Text

TMI Aquatic Study Monthly Rept for June 1981
	ML20009G076
Person / Time
Site:	Crane
Issue date:	07/27/1981
From:	Nardacci G; ICHTHYOLOGICAL ASSOCIATES, INC.
To:	;
Shared Package
ML20009G072	List: ML20009G071; ML20009G076;
References
	NUDOCS 8108030306
	Download: ML20009G076 (33)
	v • d • e

..

9 THREE MILE ISLAND AQUATIC STUDY-MONIIILY REPORT TOR JUNE 1981 by Ichthyological Associates, Inc.

P.O. Box 223, Etters, PA 17319 George A. Nardacci, Project Leader 9-l For l

l Metropolitan Edison Corapany l

l l

Ichthyological Associates, Inc.

l Edward C. Raney, Ph.D., Presid ent 301 Forest Drive Ithaca, New York 14850 l

8108030306 810727 PDR ADOCK 05000289 R

PDR

]

TABLE OF CONTENTS Introduction.......................................................

1 Compliance with Environmental Technical Specifications; G.

Nardacci.................................................

2 Macroinvertebrates; R. Evans, J. Evans, W. Botts...................

2 Ichthyoplankton; B. Lathrop, R.

Evans..............................

2 Trap ne t ; R. Ma l ic k.................................................

3 Seine; R. Malick...................................................

4 Impingement of Fish; B. Snyder.....................................

5 Electrofishing; H. Hagerty.........................................

5 Ma vemen ts o f F ishes ; H. Hag er ty....................................

6 C re e l S u rveys ; R. R it o t a...........................................

6 k bient Water Quality; G. Nardacci.................................

7 Population Estimates of Fishes; H. Hagerty.........................

8 f

l l

I l

l l

l I

i i

l

)

+

4 e

i 6

TABLE OF TABLES Table Page 1

Sampling conducted in compliance with the Generation

,9 Procedures Manual in June 1981.................................

10 2

Fishes taken by trapnet on 2-4 June 1981 near TMINS............

3 Fishes taken by trapnet on 16-18 June 1981 near TMINS..........

11 i

4 Fishes taken by seine on 3 June 1981 near TMINS................ 12 5

Numbers of fishes impinged at the Unit 1 Intake during a 4

24-h impingement survey on 4-5 June 1981.......................

13 6

Summarf of lengths, weights, breeding condition, and numbers of fishes impinged at the Unit 1 Intake on 4-5 June 1981..................................................

13 7

Numbers of fishes Unit 1.... 10-11 June 1981............

14 8

Summary.... Unit 1...

10-11-June 1981.......................

14 9

Numbers of fishes Unit 1... 16-17 June 1981.............

15 10 Surriary.... Unit 1... 16-17 June 19 81....................... 15 I

11 Numbers of fishes Unit 1...

25-26 June 1981.............

16 16 l

12 Summary.... Unit l'...

25-26 June 1981.......................

13 Numbers of Sishes Unit 2...

4-5 June 1981...............

17 l

l 14 Sumanry.... Unit 2...

4-5 June 1981.........................

17 15 Numbers of fishes Unit 2...

10-11 June 1981.............

18 16 Summary.... Unit 2... 10-11 June 1981.......................

18 17 Numbers of fishes Unit 2...

16-17 June 1981.............

19 18 Summary.... Unit 2... 16-17 June 1981.......................

20 1

19 Numbers of fishes.... Unit 2...

25-26 June 1981.............

21 20 S ummary.... Unit 2...

25 -2 6 June 19 81....................... 22 l

l l

11 t

Page Table 21 Numbers of fish'es captured by ?C electrofisher near TM1NS 23 in June 1981...................................................

22 Creel survey data from the GR for each survey day in 25 June 1981......................................................

23 Creel survey data from the West Dam for each survey day 26 in June 1981...................................................

1 24 Creel survey data from the East Dam for each survey day 27 in June 1981...................................................

25 Creel survey data from the YHCS for each survey day in 28 June 1981......................................................

26 Summary of selected physicochemical parameters taken on 29 2 and 15 June 1981 rear the TMINS..............................

