddots t~== tn the middotLU-~middot= WEJmiddot~ )J-zollagt tpe boosters and 18 meter detonators Exclosives were
the c~ew by Helidcn Carrying Company of Brisbane
Ucon arrival en the orew the Splosives wera handed over silcoter +8j- stcr-age
IC in Br- i sb ne
li=encsd
The 3~rv9y arsa is lcc3tsd entiraly within the Simpson Dssert This ara~ is characterised by approximately parallel NNW - SSE =nit~dinal eand d~nes The dunes are generally between SOOm and 1000m apart and ranging from 10 to 20m in hai~ht
The araa is sparsely vegetated Small canegrass bushes are cmmcn to the cps c~ the dunes and lew shall~w rocted trees ~nd rassss arE fcund in the ccrri~crs
~~a to the streng winds ence~ntared througnout the survey ~any of the lines were ccntin~ally blewn in which resulted in val~atls recording production being lost
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---------------------------------------------------
AIRSTRIP LOCATION
Longi tloe 137 ceg S5 min East Latitude ceg 48 min SOLlth
49 Experimenta15
Prior to r~ccrding an experimental program was c=nducted to ascertain the optimum recording parameters bull
The experimental program was conductad en line 5D85-63 on November 8th~ 1985
The following table lists each te5~ and the respective parameters The spread layout fer the tests was 1515-105-0-10-1515
Tast SW2=P db gtJeep S~leep ]10 ~J i I-br atr~
i~Llmbr Tmiddote Cct Freq ltH J Length S~)eeps 1loe LtP
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c -1Ctmiddot~ - in 6 12_t -r2~ ~ sec 8 2 )m ~
rlidi -1 n- 10-90 ~ ESC 8 - ()m -~ c ticn-i ir cmiddot 1)-9) middots $EC 10
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inar 1(I-ItO 6 sec 8 ~ Om Parametsrs used during the survey
Test pramettr~ chosen were based ~n previous experience in the area baad en a ~0m source array and ene sscend longer listening time
9
ru WESTERN GEOPHYSICAL W
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5 SURVEY
The advanca survey party daparted Noccundra for Poeppels Corner 1 well on the 26th October 1985 After travelling via Nappam~rrie Innaminka~ Tirrawarra Walkers Cressing Outer Birdsville Track Cliftcn Hills and Kuncherin~a Camp was established at Kunc~erinna en the 28th October whilst a scouting party searched for accass to Themas 1 well via Poolawanna well and existing 1984 Delhi lines Altnough a ro~te was found it was not suitable for access and the party continued on to Pceppels Corner 1 Access from Themas 1 to Peeppels Cerrier 1 was baraly trafficable to 4WD pick-ups and ha~ca camp was establis~ed on 30th October at Poeppels Corner 1 until access ceuld be upgraded and the camp moved ccser to the lines
Scouting for access and lines continued en 31s~ October and a suita~le set off point fer line 5D85-69 was estsbllshEC from the intsrsEc~ion of 3079-19 and 72-13 However dus to heavy clc~d cover a s~n5hct was unable to be observed -_wshyeffect the sEt=~f until During tM1S period the tulldc=era were upg~adi~g access along 9D79-16
Line cutting ~~mmenced on 8085-69 en 5th NcvemDer As the 1984 li~as en this prospect ~ere c~t to a width of two normal bl~da widths it was decided to do likewise with the 1~85 lines ~s the grader was found to be ineffectual in the loese sa~d C~ the lines it was only used to upgrade access tr~cks and it ~6S ~ec9ssary to back blade e~ch line ~ith a bulldozer This ~as only dena en lines 5D85-69 o7~ 65 and ~3 b~f=re it became cbvic~s that line prod~=ti=~ woula be far too slew a~d hence the back blading was ceased Aftsr discussion tet~een Mr Gillespie (WGe supervisor and Gray ( Client j it was decided that the crew ~culd be able to operate satislfactcrily on c single cut line and so at the completion of SD85-59 the second cutting of lines c-=5ad
The grader was used on 23rd N~vemter to tow flycamp to lecation number 2 Work ccnti~ued from this camp ~ntil the completion of all the lines in the Thomas Central and West~rn sect~~ns HOWEver it was neCEssary to establish an Olitcamp For chair-in and suneying line SD85-6 and all the cress lines off it as the travelling time would have bean sxcss5i~e It was not PC5s1ble to tow the flycamp van tc this sits near the intsrsection of SD85-62 a~d SD8~-73 and as such c=mmunicaticn and suppo~t was di~ficult tc ma ~tai n
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
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Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
r
2 PERSONNEL
OFFICE PERSONNEL The Western Geophysical office personnel c~nsistad of a supervisor and administrative staif based in Brisbane
FIELD PEFSONNEL Management
1 Party Manager bull 1 Assistnt Party 11anager I FOSA 2 Seismologists
Sllrmiddotey 1 C1i+ SllrlemiddotYCr D CFOCOS 2 Fi =1 d Sitrve~cr-s J WILLAMSOrmiddot
3 Rodmen Chainmen
s f I~ TTERSALL ~ F~OB~~~rSO
1 = JiF 1 Li ne Bosmiddot i1 SAM=middotINS 14 Field Assistants
Vibratcr Techniian Me~~anicI
Lpho12s
~middotmiddotjE=thEri ng Observer H 11Ai1jDESLEY 1 Ehoctr=r bull M-OSTER 1 Prsloader bull bull SCOMMADEUF
Camp 2 ~=c~~s
middot1 ri tCh2rt Hard Utilitv Driver 1 Field Cl=rk
A ~iH ITS ] r I ~middotH
Suffiesnt fi21d perscnnel were employed t~ permit a leave rcst3r based en a r=tati~n of three weeks work to ens wampsks leava
rn WESTERN GEOPHYSICAL --------------------------- Litton
32 Survey Oata Acquisition System
Surveying in the area was dene wit~ two TI Wild Thecdolites and two Wild EJMs DI4L Field data was entered on a HP 85 interfaced to a HP 95 82905B printer where processing was completed using Westerns programs
P~intouts of elevations ncrthings and aastings sun shots and other data were made available as necessary on the HP 829058 printer bull
Data was rec=~ded in binary fermat ASCII on Scotc- DC 100A Cartridges an forwarded to the client on completion the prcspect
A detailed s~~vey repcrt in Section -gtJ bull
33 Energy source
P _middotmiddot it1 rmiddot force ~f 27240 pounds
Vibrators ~era mounted CG Hai-l8S t 5r
trucks with DT 466 210 HP diesel ~ngines
The dampta was acqui~ed using four vibrators with the fifth as a standby ~ni~ en the line bull This allowed the organisaticn of vibrator 3ervica and maintainenc9 en aretational basis
-t - shyw l bull
nter-cam~ vibrator and recorder communications were facilitated with tne prevision of twenty-four Gene~al Elect~ic Custom MVP UHF radios operating en a frequency range of 485050 MHz to 42SOO MHz
100 watt SSG radios fitted with freq~encies in the 4679 an~ 13 MHz range and ~ppro~iate RDFS f~equencies were used ~~r len distance communicaticns bull
One Ccdan 7727 radio intsrfaced with computer controlled teletype equipment ~as used ~or communications with Per~h and Brisbane cFfic5S
4
fH WESTERN GEOPHYSICAL Ltton--------------------------------------------------------~
r shy
35 Jehi =1 e~
( 1 ) 6 Interiati enal Harvester f tted t4Ji th Ae AND pcwer supply - RECQRDER
FIVE (5) 6x6 Vibrator truck3 units 480548094810 48624863
ONE (1) 6x6 SUZU s~rvi~~ truck with cranewelder c~mpresscrt=clsf~el and water tanks
ONE (1) 4x4 SUZU supply truck with =rane and 600 gallon
ONE ( 1 ISUZ water with 1500 galIen capacity
FOUR (4) 4x4 ISUZU cable trucks
THRE= (3j 4x~ T=ycta PIC (persennel carrier) lirJ2 j=middotC=
-1 Refraction Re~order
FDUF (4) 4x4 Teyota pickups
t~Dst ehi c 1 es V-Jere e~ti PPEd ~Ii th fr-cnt ilcL~1ted ~i nc-1es The suzu tru~k~ wers prevded ~ith 1~ x 225 super single tyres
1S x 225 super singl9 tyres
jOnc ) 2 bsd sleeper trailer One ( 1 ) Survey Offi=2 ( Independent Flycamp trailer ) FOLtr- 0 4) 8 bed sleeper trailers One ( j 4 bed ~leeper trailsrclient office-accommodation C-s ( 1 ) Kit=he~ tr~iler fully equipped C-e ( 1 Dr~r traileshy -1-_ 1 _ bullshyO1e ( Shc~er Laundry 1 I 1
--shyU Ie ~ 1 i Wcrks~cp trailer equipped with tools ccmpr~550r etc
~-shy-i di~ geed ~n~Jr2 3 teres tr 3i 1 er lJi th I
mEchani=al =~ares
TvfO (2) Generators 100 KVA Cae 1 FLel tai 1 er imperial gallonsI
npei 31 galIenOn~ l
1 )-fJr~ j
]ne ( 1) Sei~mcl~gist O~fica j Cable repair shop r _ --- were air-=cnditioned with the exception of the 5hower worksho~ and store
=bullbull 1 =
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All ~ibratcr$ and recorder scare parts were pur=hased in America by ~es~ern Geophysical and air freigh~ed t~ Brisbane They were then transported to Pceppels corner by Jundah Transport and picked up and delivered to the campsites by Western Gecphysicals~ own supply truck Seme smaller items were flown in on the weekly crew change charter fliht
45 Crew rotation
A weekly 11 seater charter flight operated by Corporate Air Services was employed to transport fielj ~ers=nnel to Brisbane Field assistants and SQme staff used Brisbane as a break point The remai~ing staff members were flown to Perth on commercial flights A weekly feed flight operated by the above was also utili=ed for meat ano vegetables
~~middotltpmiddot5imiddots t~== tn the middotLU-~middot= WEJmiddot~ )J-zollagt tpe boosters and 18 meter detonators Exclosives were
the c~ew by Helidcn Carrying Company of Brisbane
Ucon arrival en the orew the Splosives wera handed over silcoter +8j- stcr-age
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The 3~rv9y arsa is lcc3tsd entiraly within the Simpson Dssert This ara~ is characterised by approximately parallel NNW - SSE =nit~dinal eand d~nes The dunes are generally between SOOm and 1000m apart and ranging from 10 to 20m in hai~ht
The araa is sparsely vegetated Small canegrass bushes are cmmcn to the cps c~ the dunes and lew shall~w rocted trees ~nd rassss arE fcund in the ccrri~crs
~~a to the streng winds ence~ntared througnout the survey ~any of the lines were ccntin~ally blewn in which resulted in val~atls recording production being lost
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AIRSTRIP LOCATION
Longi tloe 137 ceg S5 min East Latitude ceg 48 min SOLlth
49 Experimenta15
Prior to r~ccrding an experimental program was c=nducted to ascertain the optimum recording parameters bull
The experimental program was conductad en line 5D85-63 on November 8th~ 1985
The following table lists each te5~ and the respective parameters The spread layout fer the tests was 1515-105-0-10-1515
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Test pramettr~ chosen were based ~n previous experience in the area baad en a ~0m source array and ene sscend longer listening time
9
ru WESTERN GEOPHYSICAL W
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5 SURVEY
