DailySplit_KSK [daily task 00:02] T:\Cr5000_outdata\slowHourly\KSK_RFYYDOY.dat

DailySplit_KSS [daily task 00:03] T:\Cr5000_outdata\slowHourly\KSS_RFYYDOY.dat

OTAGO I:\YYYY\London\$site and NetCDF to

dataBridge01: A:\data\YYYY\London\$level\$site\DAY\$DOY

GAS-LAS-WXT-Ceil [hh:11] • grab hourly WXT data from both roofs to \WXT510\RAW\MM\WXTYYYYDOY_HH_raw.txt • translate hourly WXT data formatted raw data \WXT510\FORMAT_L0\WXTYYYYDOY_HH.txt \WXT510\FORMAT_L1\WXTYYYYDOY_HH.txt • write hourly WXT 5s data to databridge01 • grab Rad & RG data to \CR5000\KSK_RFYYDOY.dat \CR5000\KSS_RFYYDOY.dat

LoggerNet KSK Mast 10_09_10.CR5

Q:\CR5000\Fast\CR5000_Slow.dat

ROOF8

COMCAP4 Q:\WXT510\wxt-YYYYMMDD-HH00.txt

CR3000 Data

Logger

KSK-Mast Instruments

wires

CNR4 Kup, Kdn, Lup, Ldn, TCNR1

WXT510 T, U, p, RH, RR

ARG100 [RR]

LoggerNet KSS tower 01_09_10.CR5 C:\CR5000\CR5000_slow.dat

ROOF13 (C is T on Otago)

C:\WXT510\

bin\WXT510.pyc stores data to

data\WXT-YYYYMMDD-HH00.txt

CR5000 Data

Logger

KSS-Mast Instruments

wires

CNR1 Kup, Kdn, Lup, Ldn, TCNR1

WXT510 T, U, p, RH, RR

SKU420/5 [UVA]

SKU430 [UVB]

SKL2620/5 [PAR]

Troubleshoot

LoggerNet KSS Tower 19_11_09.CR5 S:\CR5000\CR5000_slow.dat

ROOF12

CR5000 Data

Logger

KSS45W Instruments

wires

PIR [Ldown]

ARG [RR ]

SKU420/5 [UVA]

SKU430 [UVB]

SKL2620/5 [PAR]

PSP [Kdown]

LHRdat [half hourly task, hh:28, hh:58] Grab LHR data and save to daily file

I:\YYYY\London\ALL\LHR_EGLL\EGLLYYYYDOY.txt

DATA COLLECTION

WXTDataPro_V2.R [01:20]

/home/micromet/Roofprograms/WXT/WXTDataPro_V2.R

• L0: convert KSK, KSS and NDT WXT data into netcdf • L1: check data on physically reasonable thresholds and correct wind direction to BNG north • with temporal resolutions 5sec, 1min, 5min, 10 min, 30min • Output saved to respective DAY directory on dataBridge01

DATA POCESSING Data02 Scripts in /home/micromet/Roofprograms dataBridge01 on /media/micromet/data

RadRainNcdf.m [02:00~]

/D drive on Otago:/Roof/Rad_Rain/RadRainNcdf.m (mergeARG.sh and mergeRAD.sh on Data02/home/micromet/script/cronJobs/)

• L0: converts radiation (CNR4 KSK, CNR1/Skye KSS, SPN1 & Eppleys/Skye KSS45W) and ARG100 data into netcdf • Higher Levels: Please refer to the KUMA Manual

http://geography.kcl.ac.uk/micromet/Manuals/Manual_KUMA.pdf

PlotMetObs.sh [03:55]

/home/micromet/Roofprograms/WXT/PlotMertObs.sh

• Use Matlab program PlotMetObs.m to generate eps plots for WXT data and radiation, combining all instruments from all sites

• Convert to png via gnuplot and save to /media/micromet/works/$YEAR/London/Level_1/MetObs • ftp png plots MetObs.png and RadObs.png to web

WXTgapFill.R [run on demand...]