27 Sune:ary of selected physicochemical parameters taken on 29 4 and 18 May 19 81 near the TMINS................................

i I

i i

I i

i

.I l

I.

i s

I iii

~, _ - _. -

-. ~.-..-

INTRODUCTION The ecology of York Haven Pond near the Three Mile Island Nuclear Station (TMIh3) has been ur. der investigation since February 1974.

Studies initiated in April 1974 include analysis of ambient water quality, ichthyoplankton (far-field), ichthyoplankton entrainment, macroinvertebrates, fish population dynamics, impingement of fishes, creel survey, and therral plume mapping.

This report discusses the progress of investigations conducted in June 1981.

1 i

i l

l l

t l

1 l

l I

i

. ~

2

' COMPLIANCE WITH ENVIR0!MENTAI, TECHNICAL SPECIFICATIONS (ETS)

Objective: To determine compliance with the nonradiological (aquatic) environmental monitoring programs specified in sections 3.1.1.a. (4),

3.1.2.a., 4.2, and 4.6.1 of the ETS and to insure that said programs are performed as detailed in the Generation Procedures Manual.

Progresti: Compliance with all programs specified in the ETS and detailed in the Procedures Document was achieved in June (Table 1). The fish population estimate program began on 30 June.

A program by program summary of the progress for June follows.

MACROISVERTEEPA TFS, Objective: To describe the diversity and distribution of the benthic macroinvertebrates occurring at the five benthos sampling stations nenc TMINS.

Progress: Replicate (4', benthos samples were taken on 1 and 15 June (Table 1).

Enumeration, determination of dry weights, and preliminary identification of macroinvertebrates have been completed through

'.5 June.

One replicate sample collected on 15 June became irretrievabic when it was inadvertently dumped into a holding tank. Data from the three remaining replicates will yield satisi etory information for analyses.

ICHTIN0 PLANKTON Objectives:

(1) To determine the species composition, abundance, and distribution of ichthyoplankton in York Haven Pond; and (2) To investigate ichthyoplankton entrained at 'D11NS Unit 1 and 2 Intakes.

Far-Fiel d Progress: Day / night samples were taken on 1, 8, 16, 23, and 29-30 June (Table 1). A total of 7,294 1arvae was taken in 270 samples. Night collections yielded 6,808 specimens (93% of the total catch).

i 3

Identification at4d initial tabulations are complete through 20 May

)

for night sampics and 27 May for day samples. Data coding of FMy results is in progress.

l Er.trainment Progress: Ichthyoplankton surveys were conducted at Units 1 and 2 on 9-10 and 23-24 June (Table 1). At Unit 1, 230 ichthyoplankt' ors i

(148 surface, 82 oblique) wrxe taken on 9-10 June. The 2a-24 June sample yielded 5 specimens (2 surface, 3 oblique).

t l

At Unit 2, 57 ichthyoplanktors (30 surface, 27 oblique) were taken on 9-10 June. The 23-24 June col 1cetion yielded 6 specimens (4 surface, 2 oblique).

1 TRAPNET Objectives:

(1) To determine the distribution and relative abundance of fishes in the Three Mile Island area vulnerable to trapnet; (2) To l

provide specimens for movements studies; (3) To monitor the occurrence of diseased fishes; (4) To provide specimens for radiation analysis; I

and (5) To determine reproductive status for fishes throughout the year.

Progress: Samples were taken on 2-2: and 16-18 June (Table 1). A 1

total of 179 fish of 13 species was taken on 2-4 June (Tabic 2). Most fish (81) and greatest biomass. (31.74 kg) occurred at Station 9B2 while most species (8) were taken at 11A2 and 11A3. The white crappie (40.2%

of the total catch), black crappie (21.2%), and pumpkinseed (16.2%) were One brown bullhead, one channel catfish, and one rock bass were common.

tagged. Some male pumpkinseed were ripe; tuberculate, male spotfin shiner were ccmmon. One rock bass was parasitized by a Icech.

h A total of 284 fish of 15 species was taken on 16-18 June (Table 3).