The advanca survey party daparted Noccundra for Poeppels Corner 1 well on the 26th October 1985 After travelling via Nappam~rrie Innaminka~ Tirrawarra Walkers Cressing Outer Birdsville Track Cliftcn Hills and Kuncherin~a Camp was established at Kunc~erinna en the 28th October whilst a scouting party searched for accass to Themas 1 well via Poolawanna well and existing 1984 Delhi lines Altnough a ro~te was found it was not suitable for access and the party continued on to Pceppels Corner 1 Access from Themas 1 to Peeppels Cerrier 1 was baraly trafficable to 4WD pick-ups and ha~ca camp was establis~ed on 30th October at Poeppels Corner 1 until access ceuld be upgraded and the camp moved ccser to the lines
Scouting for access and lines continued en 31s~ October and a suita~le set off point fer line 5D85-69 was estsbllshEC from the intsrsEc~ion of 3079-19 and 72-13 However dus to heavy clc~d cover a s~n5hct was unable to be observed -_wshyeffect the sEt=~f until During tM1S period the tulldc=era were upg~adi~g access along 9D79-16
Line cutting ~~mmenced on 8085-69 en 5th NcvemDer As the 1984 li~as en this prospect ~ere c~t to a width of two normal bl~da widths it was decided to do likewise with the 1~85 lines ~s the grader was found to be ineffectual in the loese sa~d C~ the lines it was only used to upgrade access tr~cks and it ~6S ~ec9ssary to back blade e~ch line ~ith a bulldozer This ~as only dena en lines 5D85-69 o7~ 65 and ~3 b~f=re it became cbvic~s that line prod~=ti=~ woula be far too slew a~d hence the back blading was ceased Aftsr discussion tet~een Mr Gillespie (WGe supervisor and Gray ( Client j it was decided that the crew ~culd be able to operate satislfactcrily on c single cut line and so at the completion of SD85-59 the second cutting of lines c-=5ad
The grader was used on 23rd N~vemter to tow flycamp to lecation number 2 Work ccnti~ued from this camp ~ntil the completion of all the lines in the Thomas Central and West~rn sect~~ns HOWEver it was neCEssary to establish an Olitcamp For chair-in and suneying line SD85-6 and all the cress lines off it as the travelling time would have bean sxcss5i~e It was not PC5s1ble to tow the flycamp van tc this sits near the intsrsection of SD85-62 a~d SD8~-73 and as such c=mmunicaticn and suppo~t was di~ficult tc ma ~tai n
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
32 Survey Oata Acquisition System
Surveying in the area was dene wit~ two TI Wild Thecdolites and two Wild EJMs DI4L Field data was entered on a HP 85 interfaced to a HP 95 82905B printer where processing was completed using Westerns programs
P~intouts of elevations ncrthings and aastings sun shots and other data were made available as necessary on the HP 829058 printer bull
Data was rec=~ded in binary fermat ASCII on Scotc- DC 100A Cartridges an forwarded to the client on completion the prcspect
A detailed s~~vey repcrt in Section -gtJ bull
33 Energy source
P _middotmiddot it1 rmiddot force ~f 27240 pounds
Vibrators ~era mounted CG Hai-l8S t 5r
trucks with DT 466 210 HP diesel ~ngines
The dampta was acqui~ed using four vibrators with the fifth as a standby ~ni~ en the line bull This allowed the organisaticn of vibrator 3ervica and maintainenc9 en aretational basis
-t - shyw l bull
nter-cam~ vibrator and recorder communications were facilitated with tne prevision of twenty-four Gene~al Elect~ic Custom MVP UHF radios operating en a frequency range of 485050 MHz to 42SOO MHz
100 watt SSG radios fitted with freq~encies in the 4679 an~ 13 MHz range and ~ppro~iate RDFS f~equencies were used ~~r len distance communicaticns bull
One Ccdan 7727 radio intsrfaced with computer controlled teletype equipment ~as used ~or communications with Per~h and Brisbane cFfic5S
4
fH WESTERN GEOPHYSICAL Ltton--------------------------------------------------------~
r shy
35 Jehi =1 e~
( 1 ) 6 Interiati enal Harvester f tted t4Ji th Ae AND pcwer supply - RECQRDER
FIVE (5) 6x6 Vibrator truck3 units 480548094810 48624863
ONE (1) 6x6 SUZU s~rvi~~ truck with cranewelder c~mpresscrt=clsf~el and water tanks
ONE (1) 4x4 SUZU supply truck with =rane and 600 gallon
ONE ( 1 ISUZ water with 1500 galIen capacity
FOUR (4) 4x4 ISUZU cable trucks
THRE= (3j 4x~ T=ycta PIC (persennel carrier) lirJ2 j=middotC=
-1 Refraction Re~order
FDUF (4) 4x4 Teyota pickups
t~Dst ehi c 1 es V-Jere e~ti PPEd ~Ii th fr-cnt ilcL~1ted ~i nc-1es The suzu tru~k~ wers prevded ~ith 1~ x 225 super single tyres
1S x 225 super singl9 tyres
jOnc ) 2 bsd sleeper trailer One ( 1 ) Survey Offi=2 ( Independent Flycamp trailer ) FOLtr- 0 4) 8 bed sleeper trailers One ( j 4 bed ~leeper trailsrclient office-accommodation C-s ( 1 ) Kit=he~ tr~iler fully equipped C-e ( 1 Dr~r traileshy -1-_ 1 _ bullshyO1e ( Shc~er Laundry 1 I 1
--shyU Ie ~ 1 i Wcrks~cp trailer equipped with tools ccmpr~550r etc
~-shy-i di~ geed ~n~Jr2 3 teres tr 3i 1 er lJi th I
mEchani=al =~ares
TvfO (2) Generators 100 KVA Cae 1 FLel tai 1 er imperial gallonsI
npei 31 galIenOn~ l
1 )-fJr~ j
]ne ( 1) Sei~mcl~gist O~fica j Cable repair shop r _ --- were air-=cnditioned with the exception of the 5hower worksho~ and store
=bullbull 1 =
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All ~ibratcr$ and recorder scare parts were pur=hased in America by ~es~ern Geophysical and air freigh~ed t~ Brisbane They were then transported to Pceppels corner by Jundah Transport and picked up and delivered to the campsites by Western Gecphysicals~ own supply truck Seme smaller items were flown in on the weekly crew change charter fliht
45 Crew rotation
A weekly 11 seater charter flight operated by Corporate Air Services was employed to transport fielj ~ers=nnel to Brisbane Field assistants and SQme staff used Brisbane as a break point The remai~ing staff members were flown to Perth on commercial flights A weekly feed flight operated by the above was also utili=ed for meat ano vegetables
~~middotltpmiddot5imiddots t~== tn the middotLU-~middot= WEJmiddot~ )J-zollagt tpe boosters and 18 meter detonators Exclosives were
the c~ew by Helidcn Carrying Company of Brisbane
Ucon arrival en the orew the Splosives wera handed over silcoter +8j- stcr-age
IC in Br- i sb ne
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The 3~rv9y arsa is lcc3tsd entiraly within the Simpson Dssert This ara~ is characterised by approximately parallel NNW - SSE =nit~dinal eand d~nes The dunes are generally between SOOm and 1000m apart and ranging from 10 to 20m in hai~ht
The araa is sparsely vegetated Small canegrass bushes are cmmcn to the cps c~ the dunes and lew shall~w rocted trees ~nd rassss arE fcund in the ccrri~crs
~~a to the streng winds ence~ntared througnout the survey ~any of the lines were ccntin~ally blewn in which resulted in val~atls recording production being lost
I RWESTERN GEOPHYSICAL Lonon
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AIRSTRIP LOCATION
Longi tloe 137 ceg S5 min East Latitude ceg 48 min SOLlth
49 Experimenta15
Prior to r~ccrding an experimental program was c=nducted to ascertain the optimum recording parameters bull
The experimental program was conductad en line 5D85-63 on November 8th~ 1985
The following table lists each te5~ and the respective parameters The spread layout fer the tests was 1515-105-0-10-1515
Tast SW2=P db gtJeep S~leep ]10 ~J i I-br atr~
i~Llmbr Tmiddote Cct Freq ltH J Length S~)eeps 1loe LtP
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Test pramettr~ chosen were based ~n previous experience in the area baad en a ~0m source array and ene sscend longer listening time
9
ru WESTERN GEOPHYSICAL W
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5 SURVEY
The advanca survey party daparted Noccundra for Poeppels Corner 1 well on the 26th October 1985 After travelling via Nappam~rrie Innaminka~ Tirrawarra Walkers Cressing Outer Birdsville Track Cliftcn Hills and Kuncherin~a Camp was established at Kunc~erinna en the 28th October whilst a scouting party searched for accass to Themas 1 well via Poolawanna well and existing 1984 Delhi lines Altnough a ro~te was found it was not suitable for access and the party continued on to Pceppels Corner 1 Access from Themas 1 to Peeppels Cerrier 1 was baraly trafficable to 4WD pick-ups and ha~ca camp was establis~ed on 30th October at Poeppels Corner 1 until access ceuld be upgraded and the camp moved ccser to the lines
Scouting for access and lines continued en 31s~ October and a suita~le set off point fer line 5D85-69 was estsbllshEC from the intsrsEc~ion of 3079-19 and 72-13 However dus to heavy clc~d cover a s~n5hct was unable to be observed -_wshyeffect the sEt=~f until During tM1S period the tulldc=era were upg~adi~g access along 9D79-16
Line cutting ~~mmenced on 8085-69 en 5th NcvemDer As the 1984 li~as en this prospect ~ere c~t to a width of two normal bl~da widths it was decided to do likewise with the 1~85 lines ~s the grader was found to be ineffectual in the loese sa~d C~ the lines it was only used to upgrade access tr~cks and it ~6S ~ec9ssary to back blade e~ch line ~ith a bulldozer This ~as only dena en lines 5D85-69 o7~ 65 and ~3 b~f=re it became cbvic~s that line prod~=ti=~ woula be far too slew a~d hence the back blading was ceased Aftsr discussion tet~een Mr Gillespie (WGe supervisor and Gray ( Client j it was decided that the crew ~culd be able to operate satislfactcrily on c single cut line and so at the completion of SD85-59 the second cutting of lines c-=5ad
The grader was used on 23rd N~vemter to tow flycamp to lecation number 2 Work ccnti~ued from this camp ~ntil the completion of all the lines in the Thomas Central and West~rn sect~~ns HOWEver it was neCEssary to establish an Olitcamp For chair-in and suneying line SD85-6 and all the cress lines off it as the travelling time would have bean sxcss5i~e It was not PC5s1ble to tow the flycamp van tc this sits near the intsrsection of SD85-62 a~d SD8~-73 and as such c=mmunicaticn and suppo~t was di~ficult tc ma ~tai n
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
r shy
35 Jehi =1 e~
( 1 ) 6 Interiati enal Harvester f tted t4Ji th Ae AND pcwer supply - RECQRDER
FIVE (5) 6x6 Vibrator truck3 units 480548094810 48624863
ONE (1) 6x6 SUZU s~rvi~~ truck with cranewelder c~mpresscrt=clsf~el and water tanks
ONE (1) 4x4 SUZU supply truck with =rane and 600 gallon
ONE ( 1 ISUZ water with 1500 galIen capacity
FOUR (4) 4x4 ISUZU cable trucks
THRE= (3j 4x~ T=ycta PIC (persennel carrier) lirJ2 j=middotC=
-1 Refraction Re~order
FDUF (4) 4x4 Teyota pickups
t~Dst ehi c 1 es V-Jere e~ti PPEd ~Ii th fr-cnt ilcL~1ted ~i nc-1es The suzu tru~k~ wers prevded ~ith 1~ x 225 super single tyres
