AEC DIS 'UTION FOR PART 50 DOCKET MATE

(TEMPORARY FORM) CONTROL NO: 6476

FILE: ENVIRO

FROM: DATE OF DOC DATE REC'DQuirk, Lawler & Matusky Associate

LTR MEMO RPT OTHER

TO ~

Jan NorrisCLASS 'NCLASS PROP INFO

Undated

ORIG

INPUT

8-24-73

CC

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NO C S REC'D

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SENT AEC PDR XSENT LOCAL PDR X

D CKET NO

50-220 50-333 50-410

DESCRIPTION:REPORT: Pish Impingement Study Nine MilePoint Nuo1eer Power Stetien 1973....InterimReport, March 14-June 27, 1973.

ENCLOSURES:

DIST: Per Jan Norris

P~T N~. Nine Mile Point Units 1 & 2James A. FitzPatrick, Unit fP 1

FOR ACTION/INFORMATION 8-24-73 fod

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~REG FILEPDR (3)

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INTERZe1 KPOFZ, IZZCH 14-JUNE 27, 1973

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50 8 @IIIA new pxogram was begun on ."1arch 14, 1973, in which fish impingement

sampling has been performed once a week, from approximately noon on

tlednesday to approximately noon on Thursday.

In Appendix A of this report are the 16 summary sheets of each of the

24 hour runs performed from Ilarch 14 to June 27, 1973. The first of the

series recorded only 89 fish impinged in total during the 24 hou s, and

of hose 77 :re e rainbow smelt. In numbers and dominant species, this

is entirely consistent with the fish intakes noted since the beginning

of the year. However, from the week following, and for about 35 days

thereafter, fish impingement rates were experienced that were in excess

of those seen during the 1972 studies. From this point on, the dominant

species was the alewife. Sheet number 5, of App ndix A, gives results

- for the day of grea"est intake, April ll, 1973. DQzing this day, the

travelling screens had to be run continuously, with continuous backwasa.

The actual sampling procedure, on this occasion, was to insert the catch

basket for only a short period each hour, ranging from one minute, for 17

of the 24 hours, to 15 ru.nutes for the last 3 hours, i.e., 12:30 p.m. to

3:30 p.m. (Sampling began late in this day) . Sheet 5 was compiled by

assuning that the fish intake in any hour was constant at the value

measured during the sampling period for that hour. Thus, when the sa~le

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lasted one minute, the hourly intake was computed as 60 times the nun>er

caught, and'hen it lasted 15 minutes, the hourly intake was computed as

4 times the number caught. On this basis, the total for the day was

496,778.

Sheet 6 of Appendix A is noted "Record Amended for Hourly Xntake". The

date is April 18, and on this occasion the program timer 'that regulates

the backwash cycle was under repair. The first 7 measurements performe d

were of varying lengths, from 10 mins. to 90 mins., but for the rest of

the run, the backwash cycle was functioning correctly. Sheet 6 shows com-

puted hourly numbers for the first 9 hours, before the timer was repaired.

Total daily intake rates are shown plotted on Figure 1. Considerable

fluct uations are to be seen from;:eck to week, but a pattern emerges o

a large fish impingement rate from mid-March to mid-April, subsiding to a

low intake period at the end of May and rising to a comparatively minor

peak at the end of June.

subsided again).

(Xndications are that the July intake rates have

.Comparison with 1972 is of interest. The first run made was on May 30, 1972,

for 10 hours starting at ll:00 p.m. Total intake for that. period 'was 1191.

The second run was on June 22, 1972, for 13 hours starting. at 5:48 p.m.

Total intake for that period was 8175. On July 14, 1972, the total intake

for 14 hours, starting at 8:45 a.m. was 1192. Without attempting to guess

what the 24 hou catch would have been on those three dates, it is evident

that a peak occurred in late June 1972, and that the height of the peak was

greater than the peak in late June 1973.'urthermore, the June 1972 peak

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occurred at a time when dead alewives were being washed ashore in great

numbers. This phenomenon occurs each year, with a greater or lesser Qeg ee

of public nuisance. 'In 1973, the alewife die-off was noticeable but not

offensive., and the low June 1973 peak fish impingement rate occurred at the

same time.

In contrast, during the fish intakes in early April 1973, alewives teemed

in the lake,„and showed no tendency to die-off, whatsoever. It is believed

that alewife runs of the magnitude seen then, at a point in thisspecies'ife

cycle not associated with the normal annual die-off, are not a regular

annual event. This judgment is based only on the subjective comments of

individuals who have worked in the lake.