Most fish (91) were caken at Station lA3 and greatest biomass (7.68 kg) at 11A2. Stations 1A3, 11A2,-and 11A3 each had 11 species. The channel i

catfish (54.9% of the total catch) was the most numerous species at all 1

v--

-vv---r<

y--

.,e-,=ew-ry,-.--.-r---

y-,~siw w,+

-r

,,w,,- - -

v,,e--

-v

--,,e-

---w r--e-*-

vr-7

---7

4 stations; most were juvenile from the 1980 spavn. The white crappie (8.1%),

pumpkinseed (7.7%), and rock bass (7.4%) were also common. Five brown bullhead, 4 channel catfish, and 4 rock bass were tagged. Seven, male pumpkinseed and one, male black crappie were ripe. Six white crappie were found dead in trapnets. One channel catfish was parasitized by a leech and one white crappie by an anchor worm.

Dead fishes observed in the study area included 4 common carp, 2 quillback, 1 northern hog sucker, 1 shorthead redhorse, 5 unidentified sucker, 6 channel catfish, 3 rock bass, 1 pumpkinseed, and 25 smallmouth bass. No pattern of parasite infection or dead fishes was observed with i

respect to the location of TMINS in June.

SEINE l

Objectives:

(1) To determine the species composition of fish I

i upstream and downstream from the TMINS Discharge vulnerable to seine; i

(2) To determine the relative condition factor for important species; f

i and (3) To determine the reproductive status of fishes throughout the i

year.

Progress: Collections were made at the 10 stations on 3 and 17 i

June (Table 1). A total of 5,911 fish of 21 species and 1 hybrid was i

taken on 3 June (Table 4).

Most fish (1,275) were taken at station 9B3, j

greatest biomass (452.0 g) at 16A1, and most species (12) at 10B5 and 10A2. The spotfin shiner was the most abundant species at all staticas l

except 9B6, 9B3, and 4A2 and comprised 55.2% of the total catch. The white sucker (17.2%) and tesse11ated dirter (16.8%) were also connon.

Young of the central stoneroller, spottail shiner, longnose dace, fa11 fish, i

f quillback, northern hog sucker, shorthead redhorse, smallmouth bass, tesse11ated darter, and wall tye were taken for the first time this year.

1 1

5 Fishes that exhibited slight black spot infestatious were the spotfin shiner (175 specimens), bluntnese minnow (9), golden shiner and tessellated arcer (2 each), and common shiner (1). Two tessellated darter were parasitized by leeches. No pattern of parasite infection was observed with respect to the location of TMIIE.

Collections taken on 17 June are currently being processed; results will be presented in the July progress report.

TMpINGEMENT OF FISH Objectives:

(1) To determine the numbers and species impinged on the river water intake screens; (2) To determine day-night differences in impingement frequency; and (3) To determine the extent of mortality of impinged fish.

Progress:

Impingement surveys were conducted weekly (4-5,10-11, 16-17, 25-26 June) at the TMINS Unit 1 and 2 Intakes (Table 1).

Unit 1 impinged 30 fish of 9 species weighing 28.7 g (Tables 5 thrcagh 12).

Most fish were young and all were dead. Fish numbers were highest during the 16-17 June survey and biomass was highest during the 25-26 June survey. Most fish were collected at 1200 h than during the other survey periods. The estimated hapingement for Unit 1 for June was 225 fish weighing 215.2 g (0.5 lb).

j Unit 2 impinged 3'.7 fish of 14 species weighing 426.8 g (Tables 13 through 20). Most fish were young and dead.

Tish numbers and biomass were highest during the 16-17 June survey. The estimated impingement for June for Unit 2 was 2,378 fish weighing 3,201.0 g (7.0 lb).

The total estimated impingement at TMINS during June was 2,603 fish weighing 3,416.2 g (7.5 lb).

l ELECTROFISHING l

Objectives:

(1) To provide specimens for radiation analysis and movements studies; and (2) To determine the relative abundance of fishes vulnerabic to electrofishing in various parts of York Haven Pond.

7 6

Progress: Sampling was conducted on four nights in June (Table 1).

Twenty-four collections in 12 zones yielded 566 specimens of 18 species j

(Table 21). The smallmouth bass (245 specimens), quillback (91), and pumpkinseed (55) were most abundant.

A total of 85 fish was tagged for movements studies and four smallmouth bass from areas below the TMINS Discharge were sacrificed for radfation analysis.

JjoVEMENTS OF FISHES Objective: To determine if fishes in waters receiving the TMINS effluent mix with fishes from other areas.

Progress: A total of 106 fish was tagged and eight previously tagged fish were recaptured in June. Recaptured fishes included the brown bullhead (1 specimen), rock bass (6), and smallmouth bass (1).