1S x 225 super singl9 tyres
jOnc ) 2 bsd sleeper trailer One ( 1 ) Survey Offi=2 ( Independent Flycamp trailer ) FOLtr- 0 4) 8 bed sleeper trailers One ( j 4 bed ~leeper trailsrclient office-accommodation C-s ( 1 ) Kit=he~ tr~iler fully equipped C-e ( 1 Dr~r traileshy -1-_ 1 _ bullshyO1e ( Shc~er Laundry 1 I 1
--shyU Ie ~ 1 i Wcrks~cp trailer equipped with tools ccmpr~550r etc
~-shy-i di~ geed ~n~Jr2 3 teres tr 3i 1 er lJi th I
mEchani=al =~ares
TvfO (2) Generators 100 KVA Cae 1 FLel tai 1 er imperial gallonsI
npei 31 galIenOn~ l
1 )-fJr~ j
]ne ( 1) Sei~mcl~gist O~fica j Cable repair shop r _ --- were air-=cnditioned with the exception of the 5hower worksho~ and store
=bullbull 1 =
lR WESTERN GEOPHYSICAL ---------------------------- Itlon L
r--shy
-I
middot1
~
(-1
-I
1shy
til
n lt
n
W
rt
n (II
1
1-3
n t
l
q
pound
(I
1bull1
tmiddotmiddot
C
(j
E
n rt
-T
I 1
1
11
Imiddotmiddot n
D
U
U
n c
~
Cmiddot
III
II
U
x 0
U
middotj
1
D
t Ii
fJ
bull
J
~I
IlJ
H
-j
0 n
J
r 3
111 lt
-
[I
0
11
)
t
l -i
l
m
l n
iJ
n III
1
-j
I
J
rt
III
J III
0
(1
nlU
l-m
On
lr
r()
l1
bull
rt r~
rI
middot
middot
t
l J
III
m rL
it
lt
riJ
Iii
0
)
U
n
I
III
II
111
O
0
rr
r1
shyn
() II
n -
II
rtI~
III
ffi
-(
III
111
11
11
-i
111
U1
rt
Ul
middotl
ilJJ
-
r
pound
III
lt
m
1
-
Ul
m
-lt
II
-
0
~
Li
()n
U1
l
On
nU
u
fD
middotr
tmiddotlA
n
o(
]J
0
-
Cl
~
I
UI
III
U ~
I I
0
ll
J -
lA
ru
ru
n
1
rt
lt
rt
ro
J
o i
t 1
J -lt
r
II
I -lt
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1(1
-
til
(l
cro
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4 i
All ~ibratcr$ and recorder scare parts were pur=hased in America by ~es~ern Geophysical and air freigh~ed t~ Brisbane They were then transported to Pceppels corner by Jundah Transport and picked up and delivered to the campsites by Western Gecphysicals~ own supply truck Seme smaller items were flown in on the weekly crew change charter fliht
45 Crew rotation
A weekly 11 seater charter flight operated by Corporate Air Services was employed to transport fielj ~ers=nnel to Brisbane Field assistants and SQme staff used Brisbane as a break point The remai~ing staff members were flown to Perth on commercial flights A weekly feed flight operated by the above was also utili=ed for meat ano vegetables
~~middotltpmiddot5imiddots t~== tn the middotLU-~middot= WEJmiddot~ )J-zollagt tpe boosters and 18 meter detonators Exclosives were
the c~ew by Helidcn Carrying Company of Brisbane
Ucon arrival en the orew the Splosives wera handed over silcoter +8j- stcr-age
IC in Br- i sb ne
li=encsd
The 3~rv9y arsa is lcc3tsd entiraly within the Simpson Dssert This ara~ is characterised by approximately parallel NNW - SSE =nit~dinal eand d~nes The dunes are generally between SOOm and 1000m apart and ranging from 10 to 20m in hai~ht
The araa is sparsely vegetated Small canegrass bushes are cmmcn to the cps c~ the dunes and lew shall~w rocted trees ~nd rassss arE fcund in the ccrri~crs
~~a to the streng winds ence~ntared througnout the survey ~any of the lines were ccntin~ally blewn in which resulted in val~atls recording production being lost
I RWESTERN GEOPHYSICAL Lonon
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---------------------------------------------------
AIRSTRIP LOCATION
Longi tloe 137 ceg S5 min East Latitude ceg 48 min SOLlth
49 Experimenta15
Prior to r~ccrding an experimental program was c=nducted to ascertain the optimum recording parameters bull
The experimental program was conductad en line 5D85-63 on November 8th~ 1985
The following table lists each te5~ and the respective parameters The spread layout fer the tests was 1515-105-0-10-1515
Tast SW2=P db gtJeep S~leep ]10 ~J i I-br atr~
i~Llmbr Tmiddote Cct Freq ltH J Length S~)eeps 1loe LtP
i riJ=n-l in bull1 1-6 - sa= 8 - t)n
LA lB
iiar-l ir ~Cji- --1 -
1
S t~
16-96 1middotf-96
c
6 == sec
0 oJ
3
Om
Om -
1 in~Er non-l i n 6
16-96 1-0 _ i
6 0
sec sec
e S
Om - Om
4 nen-l in c 12-80 t sec 0 oJ 2 Om
=- 1rn-l n 6 12-7() S set 8 - Om~ =A rtc~-l - 6 1 ~-o(- _ IImiddotmiddot I~ 5e~ 8 ) i)m
c -1Ctmiddot~ - in 6 12_t -r2~ ~ sec 8 2 )m ~
rlidi -1 n- 10-90 ~ ESC 8 - ()m -~ c ticn-i ir cmiddot 1)-9) middots $EC 10
5~-n =r riQrJ-l n ~ 10-9(
~ tC 6
8n 10 licr-l in is 1(gt-9() 6 sac 4 1 7in 1 1 non-1 n 6 10-9() 8 sec 8 2 Om 12 ricn-l i 6 10-90 10 sec 8 2 Om l-
inar 1(I-ItO 6 sec 8 ~ Om Parametsrs used during the survey
Test pramettr~ chosen were based ~n previous experience in the area baad en a ~0m source array and ene sscend longer listening time
9
ru WESTERN GEOPHYSICAL W
-Itton
5 SURVEY
The advanca survey party daparted Noccundra for Poeppels Corner 1 well on the 26th October 1985 After travelling via Nappam~rrie Innaminka~ Tirrawarra Walkers Cressing Outer Birdsville Track Cliftcn Hills and Kuncherin~a Camp was established at Kunc~erinna en the 28th October whilst a scouting party searched for accass to Themas 1 well via Poolawanna well and existing 1984 Delhi lines Altnough a ro~te was found it was not suitable for access and the party continued on to Pceppels Corner 1 Access from Themas 1 to Peeppels Cerrier 1 was baraly trafficable to 4WD pick-ups and ha~ca camp was establis~ed on 30th October at Poeppels Corner 1 until access ceuld be upgraded and the camp moved ccser to the lines
Scouting for access and lines continued en 31s~ October and a suita~le set off point fer line 5D85-69 was estsbllshEC from the intsrsEc~ion of 3079-19 and 72-13 However dus to heavy clc~d cover a s~n5hct was unable to be observed -_wshyeffect the sEt=~f until During tM1S period the tulldc=era were upg~adi~g access along 9D79-16
Line cutting ~~mmenced on 8085-69 en 5th NcvemDer As the 1984 li~as en this prospect ~ere c~t to a width of two normal bl~da widths it was decided to do likewise with the 1~85 lines ~s the grader was found to be ineffectual in the loese sa~d C~ the lines it was only used to upgrade access tr~cks and it ~6S ~ec9ssary to back blade e~ch line ~ith a bulldozer This ~as only dena en lines 5D85-69 o7~ 65 and ~3 b~f=re it became cbvic~s that line prod~=ti=~ woula be far too slew a~d hence the back blading was ceased Aftsr discussion tet~een Mr Gillespie (WGe supervisor and Gray ( Client j it was decided that the crew ~culd be able to operate satislfactcrily on c single cut line and so at the completion of SD85-59 the second cutting of lines c-=5ad
The grader was used on 23rd N~vemter to tow flycamp to lecation number 2 Work ccnti~ued from this camp ~ntil the completion of all the lines in the Thomas Central and West~rn sect~~ns HOWEver it was neCEssary to establish an Olitcamp For chair-in and suneying line SD85-6 and all the cress lines off it as the travelling time would have bean sxcss5i~e It was not PC5s1ble to tow the flycamp van tc this sits near the intsrsection of SD85-62 a~d SD8~-73 and as such c=mmunicaticn and suppo~t was di~ficult tc ma ~tai n
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
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45 Crew rotation
A weekly 11 seater charter flight operated by Corporate Air Services was employed to transport fielj ~ers=nnel to Brisbane Field assistants and SQme staff used Brisbane as a break point The remai~ing staff members were flown to Perth on commercial flights A weekly feed flight operated by the above was also utili=ed for meat ano vegetables
~~middotltpmiddot5imiddots t~== tn the middotLU-~middot= WEJmiddot~ )J-zollagt tpe boosters and 18 meter detonators Exclosives were
the c~ew by Helidcn Carrying Company of Brisbane
Ucon arrival en the orew the Splosives wera handed over silcoter +8j- stcr-age
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The 3~rv9y arsa is lcc3tsd entiraly within the Simpson Dssert This ara~ is characterised by approximately parallel NNW - SSE =nit~dinal eand d~nes The dunes are generally between SOOm and 1000m apart and ranging from 10 to 20m in hai~ht
The araa is sparsely vegetated Small canegrass bushes are cmmcn to the cps c~ the dunes and lew shall~w rocted trees ~nd rassss arE fcund in the ccrri~crs
~~a to the streng winds ence~ntared througnout the survey ~any of the lines were ccntin~ally blewn in which resulted in val~atls recording production being lost
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AIRSTRIP LOCATION
Longi tloe 137 ceg S5 min East Latitude ceg 48 min SOLlth
49 Experimenta15
Prior to r~ccrding an experimental program was c=nducted to ascertain the optimum recording parameters bull
The experimental program was conductad en line 5D85-63 on November 8th~ 1985
The following table lists each te5~ and the respective parameters The spread layout fer the tests was 1515-105-0-10-1515
Tast SW2=P db gtJeep S~leep ]10 ~J i I-br atr~
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Test pramettr~ chosen were based ~n previous experience in the area baad en a ~0m source array and ene sscend longer listening time
9
ru WESTERN GEOPHYSICAL W
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5 SURVEY
The advanca survey party daparted Noccundra for Poeppels Corner 1 well on the 26th October 1985 After travelling via Nappam~rrie Innaminka~ Tirrawarra Walkers Cressing Outer Birdsville Track Cliftcn Hills and Kuncherin~a Camp was established at Kunc~erinna en the 28th October whilst a scouting party searched for accass to Themas 1 well via Poolawanna well and existing 1984 Delhi lines Altnough a ro~te was found it was not suitable for access and the party continued on to Pceppels Corner 1 Access from Themas 1 to Peeppels Cerrier 1 was baraly trafficable to 4WD pick-ups and ha~ca camp was establis~ed on 30th October at Poeppels Corner 1 until access ceuld be upgraded and the camp moved ccser to the lines
Scouting for access and lines continued en 31s~ October and a suita~le set off point fer line 5D85-69 was estsbllshEC from the intsrsEc~ion of 3079-19 and 72-13 However dus to heavy clc~d cover a s~n5hct was unable to be observed -_wshyeffect the sEt=~f until During tM1S period the tulldc=era were upg~adi~g access along 9D79-16
Line cutting ~~mmenced on 8085-69 en 5th NcvemDer As the 1984 li~as en this prospect ~ere c~t to a width of two normal bl~da widths it was decided to do likewise with the 1~85 lines ~s the grader was found to be ineffectual in the loese sa~d C~ the lines it was only used to upgrade access tr~cks and it ~6S ~ec9ssary to back blade e~ch line ~ith a bulldozer This ~as only dena en lines 5D85-69 o7~ 65 and ~3 b~f=re it became cbvic~s that line prod~=ti=~ woula be far too slew a~d hence the back blading was ceased Aftsr discussion tet~een Mr Gillespie (WGe supervisor and Gray ( Client j it was decided that the crew ~culd be able to operate satislfactcrily on c single cut line and so at the completion of SD85-59 the second cutting of lines c-=5ad