/home/micromet/Roofprograms/WXT/WXTgapFill.R

• L2: gap fill WXT data from KSK and KSS by a) Linear interpolation b) readings from alternative site c) predicted value

ARG100 • Tipping bucket: precipitation [mm]

WXT510 • 2D-sonic: horizontal wind speed [m/s], wind direction [ °] • RAINCAP (counts hits by raindrops): precipitation [mm] • BAROCAP (capacitive silicon sensor ): barometric pressure [hPa] • THERMOCAP (capacitive ceramic sensor): air temperature [°C] • HUMICAP (capacitive thin film polymer): relative humidity [%]

CNR4 • CM3up: shortwave incoming radiation [W/m2] • CM3dn: shortwave outgoing radiation [W/m2] • CG3up: longwave incoming radiation [W/m2] • CG3dn: longwave outgoing radiation [W/m2] • PT100: housing temperature [K]

back KSK

back

Po

wer

(r

ed)

IX1 IXR

Gro

un

d (

bla

ck)

CM

3u

p s

ign

al +

(re

d)

1H 1L

CM

3u

p s

ign

al -

(b

lue)

CM

3d

n s

ign

al +

(w

hit

e)

2H 2L C

M3

dn

sig

nal

- (

bla

ck)

CG

3u

p s

ign

al +

(gr

ey)

3H 3L

CG

3u

p s

ign

al -

(ye

llow

)

CG

3d

n s

ign

al +

(b

row

n)

4H 4L

CG

3d

n s

ign

al -

(gr

een

)

PT1

00

sig

nal

+ (

yello

w)

8H 8L

PT1

00

sig

nal

- (

gree

n)

CNR4

SDI-

Sign

al (

blu

e)

2

Serial-to-USB

3 5

SDI-

Sign

al (

wh

ite)

Sign

al g

rou

nd

(gr

een

)

Po

wer

(b

row

n)

- +

Gro

un

d (

no

)

WXT510

Sign

al (

bla

ck)

P1 Si

gnal

gro

un

d (

bla

ck)

ARG100

KSK

ARG100 • Tipping bucket: precipitation [mm]

WXT510 • 2D-sonic: horizontal wind speed [m/s], wind direction [ °] • RAINCAP (counts hits by raindrops): precipitation [mm] • BAROCAP (capacitive silicon sensor ): barometric pressure [hPa] • THERMOCAP (capacitive ceramic sensor): air temperature [°C] • HUMICAP (capacitive thin film polymer): relative humidity [%]

UV/PAR [μmol/m2s1 and W/m2] • SKU420: UVA • SKU430: UVB • SKL2620: PAR (Photosynthetic active radiation)

CNR1 • CM3up: shortwave incoming radiation [W/m2] • CM3dn: shortwave outgoing radiation [W/m2] • CG3up: longwave incoming radiation [W/m2] • CG3dn: longwave outgoing radiation [W/m2] • PT100: housing temperature [K]

back KSS

back

Po

wer

fo

r U

V/P

AR

(re

d)

G 5V

Gro

un

d f

or

UV

/PA

R (

bla

ck)

Po

wer

(r

ed)

IX1 IXR

Gro

un

d (

blu

e)

UV

A s

ign

al (

yell

ow

)

5H 5L

UV

A s

ign

al g

rou

nd

(gr

ee

n)

UV

B s

ign

al (

bro

wn

)

6H 6L

UV

B s

ign

al g

rou

nd

(p

urp

le)

7H

Qu

antu

m (

blu

e)

CM

3u

p s

ign

al +

(re

d)

1H 1L

CM

3u

p s

ign

al -

(b

lue)

CM

3d

n s

ign

al +

(w

hit

e)

2H 2L C

M3

dn

sig

nal

- (

bla

ck)

CG

3u

p s

ign

al +

(p

urp

le)

3H 3L

CG

3u

p s

ign

al -

(ye

llow

)

CG

3d

n s

ign

al +

(b

row

n)

4H 4L

CG

3d

n s

ign

al -

(gr

een

)

PT1

00

sig

nal

+ (

yello

w)

8H 8L

PT1

00

sig

nal

- (

gree

n)

SDI-

Sign

al (

blu

e)

2

Serial-to-USB

3 5

SDI-

Sign

al (

wh

ite)

Sign

al g

rou

nd

(gr

een

)

Po

wer

(b

lack

)

G 12V

Gro

un

d (

red

)

CNR1

WXT510 UV/PAR

KSS

ARG100 • Tipping bucket: precipitation [mm]

UV/PAR [μmol/m2s1 and W/m2] • SKU420: UVA • SKU430: UVB • SKL2620: PAR (Photosynthetic active radiation)