The brown bullhead made a 1.0 km complex movement. Three rock bass moved upstream distances of 14.1 to 18.2 km, one made a 1.5 km complex ws movement, and two were recaptured in the same areas in which they were tagged. The sm^.11 mouth bass moved 61.9 km upstream.

A CREEL SURVEYS Objectives:

(1) To determine the extent and success of sport fishing; and (2) To determine informattaa on angler residence and use of catch.

Progress: Creel surveys were conducted in all areas on 3,15, 21, and 27 June (Table 1). The 400 anglers interviewed fished 695.05 hours5.787037e-5 days <br />0.00139 hours <br />8.267196e-6 weeks <br />1.9025e-6 months <br /> and caught 995 fish (Tables 22 through 25). The actual harvest was 188 fish or 18.9% of the total catch. The mean catch per effort (c/e) was 1.43.

Most anglers (155) vere recorded at the General Reservoir. The largest total catch (473) and highest mean c/e (3.68) occurred at the West Dam. Most fish harvested (85) were recorded at the York Haven Generating Station.

7 rma11 mouth bass (385 specimens) were caught in greatest numbers.

Other common species included the channel cat,'ish (212), walleye (188),

rock bass (106), and sunfishes (45).

Approximately 71% of the anglers lived in York or Dauphin counties.

Most of the anglers reported they eat some of their catch.

AMBIENT WATER QUALITY Objective: To determine concentrations of selected water quality parameters in ambient river areas and the TMINS effluent, j

Progress: Water quality samples were collected on 2 and 15. June

{

at the five river statione (Table 1).

Data were analyzed and tabulated; results are presented in Table 26.

On 2 June values for sulfate, dissolved copper, and total zine were highest at Station lAl (located i

upstream from the TMINS Discharge). Alkalinity and total copper values i

i were highest at Stations 11A1 and 9B1, respectively.

On 15 June values for dissolved zine (11A1), sulfate and total copper (11A2), and water temperature and total dissolved solids (931) were i

highest at stations located at or downstream from the Discharge.

Total 1

zine was highest at Station lA1.

l The water quality samples collected in May have now been analyzcJ; i

i results are presented in Table 27. On 4 May values ror pH, dissolved j

oxygen, turbidity, and total copper were highest at Station 11A1 (TMI i

j Dischcrge).

'ater temperature was highest at Statior IlA2 Values for I

sulfate and total zine (IA1) and alkalinity and total dissolved solids (lA2) were highest at stations located above the Discharge.

i On 18 May values for turbidity, total dicsolved solids, and total zine were highest at Station 11Al. Values for dissolved oxygen and alkalinity were highest at Station 9B1; solfate was highest at lA1.

Parameters, for which State water quality criteria have been established, 1

were not exceeded at any station on 4 and 18 May or 2 and 15 June.

4 l'

,--,an,---eare.<--,

-,,,-w a

r s

r,--

e---,-,-w,,

- - - - - - + ~ ~

8 POPULATION ESTTMATES OF FISliES Objectives:

(1) To determine if differences exist in fish populations between areas receiving the TMINS cffluent; and (2) To estimate populations in other areas available to recruitment.

Progress: Sampling for summer 1981 population estimates was initiated on 30 June and will continue until enough recaptures are made to compute estimates, i

l l

l I

i

Table 1 Sampling conducted in compliance with the Generation Procedures Manual in June 1981.

Jun Jun Jun Jun Jun PROGRAM 1-6 7-13 14-20 21 27 28-30 Macroinvertebrates X

X Ichthyop?ankton:

Far-Field X

X X

Entrainment X

X Trapnet X

X Seine X

X Impingement of Fish X

X X

X Electrofishing X

X X

Movements of Fishes X

X X

Creel Surveys X

X X

Amblant Water Quality X

X Populatfen Estimates of Fishes x

0 0

gg

e l

e Table 2 rishes taken be trernet en 2-4. June 1981 mar TNUTS.

h g,.n numer.3x3 nt-act-11a7 pc-aq,-1143 r1-pgyg; Terg u s.yy_

page 2-3 3-4 2-3 3-4 2-3 3-6 2-3 3 -e T tw 0946-0959 Ifn2-093 7 0931-c941 0945 0510 091e-0*24 0927-0923 0 7 0852 095?-0932 Air Te n (C) 16.5, 17.0 17.0, 23.0 16.0, 17.0 17.0, 23.0 15.5, 17.0 17.0, 22.5 15.5, 17.0 17.0, 42.5 Water Teer (c) 21.5, 20.0 20.0, 20.5 22.0, 20.5 20.5, 70.5 21.5, 20.?