The grader was used on 23rd N~vemter to tow flycamp to lecation number 2 Work ccnti~ued from this camp ~ntil the completion of all the lines in the Thomas Central and West~rn sect~~ns HOWEver it was neCEssary to establish an Olitcamp For chair-in and suneying line SD85-6 and all the cress lines off it as the travelling time would have bean sxcss5i~e It was not PC5s1ble to tow the flycamp van tc this sits near the intsrsection of SD85-62 a~d SD8~-73 and as such c=mmunicaticn and suppo~t was di~ficult tc ma ~tai n
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
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212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
4 i
All ~ibratcr$ and recorder scare parts were pur=hased in America by ~es~ern Geophysical and air freigh~ed t~ Brisbane They were then transported to Pceppels corner by Jundah Transport and picked up and delivered to the campsites by Western Gecphysicals~ own supply truck Seme smaller items were flown in on the weekly crew change charter fliht
45 Crew rotation
A weekly 11 seater charter flight operated by Corporate Air Services was employed to transport fielj ~ers=nnel to Brisbane Field assistants and SQme staff used Brisbane as a break point The remai~ing staff members were flown to Perth on commercial flights A weekly feed flight operated by the above was also utili=ed for meat ano vegetables
~~middotltpmiddot5imiddots t~== tn the middotLU-~middot= WEJmiddot~ )J-zollagt tpe boosters and 18 meter detonators Exclosives were
the c~ew by Helidcn Carrying Company of Brisbane
Ucon arrival en the orew the Splosives wera handed over silcoter +8j- stcr-age
IC in Br- i sb ne
li=encsd
The 3~rv9y arsa is lcc3tsd entiraly within the Simpson Dssert This ara~ is characterised by approximately parallel NNW - SSE =nit~dinal eand d~nes The dunes are generally between SOOm and 1000m apart and ranging from 10 to 20m in hai~ht
The araa is sparsely vegetated Small canegrass bushes are cmmcn to the cps c~ the dunes and lew shall~w rocted trees ~nd rassss arE fcund in the ccrri~crs
~~a to the streng winds ence~ntared througnout the survey ~any of the lines were ccntin~ally blewn in which resulted in val~atls recording production being lost
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---------------------------------------------------
AIRSTRIP LOCATION
Longi tloe 137 ceg S5 min East Latitude ceg 48 min SOLlth
49 Experimenta15
Prior to r~ccrding an experimental program was c=nducted to ascertain the optimum recording parameters bull
The experimental program was conductad en line 5D85-63 on November 8th~ 1985
The following table lists each te5~ and the respective parameters The spread layout fer the tests was 1515-105-0-10-1515
Tast SW2=P db gtJeep S~leep ]10 ~J i I-br atr~
i~Llmbr Tmiddote Cct Freq ltH J Length S~)eeps 1loe LtP
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Test pramettr~ chosen were based ~n previous experience in the area baad en a ~0m source array and ene sscend longer listening time
9
ru WESTERN GEOPHYSICAL W
-Itton
5 SURVEY
The advanca survey party daparted Noccundra for Poeppels Corner 1 well on the 26th October 1985 After travelling via Nappam~rrie Innaminka~ Tirrawarra Walkers Cressing Outer Birdsville Track Cliftcn Hills and Kuncherin~a Camp was established at Kunc~erinna en the 28th October whilst a scouting party searched for accass to Themas 1 well via Poolawanna well and existing 1984 Delhi lines Altnough a ro~te was found it was not suitable for access and the party continued on to Pceppels Corner 1 Access from Themas 1 to Peeppels Cerrier 1 was baraly trafficable to 4WD pick-ups and ha~ca camp was establis~ed on 30th October at Poeppels Corner 1 until access ceuld be upgraded and the camp moved ccser to the lines
Scouting for access and lines continued en 31s~ October and a suita~le set off point fer line 5D85-69 was estsbllshEC from the intsrsEc~ion of 3079-19 and 72-13 However dus to heavy clc~d cover a s~n5hct was unable to be observed -_wshyeffect the sEt=~f until During tM1S period the tulldc=era were upg~adi~g access along 9D79-16
Line cutting ~~mmenced on 8085-69 en 5th NcvemDer As the 1984 li~as en this prospect ~ere c~t to a width of two normal bl~da widths it was decided to do likewise with the 1~85 lines ~s the grader was found to be ineffectual in the loese sa~d C~ the lines it was only used to upgrade access tr~cks and it ~6S ~ec9ssary to back blade e~ch line ~ith a bulldozer This ~as only dena en lines 5D85-69 o7~ 65 and ~3 b~f=re it became cbvic~s that line prod~=ti=~ woula be far too slew a~d hence the back blading was ceased Aftsr discussion tet~een Mr Gillespie (WGe supervisor and Gray ( Client j it was decided that the crew ~culd be able to operate satislfactcrily on c single cut line and so at the completion of SD85-59 the second cutting of lines c-=5ad
The grader was used on 23rd N~vemter to tow flycamp to lecation number 2 Work ccnti~ued from this camp ~ntil the completion of all the lines in the Thomas Central and West~rn sect~~ns HOWEver it was neCEssary to establish an Olitcamp For chair-in and suneying line SD85-6 and all the cress lines off it as the travelling time would have bean sxcss5i~e It was not PC5s1ble to tow the flycamp van tc this sits near the intsrsection of SD85-62 a~d SD8~-73 and as such c=mmunicaticn and suppo~t was di~ficult tc ma ~tai n
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
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(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
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---------------------------------------------------
AIRSTRIP LOCATION
Longi tloe 137 ceg S5 min East Latitude ceg 48 min SOLlth
49 Experimenta15
Prior to r~ccrding an experimental program was c=nducted to ascertain the optimum recording parameters bull
The experimental program was conductad en line 5D85-63 on November 8th~ 1985
The following table lists each te5~ and the respective parameters The spread layout fer the tests was 1515-105-0-10-1515
Tast SW2=P db gtJeep S~leep ]10 ~J i I-br atr~
i~Llmbr Tmiddote Cct Freq ltH J Length S~)eeps 1loe LtP
i riJ=n-l in bull1 1-6 - sa= 8 - t)n
LA lB
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16-96 1-0 _ i
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c -1Ctmiddot~ - in 6 12_t -r2~ ~ sec 8 2 )m ~
rlidi -1 n- 10-90 ~ ESC 8 - ()m -~ c ticn-i ir cmiddot 1)-9) middots $EC 10
5~-n =r riQrJ-l n ~ 10-9(
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Test pramettr~ chosen were based ~n previous experience in the area baad en a ~0m source array and ene sscend longer listening time
9
ru WESTERN GEOPHYSICAL W
-Itton
5 SURVEY
The advanca survey party daparted Noccundra for Poeppels Corner 1 well on the 26th October 1985 After travelling via Nappam~rrie Innaminka~ Tirrawarra Walkers Cressing Outer Birdsville Track Cliftcn Hills and Kuncherin~a Camp was established at Kunc~erinna en the 28th October whilst a scouting party searched for accass to Themas 1 well via Poolawanna well and existing 1984 Delhi lines Altnough a ro~te was found it was not suitable for access and the party continued on to Pceppels Corner 1 Access from Themas 1 to Peeppels Cerrier 1 was baraly trafficable to 4WD pick-ups and ha~ca camp was establis~ed on 30th October at Poeppels Corner 1 until access ceuld be upgraded and the camp moved ccser to the lines
Scouting for access and lines continued en 31s~ October and a suita~le set off point fer line 5D85-69 was estsbllshEC from the intsrsEc~ion of 3079-19 and 72-13 However dus to heavy clc~d cover a s~n5hct was unable to be observed -_wshyeffect the sEt=~f until During tM1S period the tulldc=era were upg~adi~g access along 9D79-16
Line cutting ~~mmenced on 8085-69 en 5th NcvemDer As the 1984 li~as en this prospect ~ere c~t to a width of two normal bl~da widths it was decided to do likewise with the 1~85 lines ~s the grader was found to be ineffectual in the loese sa~d C~ the lines it was only used to upgrade access tr~cks and it ~6S ~ec9ssary to back blade e~ch line ~ith a bulldozer This ~as only dena en lines 5D85-69 o7~ 65 and ~3 b~f=re it became cbvic~s that line prod~=ti=~ woula be far too slew a~d hence the back blading was ceased Aftsr discussion tet~een Mr Gillespie (WGe supervisor and Gray ( Client j it was decided that the crew ~culd be able to operate satislfactcrily on c single cut line and so at the completion of SD85-59 the second cutting of lines c-=5ad
The grader was used on 23rd N~vemter to tow flycamp to lecation number 2 Work ccnti~ued from this camp ~ntil the completion of all the lines in the Thomas Central and West~rn sect~~ns HOWEver it was neCEssary to establish an Olitcamp For chair-in and suneying line SD85-6 and all the cress lines off it as the travelling time would have bean sxcss5i~e It was not PC5s1ble to tow the flycamp van tc this sits near the intsrsection of SD85-62 a~d SD8~-73 and as such c=mmunicaticn and suppo~t was di~ficult tc ma ~tai n
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
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Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
---------------------------------------------------
AIRSTRIP LOCATION
Longi tloe 137 ceg S5 min East Latitude ceg 48 min SOLlth
49 Experimenta15
Prior to r~ccrding an experimental program was c=nducted to ascertain the optimum recording parameters bull
The experimental program was conductad en line 5D85-63 on November 8th~ 1985
The following table lists each te5~ and the respective parameters The spread layout fer the tests was 1515-105-0-10-1515
Tast SW2=P db gtJeep S~leep ]10 ~J i I-br atr~
i~Llmbr Tmiddote Cct Freq ltH J Length S~)eeps 1loe LtP
i riJ=n-l in bull1 1-6 - sa= 8 - t)n
LA lB
iiar-l ir ~Cji- --1 -
1
S t~
16-96 1middotf-96
c
6 == sec
0 oJ
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Om
Om -
1 in~Er non-l i n 6
16-96 1-0 _ i
6 0
sec sec
e S
Om - Om
4 nen-l in c 12-80 t sec 0 oJ 2 Om
=- 1rn-l n 6 12-7() S set 8 - Om~ =A rtc~-l - 6 1 ~-o(- _ IImiddotmiddot I~ 5e~ 8 ) i)m
c -1Ctmiddot~ - in 6 12_t -r2~ ~ sec 8 2 )m ~
rlidi -1 n- 10-90 ~ ESC 8 - ()m -~ c ticn-i ir cmiddot 1)-9) middots $EC 10