CNR1 • CM3up: shortwave incoming radiation [W/m2] • CM3dn: shortwave outgoing radiation [W/m2] • CG3up: longwave incoming radiation [W/m2] • CG3dn: longwave outgoing radiation [W/m2] • PT100: housing temperature [K]

back KSS45W

KSS45W

CR3000

Datalogger

Eppley PIR CH 5 +

CH 5 -

Single ended

channel 11

VX 1

10k Resistor

GND

GND

VX 2

Single ended

channel 12

10 k Resistor

Eppley PSP

GND

CH 4

-

CH 4 +

Rain gauge

GND

P1

SPN1 sunshine

Pyranometer

CH 8 +

CH 9 +

CH 9 -

GND

+12 V

GND

CH 10 +

+ 12 V

GND

CH 10 –

10 k Resistor + 5 V

CH 8 -

next

next

next

back

Conversion of measured Voltage into meteorological parameters by SimpleTowerProgram

Short-wave in: VoltDiff(CM3Up,1,mV20,1,True,0,_50Hz,88.1057,0)

Short-wave out: VoltDiff(CM3Dn,1,mV20,2,True,0,_50Hz,88.1057,0)

Long-wave in: VoltDiff(CG3Up,1,mV20,3,True,0,_50Hz,88.1057,0)

Long-wave out: VoltDiff(CG3Dn,1,mV20,4,True,0,_50Hz,88.1057,0)

UVA: VoltDiff(UVAv,1,mV5000,5,True,0,_50Hz,1.0,-0.03)

UVAW=UVAv* 0.02082

UVAm=UVAv* 0.059666

UVB: VoltDiff(UVBv,1,mV1000,6,True,0,_50Hz,1.0,0.14)

UVBW=UVBv* 0.014755

UVBm=UVBv* 0.036523

Quantum: VoltSe(Quantumv,1,mV5000,13,True,0,_50Hz,1.0,0.08)

QuantumW=Quantumv* 0.11926

Quantumm=Quantumv* 0.59988

CNR1 Temperature: Resistance(CNR1TK,1,mV200,8,Ix1,1,1675,True,True,200,250,0.01,0)

PRT(CNR1TK,1,CNR1TK,1,273.15)

CNR1TC=CNR1TK-273.15

Net Radiation: NetR=(CM3Up-CM3Dn)+(CG3Up-CG3Dn)

Precipitation PulseCount(RainTips,1,2,2,0,1,0)

back

WXT 510 Mean Data File Convention Who: Duick Young 22/7/07 File convention for data files stored in W:\KCLroof\YYYY\WXT510\MM\ File name structure WXTYYYYDDD_15.txt. File Convention started 16th July 2007 (DOY 2197) Flags added 6th August 2007 (DOY 218) Generated by: MATLAB using WXTmeanplot#.m Column Variable Units 1 Day of Year (DOY) 2 Decimal Time 3 Hour 4 Minute 5 Number of Samples 6 Wind Speed Minimum m s-1 7 Wind Speed Mean m s-1 8 Wind Speed Maximum m s-1 9 Air Temperature °C 10 Relative Humidity % 11 Air Pressure hPa 12 U (Wind Component) m s-1 13 V (Wind Component) m s-1 14 Wind Direction ° 15 Total Rain Accumulation mm 16 Total Rain Duration s 17 Total Hail Accumulation hits cm-2 18 Total Hail Duration s 19 Standard Deviation – Wind Speed Minimum m s-1 20 Standard Deviation – Wind Speed Mean m s-1 21 Standard Deviation – Wind Speed Maximum m s-1 22 Standard Deviation – Air Temperature °C 23 Standard Deviation – Relative Humidity % 24 Standard Deviation – Air Pressure hPa 25 Standard Deviation – U m s-1 26 Standard Deviation – V m s-1 27 Flag Flags 1 Data fine 5 Less than 90 data lines in 15 minute averaging period 6 No data present during 15 minute averaging period