20.5, 20.5 22.0, 20.5

20.5, 20.5 Dissolved Ovygen (mR/1) 8.2, 7.7 7.7. 5.9 E.0, 7.9 7.9. 7.0

7. 9, 7.9 1.9, f.7 7.8, 7.4 7.4, 8.2 ett 7.6. 7.3 7.3, 7.*

8.2, 7.3 7.J. 7.6 8.1, 7.3 7.3, 7.9 5.2, 7.&

7.4, 7.5 Seccht tisc (cm) 41, 76 76, 81 33, el 61, 64 3M, 69 to, 74 3P, 61 61, e6 ptver state (m) 1.74, 1.23 1.23, 1.24 1.74, 1.23 1.23, 1.2A 1.2, 1.23 1.23, 1.2a 1.24, 1.23 1.23,1.24 Weather Llpht Datn, Fog; Light Fatn,

Feg, Itght Ratn, Teg.

Light Rain.

Teg, for Tan}y Cigfv Fee

? ?r t 1&sAv cat Neta n t fee Ntetent No. ef $recimens 22 23 17 15 14

.O 52 29 179

?

3 5

S 7

6 5

13 Eqmtf Treries Comon ca:#

1 3

3 7

3.9 Spetfie 6 haver 1

4 2

7 3.9 Qut:1bac k 1

1 0.6 Northern hes eueber 1

1 0.6 Brevu bullhead 1

=

1 0,t 2

1.1 Chanael entfish 1

1 Rock bass 3

3 2

3 1

12 e.7 Purthinseed 2

8 2

3 1

8 5

29 16.2 Bluet ll 1

3 3

7 3.9 i

h*htte crappte 8

7 12 5

3 3

23 11 72 40.2 Black crappte 8

1 3

1 14 7

35 21.2 Yellou perch 1

1 0.e Wn11 eve 1

1 OL l

l l

1 i

I l

l

(

e Table 3 riehes tenen by trarnet on 16-18.Nne 1951 r. ear THWs.

Statten TU-AST-1A3 T"- A05-11 A 2 P-Agr-114 L m-alt-9F2 Telel Lr s te t.[

Date 16-17 17-3 P 16-17 17-I P IF-17 17-18 16-17 17-16 Time 1450-1347 1e52-1415 143*-1524 1530-1352 143n-1454 15ro-1331 1415 1415 14 20- 13 f'5 Air teep (C) 32.5, 25.0 25.0, 27.5 32.5, 24.0 24.0, 26.0 32.0, 24.5 24.5, 26.0 32.0, 25.0 25.C 26.0 Water Test (C) 29.0, 26.0 26.0, 25.5 28.0, 26.0 26.0, 26.0 27.5, 26.0 26.0, 25.5 27.5, 26.0 26.0, 25.5 Otosolved oxyren (eg/1) 9.8. 7.3

7. 3, 8.4 9.6. 7.3 7.3, 6.5 9.6, 7.5 7.3, 8.4 9.4, 7.0 7.0, 8.4 pH 8.5, 7.4 7.4, t.0 8.6, 7.3 7.3, 8.1 F.6. 7.4 7.4, 6.0 8.P. 7.5 7.5, 8.0 secchi 121sc (ce)

A f, 41 41, 43 46, 36 36, 41 4F. 36 3*, 48 51, e '

45, 56 ptver Stage (m) 1.58, 1.77 1.72,1. f B 1.58, 1.72 1.72, 1.fs 1.59, 1,72 1.72, 1.68 1.5P, 1.72 1.72, 1.69 Weertver Clear.

Tartly Cloudy,

Clear, Fartly Cloudy,

Clear, Partly Cloudy.