5~-n =r riQrJ-l n ~ 10-9(
~ tC 6
8n 10 licr-l in is 1(gt-9() 6 sac 4 1 7in 1 1 non-1 n 6 10-9() 8 sec 8 2 Om 12 ricn-l i 6 10-90 10 sec 8 2 Om l-
inar 1(I-ItO 6 sec 8 ~ Om Parametsrs used during the survey
Test pramettr~ chosen were based ~n previous experience in the area baad en a ~0m source array and ene sscend longer listening time
9
ru WESTERN GEOPHYSICAL W
-Itton
5 SURVEY
The advanca survey party daparted Noccundra for Poeppels Corner 1 well on the 26th October 1985 After travelling via Nappam~rrie Innaminka~ Tirrawarra Walkers Cressing Outer Birdsville Track Cliftcn Hills and Kuncherin~a Camp was established at Kunc~erinna en the 28th October whilst a scouting party searched for accass to Themas 1 well via Poolawanna well and existing 1984 Delhi lines Altnough a ro~te was found it was not suitable for access and the party continued on to Pceppels Corner 1 Access from Themas 1 to Peeppels Cerrier 1 was baraly trafficable to 4WD pick-ups and ha~ca camp was establis~ed on 30th October at Poeppels Corner 1 until access ceuld be upgraded and the camp moved ccser to the lines
Scouting for access and lines continued en 31s~ October and a suita~le set off point fer line 5D85-69 was estsbllshEC from the intsrsEc~ion of 3079-19 and 72-13 However dus to heavy clc~d cover a s~n5hct was unable to be observed -_wshyeffect the sEt=~f until During tM1S period the tulldc=era were upg~adi~g access along 9D79-16
Line cutting ~~mmenced on 8085-69 en 5th NcvemDer As the 1984 li~as en this prospect ~ere c~t to a width of two normal bl~da widths it was decided to do likewise with the 1~85 lines ~s the grader was found to be ineffectual in the loese sa~d C~ the lines it was only used to upgrade access tr~cks and it ~6S ~ec9ssary to back blade e~ch line ~ith a bulldozer This ~as only dena en lines 5D85-69 o7~ 65 and ~3 b~f=re it became cbvic~s that line prod~=ti=~ woula be far too slew a~d hence the back blading was ceased Aftsr discussion tet~een Mr Gillespie (WGe supervisor and Gray ( Client j it was decided that the crew ~culd be able to operate satislfactcrily on c single cut line and so at the completion of SD85-59 the second cutting of lines c-=5ad
The grader was used on 23rd N~vemter to tow flycamp to lecation number 2 Work ccnti~ued from this camp ~ntil the completion of all the lines in the Thomas Central and West~rn sect~~ns HOWEver it was neCEssary to establish an Olitcamp For chair-in and suneying line SD85-6 and all the cress lines off it as the travelling time would have bean sxcss5i~e It was not PC5s1ble to tow the flycamp van tc this sits near the intsrsection of SD85-62 a~d SD8~-73 and as such c=mmunicaticn and suppo~t was di~ficult tc ma ~tai n
i)
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
5 SURVEY
The advanca survey party daparted Noccundra for Poeppels Corner 1 well on the 26th October 1985 After travelling via Nappam~rrie Innaminka~ Tirrawarra Walkers Cressing Outer Birdsville Track Cliftcn Hills and Kuncherin~a Camp was established at Kunc~erinna en the 28th October whilst a scouting party searched for accass to Themas 1 well via Poolawanna well and existing 1984 Delhi lines Altnough a ro~te was found it was not suitable for access and the party continued on to Pceppels Corner 1 Access from Themas 1 to Peeppels Cerrier 1 was baraly trafficable to 4WD pick-ups and ha~ca camp was establis~ed on 30th October at Poeppels Corner 1 until access ceuld be upgraded and the camp moved ccser to the lines
Scouting for access and lines continued en 31s~ October and a suita~le set off point fer line 5D85-69 was estsbllshEC from the intsrsEc~ion of 3079-19 and 72-13 However dus to heavy clc~d cover a s~n5hct was unable to be observed -_wshyeffect the sEt=~f until During tM1S period the tulldc=era were upg~adi~g access along 9D79-16
Line cutting ~~mmenced on 8085-69 en 5th NcvemDer As the 1984 li~as en this prospect ~ere c~t to a width of two normal bl~da widths it was decided to do likewise with the 1~85 lines ~s the grader was found to be ineffectual in the loese sa~d C~ the lines it was only used to upgrade access tr~cks and it ~6S ~ec9ssary to back blade e~ch line ~ith a bulldozer This ~as only dena en lines 5D85-69 o7~ 65 and ~3 b~f=re it became cbvic~s that line prod~=ti=~ woula be far too slew a~d hence the back blading was ceased Aftsr discussion tet~een Mr Gillespie (WGe supervisor and Gray ( Client j it was decided that the crew ~culd be able to operate satislfactcrily on c single cut line and so at the completion of SD85-59 the second cutting of lines c-=5ad
The grader was used on 23rd N~vemter to tow flycamp to lecation number 2 Work ccnti~ued from this camp ~ntil the completion of all the lines in the Thomas Central and West~rn sect~~ns HOWEver it was neCEssary to establish an Olitcamp For chair-in and suneying line SD85-6 and all the cress lines off it as the travelling time would have bean sxcss5i~e It was not PC5s1ble to tow the flycamp van tc this sits near the intsrsection of SD85-62 a~d SD8~-73 and as such c=mmunicaticn and suppo~t was di~ficult tc ma ~tai n
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
01
111
(11
f
III
-0 I
II n
) lil
n
10
0 til
-t-
liI
-
lJ
lt
e
n aD
fi
il
1
11
(j
) n
0
-h In
II
lI
-I-T
J E
EIl
IU)
ro
rt
rT
III n
-h
rt
-
rt
tmiddot
]
1
1
J
4middoth
middoti
I-
IT
o fl
l -1
t
I l
J
II
m m
Iii
t1
1
1t
l
3
tI-
-i
ID
t1
lJ
III C~
IT
III
r t
III
u
iii
-o
Ii
3 o
nn
O-l
Ul
Ul
fi
ro
tll
J I
U
[J
1
3 m
1
ttl
ri
rtmiddot
=) -
r t
~
m t
1
1
)~
Iil
rl
TJ
til
3 (U
3
rt
rt
U
(II
rtmiddot
11
bullbull
lt
IU
iJ
Cmiddot
rtmiddot
11
bullbull
1
II lil
1
rt-
1
middot
t U
l ~
J
U
-
r
I1
111
(II
rt
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56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
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Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
56 Computations
The follcwlng equipment was used for computations
1 HP 85 Mini Computer - including Memcry Module Advanced P~ogram Rom Matr i F~iTJ
HP PlctterPrinter Rom wec Sc-blare
1 HP 9121 Dual Disc Drive 1 HP 92O Pr- i n t er
HP 41 CV Calculators 1 HP 1 C Calculator
In almost all caEes computations were carried cut =n the HP 85 Mini Computer The WGC software was set ue in such a way that field observations were transported thrcug~ an Entry File a~d each staticn instrument point or survey =onnection was displayed as a single page entry This meant that at any time~ one point could be viewed edited u
calst=d il ~middot-ILt d rlii~ ~leibility is cr~ c)middot tlie n~ii
advant~es t= the system
~aader inicr~aticn ccntalnin survey parameters is stored In the ltEcit File at the Inception of the Line File and may ~e modified at any time by re-9ntry in that file The program then automatically creates a Coord File in which m~st ~e antsred the take-off data for the line and an ~Entry
F i 1 e ~ for f i -1 entry as described above
The Calc~la~i~n mc~e of ths ~rcgram reads tMe ag2s of the Entry File 5aec~e prc~er rcutlnes reduces tMe distanCES
~ _k _to UTi1 C ~ middot_HU ~ lpp 1 i 9S
trigonometrIc elevations fer urvature and refraction and eimult3~ecusl dumcs tnese calculations into the Coord File On command it wiil print a full or partial listing of this file wit~ cc-ordinates and elevations relevant to the Australian Map Grid and Australian Height Dat~n respectively
A Supa prcgram than prints a full listing of tha calculated pages to allow t~s sntered data to be cnecked fer entry and observation errers It then prlnts a Quality Centrel listing whi~h ~hcws ~ point to point ccmparison fer elevation jistance and bearing and also a surveyed to chained relative error and acc~mulative error
Cnce ~31culatad~ tne pOints i~ the Ccord File can be sorted into numerical and al~natetieal order and usee ~c prn vertical and horicntal profiles at any suitable scale
WESTERN GEOPHYSICAL L
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
atand alona p~=grams are a130 availaD13 C~ the scftware They includa ~TM to Geographic co-or~~~ate conversion a~d vice-ver~a red~ction of solar cbservations by altitude or hour angle methcds and a ~csure program for adjustmant oi traverses if necessary
At the completion of the survey Survey Closure Diagrams were compiled to illustrate graphically and in detail all take-off pcnt~ loops and ti~s computed within this survey
57 Corclus~on
Access into an~ around the pr~spe~t area was generally very slow and at ti~es difficult especially in the early stages of the contract with long time consuming drives The heat high tempera~u~e and adverse conditions were at times a hinderance to the survey crews production Overcast ccnditions often prevailed for several consecutive days
i__ 1restrictiJg ~CqLli si t i C1 of 5clar otservaticns Strcnq
winds on many days whipped u~ sand and oust to a point where ~Ld-ie~ prcdl_~= ~r1 NQ ==(Vir2~ i~itpar= i1id
ac~ually a~and~ned
The calculating and supply of data was delayed by the lack of accurate datums until the satellite naviaticn stations were establishec and final results supplied en 22nd January 1986 PrIer to ~his all cal=ula~icns were done using
weatMerin =~a~ and t~ maintain surve~ =on~r=l Hcwever s~bsaqll=nt t= -=c=lt -i g tia =all ta ca-a all l i -i25 ~oJer-a
recalculatea a~~ ajJusted te that infcr~ati=n T~is In turn delayed the c=~pilaticn cf the Perman~nt Marker List and the plotting of the lines on the Pe5t Plot Map
1 bullAt the completion of the survey a file ilne was presented to the client containing
Origi~al Field Nctss X Y and Cc-ordinate
lJerti 5i Copy cf Chaining Report 6) ~c~y ef Line Intersection UIsgrams
Accompanyin~ these files was a separate LinE ~isc and a Data Ca35ette Cartr~~g2 ccntainlng the stored data ~or ea~h L Ii e
rn WESTERN GEOPHYSICAL LJtton
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
r
6 WEATHERING REFCRT
61 Introduction The LVL survey en OP 184 commenced on the 1st December 198~ and was completed on the 29th of January~ 1986 The drilling contractor employed for the program was Depco (Drill Engineering ~ Pastoral Co Pty Ltd) Drilling of Rockhampton During the course of the survey a total of 211 upholes were drilled at an average of 55 holes per productIon day
62 Field Method The field weathering crew consisted of an observer wltM a Toyota 4x4 PC vehicle and 2 shooterpreloaders with 4X4 utilities to carry explosives Instrumentation utilized was a DFS III system and an SIE dry write camera
The UPHCLE ccnfiguration used is shown in the following tabl e