CNR1 Mean Data File Convention Who: Duick Young 23 March 2009 File convention for data files stored in ...\KCLroof\YYYY\CR5000\ File name structure RFYYDDD.dat File convention started: 18th August 2008 (DOY 231) Generated by: Simple Tower Program _V1.1.CR3 Column Variable Units 1 Year 2 Month 3 Day 4 Hour 5 Minute 6 Kdn- Average W m-2 7 Kdn-- Standard Deviation W m-2 8 Kup - Average W m-2 9 Kup - Standard Deviation W m-2 10 Ldn-- Average W m-2 11 Ldn-- Standard Deviation W m-2 12 Lup - Average W m-2 13 Lup - Standard Deviation W m-2 14 CNR1 Temperature - Average °C 15 CNR1 Temperature – StDev ° C 16 CNR1 Temperature – Average K 17 CNR1 Temperature – StDev K 18 Net Radiation – Average W m-2 19 Net Radiation – StDev W m-2 20 UVA – Average μmol m-2 s-1 21 UVB – Average μmol m-2 s-1 22 Quantum (PAR) – Average μmol m-2 s-1 23 UVA – Average W m-2 24 UVB – Average W m-2 25 Quantum (PAR) – Average W m-2 26 UVA - Standard Deviation μmol m-2 s-1 27 UVB - Standard Deviation μmol m-2 s-1 28 Quantum (PAR) – StDev μmol m-2 s-1 29 Quantum (PAR) – StDev μmol m-2 s-1 30 Tipping Bucket Rain Gauge mm

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WXT 510/CNR1 Mean Data File Convention

Who: Duick Young 6 Aug 2007

File convention for data files stored in W:\KCLroof\YYYY\WXT510\MM\

File name structure LRYYYYDDD_15.txt.

File Convention started 25th July 2007 (DOY 206)

Flag (Column 27) added 3rd August 2007 (DOY 214)

Tipping Bucket Raingauge added 18 August 2008 (DOY 231)

Generated by: MATLAB using WXTmeanplot#.m

Column Variable Units

1 Day of Year (DOY)

2 Decimal Time

3 Hour

4 Minute

5 Number of Samples

6 Wind Speed Minimum m s-1

7 Wind Speed Mean m s-1

8 Wind Speed Maximum m s-1

9 Air Temperature °C

10 Relative Humidity %

11 Air Pressure hPa

12 U (Wind Component) m s-1

13 V (Wind Component) m s-1

14 Wind Direction°

15 Total Rain Accumulation mm

16 Total Rain Durations

17 Total Hail Accumulation hits cm-2

18 Total Hail Durations

19 StDev – Wind Speed Minimum m s-1

20 StDev– Wind Speed Mean m s-1

21 StDev– Wind Speed Maximum m s-1

22 StDev– Air Temperature °C

23 StDev– Relative Humidity %

24 StDev– Air Pressure hPa

Column Variable Units 25 StDev– U m s-1 26 StDev– V m s-1 27 Flag 28 K¯ - Average W m-2 29 K¯- Standard Deviation W m-2 30 K↑ - Average W m-2 31 K↑- Standard Deviation W m-2 32 L¯- Average W m-2 33 L¯- Standard Deviation W m-2 34 L↑ - Average W m-2 35 L↑ - Standard Deviation W m-2 36 CNR1 Temperature – Average °C 37 CNR1 Temperature - Standard Deviation °C 38 CNR1 Temperature – Average K 39 CNR1 Temperature - Standard Deviation K 40 Net Radiation – Average W m-2 41 Net Radiation - Standard Deviation W m-2 42 UVA – Average μmol m-2 s-1 43 UVB – Average μmol m-2 s-1 44 Quantum (PAR) – Average μmol m-2 s-1 45 UVA – Average W m-2 46 UVB – Average W m-2 47 Quantum (PAR) – Average W m-2 48 UVA - Standard Deviation μmol m-2 s-1 49 UVB - Standard Deviation μmol m-2 s-1 50 Quantum (PAR) - Standard Deviation μmol m-2 s-1

51 Surface Albedo 52 Rain (Tipping Bucket) mm

Flags 1Data fine 5Less than 90 data lines in 15 minute averaging period 6No data present during 15 minute averaging period

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TROUBLESHOOT • In case data have been collected by Roof8 or Roof3 but are missing on Otago, grab data with: D:\roof\co2\wxtGasGrabCeilAB_GetMissingData.m (latest version)

1. Adjust time settings in the code • Year • Month • Day • hour_orig (the first hour to be moved) • Nperiods (number of hourly periods in one day – run program separately for each day)

2. check file sizes are correct in I:\YYYY\London\$site\WXT510\FORMAT_L0\WXTYYYYDOY_HH.txt

3. Rerun scripts on data01: /home/micromet/Roofprograms 1) WXT/WXTDataPro.R 2) WXT/PlotMetObs.sh

4. For radiation (CNR’s, SPN1, Eppleys, Skye) and ARG100 dataset

1) Rerun matlab program on Otago D drive:/Roof/Rad_Rain/RadRainNncdf.m 2) Rerun script at data02:/home/micromet/script/cronJobs/ -> mergeARG.sh and

mergeRAD.sh

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