Clear, l'estly Cloudy, Part!v c1%4, tartiv rie r rattiv ring y rat 1}v ciendy rart1v cloudy rat h inufv Patlly CleVv Partly C1tuf't a

a No. et Speciwns 59 32 23 27 44 15 67 17 254 of e cete, 10 P

7 8

to a

7 4

15 wa.

r Crenren cary 3

3 1

1 1

9 3.2 colden shiner 1

1 0.4 Qu111b ac k 2

1 1

3 2

4 2

15 5.3 White suc ker 2

1 3

1.1 Shorthead redhorse 1

1 2

0.7 White catfish 1

1 2

C.7 p

Prown bullhead 1

1 1

1 2

3 9

3.2

>.e Channel catfish 42 11 13 13 24 30 3

156 54.9 Deck bass 2

6 4

3 3

3 21 7.4 Redbreast sunfish 1

1 2

0.7 INerkinseed 4

5 1

2 7

2 1

22 7

Ploept!!

1 1

0.4 Smallmanth bass 1

2 3

1.1 White crapple 1

4 1

1 3

6 7

23 P.1 y!ack srecete 5

2 1

2 5

15 3L w

s

Table 4 e

rimbes taken by seine en 3 June 10$1 near Pl!NS itettnn Tu-Ant 1)a" pg _Acr-ItM TM-AQE *1 M5 TM-R.QF-142 T M -Q{ -1M I Pf-AO}*10A7 TP'- M 5-4?A PI-AT -941 TM-A?F-953 Tw.a rda 2 Tetal d a te_

m.

Time 1A29 1234 1600 1507 1439 1415 1352 132' 1259 1535 Air Tetrp (C) 19.5 18.0 19.5 18.5 17.5 16.0 18.0 1 P.5 18.0 19.0 kater Temp (C) 20.9 20.0 20.0 20.5 20.0 20.0 20.0 20.5 20.0 21.5 Dissolved Drygen (mg/1) 7.1 7.6 10.2 8.6 7,9 9.4 7.0 7.6 7.2 10.0 pH 7.3 7.6 8.2 7.3 7.3 7.4 7.J 7.5 7.4 7.9 Secchi Dise (cm) 107 91 102 79 79 7f 69 71 61 97 River stage (m) 1.23 1.23 1.23 1.23 1.23 1.23 1.23 1.23 1.23 1.23 Westber overragt Fer overcast Oveignet N erratt overeset Nerra*r Nercast Fet tegeait No, cf Specimens 110 1055 572 481 55F 737 559 31.4 1275 220 5911 No. of species 5

12 5

10 9

12 10 11 10 10 21 No ef luule 4

4 4

4 40 Cen:ral stonereller 1

1 2

+

Cniden shiner 8

8 0.1 Cnemn shiner 1

1 2

+

Spottati shiner 2

3 1

25 5

91 4

62 11 207 3.5

$wallowtail shiner 1

1 2

4 Rosyface shiner 1

1

+

5potfia shiner 91 998 457 316 419 387 P4 227 237 49 3265 55.2 Bluc+nnse minnnw 5

1 6

22 34 0.6 Long..ese dace 1

1

+

Tallitsh 7

4 1

8 4

33 1

3 9

70 1.2 Quillback 5

5 0.1 H

white sucker 10 23 103 71 76 232 273 52 162 12 1014 17.2 80 Northern bog sucker 50 2

1 1

54 0.9 Shorthead redhorse 41 16 9

8 1

75 1.3 Rock bass 1

1 2

+

pedbreast simfish 1

3 2

5 5

16 0.3 Fumpkinseed 6

2 3

2 2

11 89 115 1.9 stuegill 1

1 2

+

1, err mis hybrid 1

1

+

rmallmouth base 1

1 1

3 0.1 Tesse11sted darter 1

1 7

87 19 6

33 41 752 25 992 16.8 WaReve 5

1 34 40 01 _

+ 1.ess t han 0.057..

~

t i

a t

Table 5 i

t Numbers of fishes impinged at the Unit 1 Intake.during a 24-h impingement survey on 4-5 June 1981.

Date 4

5 5

Time 2000 0400 1200 3

Volumetric Flow Rate (m /s) 0.84 0.84 0.84 1

Number of River Water Pumps:

Nuclear Service 1

1 1

Secondary Service 1

1 1

Decay Heat 0

0 0

Intake Velocity (cm/s)

NA NA NA 3

River Flow (m /s) 533.8 567.8 580.5 Air Temp (C) 24.0 20.0 26.0 Water Temp (C) 21.0 20.0 21.0 Total O

Condition of Fish Alive Dead Alive Dead Alive Dead Alive Dead

(

Total NO FISH TAKEN NA Not Available.