DEPTH C-~FGE
-4 I I 1 Detonator ltOet) I
6 Detonator
8 2 Detonators
10 1 H l U It Booster I Det
1=~ 1 u 0 II L1octer I Det
2() I It) n ll Bocstar I Det
25 1 HAlt Booster Det
3t) 1 A Booster l)et cshy_ bull J 1 HAlt Booster j Det
40 1 nAu Booster J Oet
45 I I 1 uA n Booster J Det I
I 50
I 1 UIU t1 Booster I Det
I I
CC J
I
i 0 BoostEn~ Det I I I 60
I 1 liD Booster Det I I
I
CIJ I I 1 0 Booster Det
I I 70 I
I i liD BOJster Det
I
I 75 I
I i 0 Booster I Oet
I I
80
I Ibull
1 liD Booster I Oet
16
rn WESTERN GEOPHYSICAL Litton
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
The equipment supplied by DEPCO is listed below
ONE (1) Gardner Denver 1000 Drill rig
TWO (2) 6x6 International Acco water trucks (1200 gal capacity)
ONE (1) 6x6 International Acco water truck (1000 gal capacity)
ONE (1) Toyota Landcruiser Support Vehicle
ONE (1) Kitchen and Dining caravan (air conditioned)
ONE (1) 15 KVA Power Plant
ONE (1) Log Skidder (Caterpillar)
ONE (1) Cessna 206 (used for supplies and spares)
63 INTERPRETATICN
The rssults cf the uphole survey indicated that the base cf the weathering remained relatively consistent throughout the prospect One anomaly however was encountered at locaticn 70 on line 8D85-63 Consequently a series of extra holes were drilled in the immediate vicinity These holes merely confirmed the existence of the anomaly
A total of 13 a b (i e corri dors and dune tops) hel as were drilled on the prospect Upon analysiS it could be seen that the replacement ~elo=ity ~Vr) did net vary signifi~antly from the holes in the corridors to those positioned en the dune tops The velocities derived from the uphols plots were used to draft up a Vr Centour Map and then transferred onto a sepia The Vr Centaur Map was forwarded to Beach Petroleum NL on completion of the contracted program
In addition to the Vr Contour Map a Delay Time Contour Map for the Thomas and Central regions of the prospect were plctted This map was drawn up by the client representative Mr Doug Gray
By calculating the difference in delay times of a dune and its respective corridor and dividing it by the surface alevation difference the delay time per every meter above the base of the dane can be determined This is illustrated by the followi~g example
1shy
rn WESTERN GEOPHYSICAL --------------------------- tton
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
EXAMFLEshy
Hole Number 147(a)amp(b) on line 5D85-51
Delay Time at (b) = 0285 seconds Delay Time at (al = 0160 seconds
Delay Time Difference = 0125 seconds
Surface Elevation at (b) = 7140 meters Surface Elevation at (a) = 5519 meters Elevation Difference = 1621 metEr
Hence the delay time to be added per eVery meter above the respective dune base is
0125 = + 0008 162
63 LOGISTICAL CONSIDERATIONS
The majority cf the holes on the prospect were drilled with water using Bran and Quick Gel as additives Due to the lack of water availability in the area two water trucks were employed to minimize the drill waiting time on water Water locations used for drilling purposes are listed in section 48 bull
A Log Skidder (Caterpillar) was utilized by DEPCO to assist the drilling rig and water trucks over the numerous sand dunes encountEred on the prospect The use of the Log Skidder preved very successful in mobilizing the equipment throughout the duration of the survey
CONSUMABLES
DETONATOFS WFE HiC 5 T AR I fONS
USED 3335 207 193 211
16 BAD A BOOSTERS WERE DESTROYED
18
rn WESTERN GEOPHYSICAL --------------------------- -~on
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
7 CONCLUSION
In spite of the very hot and dry conditions experienced throughout the survey the equipment and personnel performed well consequently the entire contracted program was finished well before the antiCipated time of completion
Data quality ranged from good to very good in some sections of the prospect particularly in the northern regions It is felt that the data definition could be enhanced considerably by increasing the degree of multiplicity if further seismic exploration is Rrogrammed for the area
19
raL1J WESTERN GEOPHYSICAL -------------------------- Utton
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
APPENDIX A EXPLORATION AREA MAP
8 E A C H PE TR 0 LEU M NLAN 0 PAR TN E R S
OP 184
WESTERN GEOPHYSICAL COMPANY PARTY 786
NT
o ALICE SPRINGS
~ PROSPECT LOCATION
OLD
~~IROSVILLE 6 --
POEPPEL I CORNER
SA
NSW
o 400 km VIC t1JI_-===-IIIi
WESTERN GEOPHYSICAL---------------------- shy20
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
bull ~-~- ------ waa i ---
137 0 40 APPENDIX Al CI CD SIMPSON DESERT SEISMIC SURVEY
PROGRAM MAP
PETROLEUM NL a PARTNERS
OP 184
S085-73-----
bull comp
S085-75
S085-77
camp3
Q) ct)
BEACH
bull camp 2
N
bull compl comp6
25 0 50
~ m 0)
m rJ Z ~ G) m o 0 J ~ -lt (I) ~ ()
SCALE I 250000)shy ~69 bull ~13704021
-I
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
137deg40 APPENDIX A2
SIMPSON DESERT SEISMIC SURVEY
137deg40 ) )
PROGRAM MAP
BEACH PETROL E UM NL
a PARTNERS
OP 184
SCALE 12~0000
N
2~020 ~middot20middot
l=d ~ m en n1- 0
G) m o 0 I -lt (I)
() ~ rshy
2
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
LOOP5
1 2 j
4 5 6 7
SATNAV
11 B C [)
E F G H J V
TIES TO
(
y
Z
APPENDIX 8 SURVEY CLOSURES
EA5TING NORTHING ELEVATION
+850 +080 -i)11 -1135 -573 +035 -721 -531 +013 - 15 +946 -030 -613 +431 +020 -253 +038 +t)53 +208 -096 +013
STNS DESCF I PT I ON EASTING NORTHING
Take off S085-57 Tie SD85-51 +494 -959
Take off 5085-69 Tie 5085-62 Take ofmiddotf SD85-59 Tie 5085-59 Tie 5085-54 Tie 5085-53 Tie 5085-51 Take off 5085-54
-590
-105 +2952
+088 +051
-8 1
-=i 39 +4 90 -() ()5
+487
PI 5 OESCRIPTION EASTING NDRTHIIjG
Take off S085-51 Tie SD84-44 VP400 Tie 5084-44 vPI00
+236 +132
-422 -271
PICCURACY
14060 12560 14580 13620 14750 111350 18300
ELEVATION
+056
-108
-106 +228 -214 -118
ELEVATION
+()25 +096
23
mWESTERN GEOPHYSICAL ----- itton
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
80 85-75 -----------shy
$085 _ 77
- -
I Sro_I QO-63
~ Thomas I I I I I
- 8085-65
- 8085-67 -
-S085-69o
WESTERN GEOPHYSICAL
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
WESTERN GEOPHYSICAL COMPANY BEACH PETROLEUM OP 184
LOOP CLOSURE MAP
K
I loj--LJ WESTERN GEOPHYSICA ------------------ t~cn
2J
L
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
r
APPENDIX C
Field Recording Parameters
12(gt0 ~~ St ae k Crew 786 Client ~ Beach Petroleum NL Area OP 184
SIMPSON DESEFT Prospect
Spread Spread Geometry 1515-105-0-105-1515 ~eeeiver Station spacing 30 meters Source Station spacing 120 meters
Instrument Instrument type DFS-V I FT-l No of channel s 96 Sample rate 2 milliseconds Eecrd length 11 secnds Tape FrrTlat SEG B =ac -i ng cens ity 1600 BPI LO--tt Fi 1 trs 1_ 1_-l
128 Hz Diversity Vertical Sum DivEr-sity FrE-amp Gi n 48 dB octave
SOLtrCe Source Trpe vi br-csei s 311 SOLlrca Fatt9rn inline Sora Lenth 5() meters SOLtrC 3pa= ng 12 meters i 4 vibs SOLlrce Move Up ineter~
Swe=p Type leg bd8octaveI
middotmiddot~o of Swssp 8 Sweep Sta~t Frequency 1i) Hz Sweep End Frequency 0 Hz Sweep Laongth 6 seconds Unsummed Sweep Length Au- eh 2
Raceiler recei vel~ Type LRS 1011 10 Hz Feceiver- Patter-n inline recei ler Length 275 metEirs Element Spacing 25 meters GrOLtp Inter-val 3(1 meters No of Geophones group 12
Please note fer 3 vibr-atcr-s 14 sweeps at 1 meter move up was used bull
26
ra 1 i j WESTERN GEOPHYSICAL--- L~on
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
APPENDIX 0 SIMPSON DESERT SEISMIC PROGRAM
RECEIVER AND SOURCE ARRAYS
BEACH PETROL EUM NL OP 184
76 77 78 79
l ~om L ~ J+H-f-H 11111[f[ fIll ITi
1111 llll ~ l+- 2middot5m
27middot 5 m
GEOPHONE - LRS 1011
NATURAL FREQ - 10 HZ
GROUP IN TERVA L - 30m
GROUP LENGTH - 27middot5m100 101
h 10m ( 30m PHONES PER GROUP - 12~J--I-I_____J-L____--I_____j--J____
o l SWEEP FREQ - 10 - 90 Hz
12 m 12m 12m ~ EIf IE gt1rn SWEEP LENGTH - 6 Secs(J) -I rn bull bull bullxl No OF SWEEPS - 8 Z bull
bullG1 m bull VIB SPACING - 12 m~ o 0 x 2m ~ r- middot MOVE UP - 2m-lten o VP INTERVAL - 120 mPo r shy
27 SOURCE LENGTH - 50 m
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
APPENDIX E PRODUCTION LINE LISTING
Line Start E d Start End Total Acc Total Ace Number JF VP Date Date VP VP ~~n Iltm
5D85-63 40869 2911 3(111 125 125 ~ 96 9 -6 5D85-69 7677 37677 112 1112 75 200 900 1896 5085-67 ie 1 37677 212 212 75 275 900) 2796
7677 37677 312 312 1_ 35( 900 3696
__ t __
SD85-65 - 3[185-58 7677 64445 412 512 142 492 1704 5400 5085-61 37776 7776 612 75 567 900 Q3 (H)
8 1 t ISD85-60 7677 4041 612 I 116 166 7956 011 r 4 roo5085-59 8180 J I 1112 1063 fu 1 ~ -
8D85-62 12(l9(lS 7776 1112 1412 283 1346 3396 15648 5D85-81 7677 1412 1512 116 1462 1392 1704t) SD85-7 it 30908 7776 1512 1612 152(1 696 17736 SD85-77 53()31 1612 1 14-jfo 1634 13 62~ 1098 8D85-75 7677 54(41 1712 1812 i16 17=~) 1392 204 iO
1 --8D85-73 _01 - l 1812 5() 1800 61)0 SD85-71 8(~81 2(112 H 1871 22132
It- CJQ-U
--- bull ~ i5D85--51 i I ti 1 359 225lt) 26481
~f I-- - t ~ J 3D85-53 I I t 101 131 2579 3742 3()423- I J - _
71 -- bull 1 i 0 ~- ~_1JlliSD8S-48 1_ 141 1 771 22 ~i8 _-
SD85-5() 8434 7776 161 171 li2 2963 2298 35( 1 _r I __
eToc_~~ -~ ~~ 01 lei 84445 171 181 192 3155 23i)4 _I _ _1 8D85-47 67776 7776 191 201 15) 3305 18~)( 311 23
1 1 40479 SD85-49 7677 1(l76l7 231 25() 3668 SD85-56 2928 7776 201 l _ 3418
434 I-- - 4081 middot47163D85-54 164544 J 0
38425
-- l 5[65--55 4188 L284 ~ 1 3()1 4265 24 281
Line was chained and tne epread laid to STN 541 - line dozed -to STI 528 Unabl2 to get the vibratcr~ past eTN - stopped hcrt O-t EOL
Chaining - error line chained as 835~834a33832~835834833 832 831 ~ 83~) four extra stati~ns = 1 extra VF
28
j R NESTERN GEOPHYSICAL ----------------------- LItton
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
APPENDIX F REEL NUMBER amp VIBRATING POINT LISTING
Line No Reel No File No vp - Vp Remarks
5D85-63 U151779 E X PER I MEN TAL S
8D85-63 U151779 1-42 7677-15859 U151780 43-71 16061-21617 VF 72~73 U151781 74-86 21819-24243 End of 24-fold U151792 87--123 24445-37273 VF 118 Ul1783 124-132 37677-40809
5D85-6=1 U151784 1-37 7677-216117 VF 21 U151785 39-78 22021-37677 IF 38
No reel U151786 SD85-67 l151787 1-39 7677-22425 VF 7~4i)
U151788 41-80 22829-37677 VF 42~66
9D85-65 U15178j 1-34 7677-2(8()9 U151790 21213-37677
of8D85-58 U151791 7677-21213 l)F 17 2( U151T 38-8~ 21617-38081 VF 42475277
7881 U15173 86-115 38485-49293 IF 1)9112 U151794 116-154 496F7-644l45 F 112
8D85-61 lJ151795 1-35 37776-24948 t)F 2 U151 T6 3t-8(J 24342-7776 F 4376