Figure 2, consisting of 4 sheets, is a series of plots for each of the 24

hour runs, made on an hourly basis. During the first two runs of 1972,

i.e., Hay 30 and'June 22, which were both during the night hours, a curious

double peak was seen to occur, one peak at about ll:00 p.m. and the second

peak two or three hours later. It also appeared that the daylight hours

would have lower intake rates than the night ones.

The same patte n is seen several times in the 16 runs reported on here, but

it is by no means the standard pattern. In fact, it is hard to see a

standard pattern. Daily peaks are seen to occur in mid-afternoon, the

.middle of the night, and late morning. Sometimes, the fish intake is auite

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uniform for the 24 hours, except for one or twp or one or two hours which provide the

day s peak. T.t can be st,ated that the o e seen twoa e same pattern is not t b

weeks in a row.

p res of fto be 'found in the Nine >

'file Point impin emente' '

g en runs were ale~ives and,

rainbow smelt, the former bein sxmer eing somewhat more abundant th than the latter,

Another contrastast is evident between 1973'ss and 1972's results, and this

is in species d'stxibution. During 1972 the two dominant s ~c'sh

but not outstandingly so. Then toward the end of 1972 and during the

extension of las If last year s contract in 1973 a e" 'n73, alewives almost vanished leaving

rainbow smelt. asas the single dominant species. Asspecies. As mentioned previously, this

last pattern was aapparent in the first run of th .un o e. 1973 study, Harch 14.

Table 1 lists the percenta esges of alewife and smelt f d 'un'n the total sama3,es

'\ 1co~~ecied on e"ch oQ 1 L wle at, a ' w w4 vd~ cs '.. 72 and earlv »wC

Referring now to Table 2 h' me, w xch is the sameme information computed f th

sam linme u e or e

p ing date" in the current oro rren program, it is obvious M t ha t e species dis-

trxbution is quite different.i erent. The alewife is now by Ear the dominant species,

no longer sharing the nositioion with rainbow smelt. T""mis change in distxibu-

tron cannot yet be accounted for.

The program is continuin dg, an zn the next quarterl y neport, it, is hooed that

information will be resentprosented on topics such as fishis condition factors a eage

classes e tc., zn addition to the data on numbers give here.

\u irk,H;awvler F~illatu~>:~ ~--

TABLE 1

1972 SPECIES DlSTRXBUT+ON

Date of P.un AlewifePercentage of Dav's* XntaJ.e

Smelt Ome2:

Hay 30

June 22

July 14

Aug 1

Aug 9

Aug 24

Sept 7

Sept 25

66.0

45.7

66.4

69.2

38. 7

20.0

64.9

75. 0

23 '.38.9

19.7

0.0

6.5

0.0

24.6

0.0

10. 3

15.4

13.9

30. 8

56.8

80. 0

10.5

25. 0

Oct 12 73.0 12. 4

Oct 17

Nov 7

.Nov 20

Dec 5

Dec 19

18. 8

11.1

50.8

0.0

0.3

40.0

3.7

58. 6

68.0

4 'fJ ~ 4

77. 8

45;5

31.7

1973**

Jan 2

Jan 16

Jan 29

Feb 12

Feb 28

0.2

0.3

0.0

0.0

4.7

79. 1

73.5

75.6

63.6

66.7

20.7

26.2

24.4

36.4

28.6

~~

* None were 24 hour runs.** Continuation of 1972 study contract

Quirli,La~vier cV Iratusky Engineers

TMLE 2

1973 SPECIES DISTBIBUTIO'3

Date of Run AlewifePercenta f Day's Intake

Smelt Other

March 14

March 21

Harch 28

April 4

April 11

April 18

April 25

May 2

Hay 9

Hay 16

Hay 23

4.5

96.9

99.2

97.9

99.8

98. 1

83.6

98. 0

93. 4

91.1

85.7

86. 5

3.1

0.7

2.0

0.1

1.8

. 14.7

1.7

5.2

4.9

12.3

9.0

0.0

0.1

0.1

0.1

0.1

1.7

0.3

1.4

4.0

2.0

Hay 30 77. 0 16.8 6.2

June 6

June 13

June 20

June 27

80.9

97.2

93. 2

93.1

0.5

4.2

5.2

8.0

2.3

2.6

1.7

Quiri.-, L~~vler cV XIatusky Engineers

APPENDIX A

NINE NILE POINT NUCLEAR POl7~R STA XON

PISH I?1PINGE.""NT SK~'~DRY S: ""TS.2&P~!.;:.-= to JUNE 27, 1973

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