No reel U1517~7 i -_~~ I-=8D85-60 U1S178 2-41 I JI I middot_middot1 _10_ VF it 1
U1517-9 43-78 23637-37677 IF 42 U1518(H) 80-116 38(181-51213 VF 79~82108
U151801 117-146 51617-62627
3D85-59 UllS(J2 2-43 11312-135352 iF 2( ~-U151S(l3 45-86 134948-119392 iF I 4-tc J I ~ 6 t)63
U15l804 87-126 1 18988-1(3332 ~29-166 102923-88988 VF __1 147Tr _I lU1518C5 1
- 1middotmiddotImiddotjo ri 1 = 0
U151806 ls7-206 88=84-72928 U151807 2(17-247 72524-57372 JF 21=t 228
7lt=o -1- IU151808 248-286 56968-42928 iF ~ 281
U1518(l9 287-357 42524-17776 jF 295~ 322-335 Ij~
middot_middot 1 341 L15181 I 357-384 17372-82181 VF 366
~
No rael U1581(1
29
rn WESTERN GEOPHYSICAL ----------------------- Lltor
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
Line No Reel No File No VP - VP Remar k
5D85-62 U159812 U159813 U159914 U159815 U159816 U159817 U159818 U159819
3-38 39-79 80-123
124-163 164-207 209-249 25(-293
295
120908-106968 106564-909108 90504-741140 73736-59584 58180-41312 409(18-24948 24544-8180
7776
IF
IF VF VF VF VF IF
1
8384 141 173 208 25()~ 268 294
SD85-81 U159820 U159821 U159S22
3-44 45-86 88-124
7677-22829 23233-37697 40001-540141
VF
VF
2931
87
5D85-79 U159823 U159824
4-35 37-64
30908-1858middot+ 18180-77176
VF IF
2 38
SDt5-77 U151825 U151826
2-42 44-85
U151827 86-120 Line chained and get vibrat=rs past
7677-23233 23637-37697
spread laid to STN 531
STN
)F 10 IF 43 iF 79 541
SD85-75 U151828 U151829 U15183(~
4-45 46-86 87-122
24lt)41 -39697 4(JOi)1-54041
IF 1
5D85-73 U151831 U1518middot2
2-37 38-53
7677-21617 2201-27677
SD85-71 U15H333 U15l834 U151835
1-37 39-76 78-98
8()81middot-21617 22l) 21-36(1 61 36445-44445
lmiddot)F
iF VF
22~ 23 24 61)~61
77
5D8-51 U151836 U151837 U151838 U151839 U151840 U151841
U151842 U151843 U151844 U151845
N 0 1-4(1
41-82 85-126
127-170 173-208
211-253 254-295 296-335 336-371
F~ODUCT
7677-224125 22829-38889 39293-55657 56l)61-73233 73637-87273
87677-104445 i04849-121213 121617-137273 137677-150910
I 0 l~
VF iF VF
iF
)F
8 15 79 8384
171 17~ 176 Cgt92()
28
10-1J WESTERN GEOPHYSICAL ----------------------- ipoundton
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
Line No Reel No File Ne p - Vp Remarks
SD85-53 U151846 1-36 7677-21617 U151847 37-80 22021-39394 U151848 82-122 39697-53637 JF 93 99 1()3
105115 U151849 123-166 54041-70809 VF 124 U151850 167-169 71314-72()21 U151851 17(j-209 72425-88081 U151852 210-253 88485-105647 U151853 256-296 106CI61-121213 IJF 254275 U151854 297-340 121617-1384185 VF 321 U151855 342-343 138889-1390i91 VF 341
SD85-48 U151856 1-3=j 7677-21617 VF 21332 U15187 42-81 221)21-36061 t)F 565871 U151853 82-120 36667-5lt)8l()9 VF 93 U151859 121-164 1213-67677 VF 1~9 131 U151860 166-216 68(~81-83637 VF 165 U15i86i 218-22c) 84041-84243 VF 21 i
SD85-5t) U151862 3-43 8434-71110 iF 29-16 U151863 4~-87 7(j7 c)6-53=j 38 F 44 U151S64 S3534-38382 VFIf92 U15l365 13~)-1 72 37978-21514 ivF 127 157 Ul~1866 173-2()7 ~1 1 11 (_i- if_J 0
SD85-52 Ul1867 2-44 7677-24445 U151868 45-87 24849-40405 F 5986 U15186 40809-56465 J~F 111 t 11 8 1 1 9 U151870 132-174 56869-73233 iF 131154 U151871 73637-84445 lF 175
3D85-47 U151872 ---- + 67776-53332 F 51640
U151873 43-86 2928-3616(i F 83 Ul1874 88-128 3576-205104 VF 87105106 U11875 130-161 20302-77176 VF 129
5D85-56 U151876 3-44 ~2~ 28-37372 VF 910 U151877 4-84 367 68-221 l2) middotJF 647276 U151878 85-123 21716-7776 VF 9192119
[8 WESTERN GEOPHYSICAL ----------------------- Litton
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
Line No Reel No File No iF - VF Remarks
SD85-49 U1S1879
U151880 U151881 U151S82
U1518S3 U1518S4
3-44
47-86 87-130
132-172
175-213 214-257
7677-21617
22021-36465 36869-53637 54041-68990
69293-83637 84041-19697
IF
VF VF ylF
VF iF
6141517 2039 45467678 93 131 135 139 153173174 177211 223229
U1518S5 258-279 100102-107677 VF 265273
5D85-54 U151886 U151887 U151888
U151889
U151S90 U151891
UI51 U151894 U151895 U151896
2-38 39-82 86-124
125-155
156-197 198-240 2~~4-286
288-328 329-37( 372-413 414-421
164443-15)504 15010(-132928 132524-118584
118180-107776
1()7372- l2() 91716-7=756 75352-58584
58584-43332 42~ 28-27372 26968-10908 105(14-7776
VF
IF
VF
F VF VF
iF -IF
113
833485104 111116 126128129 140 16~ t7( 179 210 241-243~271)
287
356367 371 ~ 393
5D85-55 U151897 U151898 U151899
4-42 43-85 87-115
7677-22445 2282~~-38Cl~()
38990-5(i4l05
F JliF
VF
-+T~ ~ 40 J() 111
HIlJ +shy
81)85-57 U151900 U151901
ODD
117-157 320-194 FILE NO
7677-23637 24041-38485
320 FOR iF 24041
HW VF
i 1 ~ iltO
~-
NB VF HW
VOID FILE HARDWIRE SIMILARITY
32
rn WESTERN GEOPHYSICAL ----------------------- Iitton
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
i
S085-47
8085-48
5D85-49
5D85-50
8085-51
5D85-52
SD85-53
S[)85-54
SD85-55
LINE
STATION
108028
536 105005 410
727 (H)S
819020 926
1 ((J3 i)22 i19017 42) middot)9 533 )06
407 ) 14
765 ()15 804 ~13 (156 (gt11
133 405 6(~3
98017 795011 898028 979 ()22
()7 1)26
404 568 ic)(
819 it)77 (()6
1422024 26 297005 376 C)(~2
APPENDIX G INTERSECTION LISTING
SD85-56 SD85-54 S085-52 S085-53 SD85-51 8085-49 8D85-56 S085-54
8085-5() - 5D84-38 - 5D84-48
3D85-53 SD85-51
- SD84-39 5D85-41
- 3)84-44 - 5D84-42
8D85-54 1lt1
- 8D84-40 3D85-50
~ 5D84-38 3D85-43
~ 8D84-4U ~ 8D84-39
3D85-49 SD85-47
_ 8D84-44 8D84-42
8085-54 1-lt1 8D84-4(1
S085-50 8084-38
8D8-48 8D85-53
K1 5D85-51
8D84-39 8D85-49 8D85-47
8D84-46 1lt1 SD80-~8
STATION
461 1422024 692010
1079 (126 1046015 1003022
1077006 363(gt05 818)11 853 (H)3
816 (H)9
898 ()28 86f 01 831 (H)6
8 i l1016 7(()
458 ()2 42( f)2
4 1J -
=~
734 727 (H)8
536
404
160006 119)17 149 (llS 105 )0 603
5S9 ( 1( 836 (119 525 -- --
38()
[8 WESTERN GEOPHYSICAL --------------------- LlttOIl
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
r
S085-56
S085-57
S085-58
SD85-59
S085-60
8085-61
8085-2
SI)85-65
8D85-67
8D8-69
t
STATION
97029 461 191 339008 111)28 147 202001 341(1)7 392(103 c-~
381 1318 1472 () 15
162 1)01
3(i1 568 (jmiddoti3 i == 1~ ~~_ 132002
518
84(1 (H)4
ESI)5 1042
23pound) (l16 392 (H)5
371 (122 1(10 44 f)(gt7 327 (()4 84
158 )18 232 (H)4
216 291 (li)5
5085-49 5085-47
-5084-46 - 508(1-28
8085-63 - 5079-2(1 - 8079-17
64-K2 5085-61 5085-59
- 5084-44 3085-62 SD8-6(1 5085-58
SD7-2(j SOE5-61
- 8D79-23 SD85-59
5D84-44 SD79-2(~
SD85-60 SD85-58 SD85-81 5D85-79 ~3D8=-75
SD85-73 8D85-71
3D79-8 SD8S-59
72-()5 8D84-101 5079-17 8D79-20
Sr~85-58
- 8D79-19 ~ 5D84-WMZ
72-()5 8D79-18 5D79-19 S084--iMZ 8D84-WMZ 5079-19
72-13
STATION
296022 108028 206012
371022
1472015 1(5
1042 3(1 536
1590)8
344011
162001 32 ()()3 156 t)(j 154004 146 141
3()3 (H)2
115028 232016 628007
167044 512 (gt32 393 (H)9
99(159
34
rP WESTERN GEOPHYSICAL -----------------------------------------------~ L
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
LINE
SD85-71 5D85-73 SD85-7~
S085-77 5085-79 S085-81
STATION
3Q9 141 1 1C
133004 154 (H)4 1) 39() (H)2
LINE
5085-62 5085-62 5085-62 5085-62 8085-62
I P7 8085-62
STATION
840004 654027 518 3tO (li)2 I bull00
133 c)(gt4
~=
L [B WESTERN GEOPHYSICAL --------------------------------------------- ut~
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
APPENDIX H PERMANENT MARKER LISTING
Line No
5D85-47
5D85-48
5D85-4
8D85-5(1
SD85-51
8taticn
76 108029
536 6 -17
105005 c-
410 615 81609 843
76 1S= (13 296 ()22 525 727 (J)8 81=1020 926
1003022 1(107
iL-
11middot~()17
271 4) t)25 538 (H)6
843
76 126
249 407015 561010 572 (06 602 765 (li3 864014 956010 104~016
1510
Description
SOL INT 5085-56 INT SD85-54 INT 8D85-52 EOL
SOL INT 5D85-63 IJN LINE iH SD85-51 ON LINE INT 8D85-4gt EOL
SOL ON LINE INT SD85-56 INT 5D85-54 I JmiddotlT 8D85-52
INT 5D84-38 INT 5(185-48 EOL
SOL r rIT 8D85-3 Oimiddot1 LINE IlH 1 INT 8D84-39 ON LINE INT 8D85-49 EOL
SOL ~AT NAV STN J ON LINE I j-middotJT S-D84-42 INT 8D85-54 ON LINE Gil LHIE INT 8D84-40 INT 5085-5) INT SD84-38 INT 5D85-48 EOL
Easting
75999280 76091230 76704545 77291242 77687201
79384468 79347909 79158444 78962602 78702880 78447887 78413927
75926344
7652729
77699002 77949476 78237397 78447887 78646017
78898822 78843039 78648991 784576~2
78306842 78140660 77949476 77917329
762678M54 76406344 7674808middot3 77188657 77639235 77647569 77729321 79183204 78457652 78712707 78962602 8024~918
Northing
720558772 720594105 720818287 721034624 7~1181423
718476923 718556119 718963052 719383830 719942568 720490576 720563187
719319790 719456887 71 53 7198E1336 720135037 720254384 720390474 720490576 720584292
718243318 718361717 718774232 719178466 719406493 719848148 720254384 720322661
718289329 718345664 718484881 718663499 718846909 718849767 718882681 719066580 719178466 719281485 79383830 79906128
Elev
6838 6722 6582 8012 6826
4693 4695 4964 5459 6237 5778 6126
75 ~- 76 =72 t~4 52 7484 66 ()7 6() 7(~
5778 5757
6252 6 8(l
5middot~ 31 7408 66()7 69 (H)
56 28 iQ J
6432 5 (~4 ~ - ~)
6()88 7248 5762 6180 611)8 5451 5189
_____________________ rn WESTERN GEOPHYSICAL lItO
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
--
_____________________
I
Line No
SD85-52
SD85-53
x
I
5085-54
5D85-55
5085-56
Station Description
76 SOL 89 INT 5084-40
25() ON LINE 363 CH)5 INT 5085-49
ON LINE 692 Cl(~ INT 5085-47 843 EOL
SOL IIIT 5085-44
286 ~)7 ON LINE IlIT 8D84-42
598012 INT ilt 603 NT 5085-54 79=_ (J1(1 I NT SD84-4(1 878028 INT 8085-50
IlJT SD84-38 fIT 8D85-48
1255009 ON LINE 1390 cwL SAT NAV 1
SOL 23( ON Lr~JE
404008 INT ~m85-53
568 INT Jlt1 7(lI) IIlT 8D85--51 8i I NT 8D8+-3-7 116(15
riT 5[85-4
422 ()24 INT SD85-47 1645 EOL
76 SOL 226 INT 6D84-46 ~o7 bull )25 rNT K 1 376002 INT 9080-28 5(5 E o L
7~ SOL INT SD85-49
290 O~I LINE 461 IiT S085-47 529 EOL
Easting
78054109 78037933 77838766 77699002 77529370 77291242 77104891
76546520 76705500 77134631 77464823 78004924 78018706 78553810 78843039 79068734 79347909 79838002 80214135
784417447 78244061 78018706 77809306 77639235 77487501 77356948 1149739 76940421 76704505 76418142
79017084 79438541 79640066 79860650 80222831
76553681 76527292 76296756 76091230 76009993
Northinq
719349831 719385357 719825612 720135037 7205087 bullbull ~ 721034624 721446743
717475554 717537434 717703629 717831767 718039973 718044717 718251060 718361717 718447715 71855611Q 718745703 718891254
717154787 717572435 718044717 718489852 718846909 719170661 7194460 Q 4 719881336 72C334~
720818287 721421176
712927121 713082544 713157023 713238426 71337153
719535457 719595853 720123847 720594105 720781203
Elev
5861 ~7 78 6549 7484 6197 80 12 6767
4636 5112 6562
6373 5820 48 4909 4773 4695 5241 54
5152 a- =_ ()
58 2() 5119 52 7~
c~ 43 8452
6582
3635 37 =79 2058 = 1(_bull I
4327
69 70 7692 6864shy6722 6774
rn WESTERN GEOPHYSICAL LltlOn
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
r
Line 110
5D85-57
SD85-58
)(
SD85-59
5D85-60
S085-61
8D8-62
Easting
79225229 80096162
76995943 77026909 77093560 77201056 77403896 77434793
73284920 73699291 74163456 74528463 75363420 75836514 76330072
F 769004 00 77226964 77351298 77466595
76689104 76769893 76829776 76900400 77051349 77151241 77208656
76529160 76769893 77240218 77396342
73739459 73765058 73823828 73879412 73935013 73993909 74075769 74098098 74163456 74236432
Northing
712640360 712948594
714142822 714258933 714508487 714912664 715674451 715790786
716441136 716343297 716233402 716147004 715949135 715837200 715720023 715585325 715507748 715477919 715450534
714943299 715188460 71537028Q
715585325 716044525 716348382 716517450
715253929 715188460 715060194 715017975
713365512 713531873 713928773 714299688 714677114 715078367 715633310 715781815 716233402 716729140
2640 2284
4538 4272- --middot0 bullbull~~ ~= _tJ bull ~Ci
4949 5349
7640 -~ ~ -gt _ 6880 7326 5349
5193 5713
42 =12 4044
4486 433 4899 c-- ic-J _
4816 477
41 83 4339 6146 5290
4764 5i)85 5640 408 51 22
6776 52 i)) 688t) 68~8
Station
-1shy1-
385
76 115028 202 341 (H)7 6()3 (24 644
80
381 5(6 792 154
Description
SOL EOL
SOL INT 51)85-63 I1IT SD79-17 INT K2-64 INT 5D84-44
en JJ
ON LINE HIT S085-62 ON LINE ON LINE ON LINE 011 LINE
1429 (2b 147 ()1 151
76 162 225 middot)19 301 462 568 623
-10
~~-_ 10
76 132
653 (If)3 84Q004 889 )25
1(42 L20-1
1318 INT2D85-60 SAT NAV ON L I IIE I ~fr 8D85-58 EOL
SOL INT S085-middots1
I NT 51185-59 C LINE HIT 8D84--44 ON LINE
SO L I NT 81)85-60 IIIT S085-58 ON LINE
SOL INT SD85-81 IIIT 8D85-79 INT SD8~-77 TNT 8D85-75 INT 5D85-73 middotINT SD85-71 INT 5079-8 INT SD85-5~ EOL
~ WESTERN GEOPHYSICAL -----------------------------------------------~
i
L
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
Line No
508-63
5085-65
5D85-67
SD85-71
SD85-73
SD8~-75
8085-77
8D85-7t
5D8-81
Station
76 212 230016 371022 408
76 100 244 (H)7
376
84 152018 232004
216
78 30= 445
277
7middotS 146 298 (H)7
76 1 004
76
76
1 56 (J t)
528 t13 541
Description
SOL INT 8084-101 INT 5079-17 INT 8085-58
8 O L INT 5D79-19 ON LINE
IJT 5079-12 IN 5079-19 INT 84 WMZ
SOL
SOL INT 8D85-62 EOL
JOL
OL
SOL INT 8D8-62 01middot1 LINE
INT SD85-62 EOL
SOL ~JT S08-62 ECL
Iu
INT S8-62 INT ~D79-1(J EOL
39
Easting
76165428 76561471 76632073 77026909 77132668
75904509 75975790 76404438 76650957
75906697 7612877 76346666 76774147
75873841 7628982() 76513270 76765329
73393237 74075769 74476867
73801162 73993909 74397074
73727337 73935013 74387425 75096720
73715173 73379412 75011926
73600146 73823829 74267240
73536891 73610945 7376508 74825115 74860939
Northing
714470840 714373665 714356083 714258933 714232780
713422367 713413491 713356911 713324479 7133(J=86
713018773 712987660 712956944 712897317
712596033
712511805 712478709
715754744 715633310 715558808
715108207 715078367 715018141
714705906 714677114 714615947 714519580
714348967 714299688 713963812
713998509 713928773 713790915
713607357 713583073 713531873 713181945 713169883
Elev
3116 7465 7501 4272 3461
4135 3529 41)12
3311
4044 3997 2466
64_75 31 =3() 4251 i cshyJ uJ
6410 t_ - ~o
5041
-- i- _- l
7137
6668 =1 ~ _I
5840
4863 4308 62 22
5674 564()
5927
4869 4667 5(85 4347
__________---________- ~ WESTERN GEOPHYSICAL_ ~
x
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
I 1
APPENDIX I ~PHOLE LOCATIONS OP 184
Lirle Station Shot Hole Dw (m) Vsw (m) Number Number Depth (m)Number
5D85-47 109 50 188 294 1820 231 50 187a 369 1850 ~~
7~) 187b 456 5t) 186 336 1720
403 70 185 41(1 1820 466 5(1 184 368 172() 636 5(1 182 1720
SD85-48 176 50 198 1720 249 1 2(4 1920 322 198 2080
~ c474 5l) 148 - - 2(l4(J
554 149 3()5 ~) 162()
l C1 ~f =() J 26 ()
816 2040
7~8085-49 50 1 400 23Cgt 50 i =i2(1
381) 50 169 3t)8 1785 456 168 176()
167a 0 t 1920 17b 375 1720 1 _- of 7 i rshy1J- 432 J 1
167d 450 540 167e 1785
- -1y552 167f -_ 1710 gtlt556 167g 348 1820
593 166 28~2 1820 ~C -= 165 lJ bull 1850656
83s 163a 31 (j 1720 833 7e) 445 189(1 926 5() 3()7
124 25 (j 178~
125 1850 SD85-5t) 197
165 1720 479 o() 152 162 185(1 538 60 iC~ 3() () 135() 1
616 6(gt 154 21 2 1~()0
713 5i) 1 224 1690
40
____________________ rP WESTERN GEOPHYSICALcdoI
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
Line Station Shot Hole l)w (m) Vsw (ms) NLlmber Number Depth (m) Number
5D85-51 124 70 147b 45 4 10-127 50 147a -) 6 2(l(J()
196 50 146 3(l (l 2090 ~-p -268 50 145 t bull 1790
-Q 50 144 36 0 192(1 -~408 5(1 143 (I 1920_~_
4 65 142 328 2140 549+15m 50 141a
30 549+15m 51) 141a l=r50 (redri 1
~
- I554 ~J 1410 4(~ bull 1=6() 560 60 141c 40 5 21 (15
5~7 5() 141d 190 205(1 =7~ co 14112 31 0 1970- middot
2~) bull -576+ 1rn 50 141f 182() - 0 0 ~() 140 2(1 2 192C)-- ~1 r t)= bull-
-1-Jmiddott693 139 3 - middot -r -- ~ ~~i50 -j bull I 2(it)()- shy
middot Cshy364 6() 137 2j 193) oc1- 70 136 3( cmiddot 2(l6C)
=- ~c _~=1046 -_-J (~ 12( 1 1 0- 17e 5(l 134 24 bull
J _ 1 ~ 5t) 133 2) 4 1785 (1278 SCi _ 1 720 1-
1381 50 131 2~) 192( 1464 5(1 130 1middotj 4 i 82(J
~ 1471 7(gt 13)b 0 (l 17~1~)
t -0 t)3D85-52 1 76 5( I w bull 1660 i- i27( - 3~) bull 4 18raquo- I-
-~
0) 50 164 40 6 1670 45() 5() 173 340 189() 529 C 174 3() () 1720
17c 38 ~)612 50 I liSe)
692 50 183 bullbullbullt bull 1470 t-tJ bullbull_~796 1 3() bull 6 191(
41
~ WESTERN GEOPHYSICAL------------------------~
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
Line Station Shot Hole Ow (m) Vsw (ms Number Number Depth (m) Number
t 8085-53 133 50 120 1 1 172t) 222 50 119 248 195(1 319 50 118 170 1785 492 50 117 205 1920 603 50 116 263 1720 b93 50 115a 219 1850 b9b 70 115b 26 () 1890 899 5() 114 188 1810 980 50 113 202 1940
1080 50 1 12 2(J () 1920 1141 50 111 16 1820 1218 50 1 10 2~) 2 1920 1291 50 109 258 1910
=-r_-JJ 5( 108 1920
SD85-54 1C)() 0 1(j4 22 9 80( 176 5(1 1 t)5 175 1850 =~ _ S() 106 c~ 5(gt 106 25 4 1710 (ndr 11-
~I
middot 0 5(~ 107 23 () 1 2() 4-0 5) 127 C 18(1 543 50 128 2() r) 17()
(j ~ J bull __~621 51) 129 1920 81~ 60 158 285 1875 900 0) 159 452 182() 993 60 1bO 404 169(
1187 ~=( 176 289 2070 +i1290 0middot J J ~ ~55 0 1875
~l -1136() S( 178 J bull 1940 1490 60 190 304 2000
19middot -4~ ~) 1556 60 bull J 1830 1620 6(1 192 354 1790
5D85- 136 50 22 17 7 1350 222 7() 21b 243 2000 224 SCi 21a 163 1960
1( =298 5( 2(1 bulll bull J 2170 -=~ 5() 19 148 1875_I J
ri450 196 139 1820
SD85-56 98 5() 170 410 1720 200 5(l 179 35 () 1720
C ~286 50 18i) ~ j bull J 192() 376 ~) 181 340 1751)
42
WESTERN GEOPtshy---~---- --------------------- -- shy
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
--
Line Station Shot Hole Ow (m) Vsw (ms) Number- Number- Depth (m) Number-
o SD85-57 105 51) 18 u 1920 191 50 17 16 - 1785I
264 50 16 4 1 2080 342 50 15 19 3 1890
S085-58 196 80 73 95 1950 I26(1 60 74 1930
Ir322 60 I 190 196( ~392 6(1 18~3()+--- -
467 60 81 25i) 1960 536 80 83a 148 1975 538 60 83b 1 () 1960
~- SD85-59 11 1 5() 79 1820 189 50 98 24 8 1785
71) ql286 474 1890bull I
-00482 7e) 95 - 1970 55() 45 94 22 4 1 i~6()
633 70 93a ~ 1820 -638 4- 93b - ] 1875
73l) 70 2 27 (i 18=t) 8(1) 50 i1 20 j 182(gt 878 50 90 136 185(l q 00 5() 89 3(2 1850
1042 50 88 322 192() li c- 185()1 130 50 -I -J bull - OL tt --1212 50 IJIJ 10 _t 182~)
1392 6( 84 24 9 183()
(1 ~SC85-6() if)1 8t) 76 - 1-i75 Ji -t226 80 0 195(
300 51) 85 28 ( 18) o~ middotl ~ ~
1(11 1940 j I f 1
466 50 102 2C~ () 1850 ~ 568 5(1 103 ~-bullbull + 1820
1 i c shy8085-61 100 80 80 C-J-J 1950 00-158 60 79 - 1930 ~ ~260 6(1 78
1860
4
____________________ rJl WESTERN GEOPHYSICAL _ ~
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
r
Line Station Shot Hole Ow (m) sw (ms) NumOer Number Depth (m) Number
SD85-62 132 50 242 1850 196 50 39 264 2000 266 50 42 284 1960
70 44 31 () 1970 391 50 50 164 1785 452 50 51 228 1=]20 582 50 58 265 175(l 653 5(1 60 338 1960 75(l 61 372 1970
poundlt84(1 50 348 17851_
810 50 66 248 1920 972 5() 67 248 17lt)
1042 50 6 358 20(J(1 1168 5() 100 352 l2Cl
5D85-63 100 6(1 I 1960 - 1 ) = 146 6) I 1gt
- 2~) 1 80 7()c 4 u _ 2000
7(ia
212 70b 4~3 J 1f)
70d 436 1970 240 388 19()()
277 6( 69 21 () 1765 68 170 1900
8D85-65 100 0 - 1=100 ~ oJ2(3 29a 17100 2 t)6 29b 7 i - ~ 1970i 41
SD8~-67 1 ()() 60 183 159 6(1 26 7 (J 1=135 312 60 25 50 1875
8D85-69 160 60 24 240 1900 -215 195 8 - 1820
291 192 1970
1 1 7 7()8D85-71 65 348 179c) 186 70 64a 298 194 t)
189 5(gt 64b 1850 35 ()
SD8~-73 300 1160
44
rn WESTERN GEOPHYSICAL ----------------------- Litton
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
Line Station Shot Hole Ow (m) Vsw (ms)Number Number Depth (m) Number
5085-75 146 =~ 50 _J 1785 r c- ~ 220 J 10 - 1720
29 50 55 2()6 1820 376 50 54 34 (I 1850
c-459 50 I 3~) () 185(1516 50 52 25 c) 1960
SD85-77 214 70 49a 31 0 1870 22() 50 49b 25 (I 1960 3()1 c-_1 48 269 1750
I~37() 50 47 c -J 1790
436 50 46 21 2 1850 501 5( 45 35 () 1890
9085-79 104 4345 243 1730 -~ 5C) j~I I bull41 1 1820 287 50 40 283 1960
5D85-81 1)2 0 38 1890 226 ~I) -
~IU 184 192r) cshy2gt2 bull1 2() () 1960 1 0 ~j360 50 34 u 196(143(1 5) 33 -i 1820
-4 0 I 5(~ 25 t) 1820
-( shy540) 50 31 I 6 185()
SC85-45 158 6(l 193 96 1 =U i
SD85-1(1 34) 6() 1gt4 31 lmiddott6i)
c-i r-=C85-t-JlvtZ 40 - i ~ D6 I bull 182t)
TOTAL HOLES DRILLED = 211
45
rn WESTERN GEOPHYSICAL ----------------------- Litton
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
APPENDIX J iNTERSECT ION DIAGRAM
THOMAS AREA
CD ~
UPHOLE (1985 )
l ~
rS
5084-45
-0- N ~ ~ ~ Q)
IC ~CI) CO C
NOT TO SCALE
WESTERN GEOPHYSICAL
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
L I iIE
72-5 72-5 72-5 72-5 5079-16 5084-45 SD84-45 6D84-45 5D84-101 SD84-101 SD8+-1 () 1 D84-I-LJt-IZ D84-WvZ D84-WllZ
AFPENDIX K ~INE INTERSECTION LIST
THOMAS 1 AREA
STATION LINE
70+13m 5084-11)1 63+16m 5D79-16 26(+53m D84-WMZ 256+29m 5084-45 348+3m 084-(JMZ 1 76 72-5 1 iJ 1 NEW UFHOLE 12+10m 5D79-16
-- r ~--J127+2STi
10)+21m 5D77-16 88+5rn SD84-45
7-_=748 I _
-r 5D84-45_I
--- _ THOIIAS 1 ~IjELL
~TATION
of -~ bull c J~i t_ll
346+22m 748 176 756 256+29m
327+3t)in
27 1)+ 13JTI 9+=n 11 2 ~t)(53i11
169+6m
middot47
y- r~
~ t~J WESTERN GEOPHYSICAL
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i
APPENDIX L RECORDING HOURS LISTING
WORK TFAVEL DO LtJIJ TOTAL TIl1E TIME TIME TIME
NOVEMBER (1985) 2(gt75
DECE1BER (1985) 223 ()(J
JANUAFY (1986 7875
During the month of November a to~al of lO hours were L(tilied in the experimentals
l shyIn addition to this l mLlst nctad that SD3~-63 W~
rec~rded with 1200 ~nd 2400 surface coverage
48
WESTERN GEOPHYSICAL _____ _~~i