I Table 6 Summary of lengths, weights, breeding condition, and numbers of fishes impinged at the Unit 1 Intake on 4-5 Jur.e 1981.

Species Fork Length Range Reproductive Status Total Weight Total Number I

(5 mm croups)

(c)

Total NO FISH TAKEN i

r L

Table 7 Numbers of fishes impinged at the Unit 1 Intake during a 24-h impingement survey on 10-11 June 1981.

~

Date 10 11 11 Time 2000 0400 1200

~

3 Volumetric Flow Rate (m /s) 0.84 0.84 0.84 Number of River Water Pumps:

Nuclear Service 1

1 1

Secondary Service 1

1 1

Decay Heat 0

0 0

Intake Velocity (cm/3)

NA NA m

3 River Flow (m /s) 564.9 576.3 580.5 Air Temp (c) 21.5 19.0 28.0 Water Temp (C) 23.0 22.0 22.0 Total Condition of Fish Alive Dead Alive Dead Al ive Dead Alive Dead Rock bass 1

1 Total 1

1 NA Not Available.

Table 8 Summary of lengths, weights, breeding condition, and numbers of fishes impinged at the Unit 1 Intake on 10-11 June 1981.

Species Fork Length Range Reproductive Status Total Weight Total Number (5 mm groups) pock bass 46-50 1 Younn (R) 2.3 1

Total 2.3 1

Table 9 Numbers of fishes impinged at the Unit 1 Intake during a 24-h impingement survey on 16-17 June 1981.

Date 16 17 17 Time 2000 0400 1200 3

Volumetric Flow Rate (m /s) 0.84 0.84 0.84 Number of Riecr Water Pumps:

Nuclear Service 1

1 1

Secondary Service 1

1 1

Decay lleat 0

0 0

IntakeVelocijy(cm/s)

NA NA NA River Flow (m /s) 1207.2 1260.1 1279.9 Air Temp (C) 29.5 24.0 26.0 Water Temp (C) 27.0 27.0 25.0 Total Condition of Fish Alive Dead Alive Dead Alive Dead Alive Dead Spotfin shiner 1

1 Tesse11ated darter 2

17 19 e

Walleve 1

1 Total 3

18 21 NA Not Available.

Table 10 Summary of lengt" s, weights, breeding condition, and numbers of fishes impinged at ::he Unit 1 Intake on 16-17 June 1981.

Specied Fork Length Range Reproductive Status Total Weight Total Number (5 mm aroups)

(n)

Epotfinshiner 31-35 1 Young 0.3 1

Tesse11ated darter 15-30, 41-50, 56-60 15 Young, 3 Juvenile, 1 Adult 6.8 19 Walleve 46-50 1 Yount 1.2 1

Total 8.3 21 L

Table 11 Numbers of fishes impinged at the Unit 1 Intake during a 24-h impingement survey on 25-26 June 1981.

Date 25 26 26 Time 2000 0400 1200 Volumetric Flow Rate (m /s) 1.21 0.84 0.84 Number of River Water Punps :

Nuclear Service 2

1 1

Secondary Service 1

1 1

Decay Heat 0

0 0

IntakeVelocigy(cm/s)

NA l'A NA River Flow (m /s) 1038.5 987.F 968.4 Air Temp (C) 23.0 18.0 21.0 Water Temp (C) 25.0 22.0 22.0 Total Condition of Fish Alive Dead Alive

.ead Alive Dead blive Dead Spottail shiner 1

1 1

1 White sucker Channel catfish 2

1 3

1 e

Pumpkinseed 1

1 Tessellated darter 1

Shield darter 1

1 3

4 Total 1

8 NA Not Available.

Table 12 Summary of lengths, weights, breeding condition, and numbers of fishes impinged at the Unit 1 Intake on 25-26 June 1981.

Species Fork Length Range Reproductive Status Total Weight Total Number (5 mm aroups)

(n)

Spottail shiner 26-30 1 Young 0.2 1

White sucker-26-30 1 Young 0.2 1

Channel catfish 11-15, 21-30 3 Young 0.4 3

Pumpkinseed 91-95 1 Adult 17.0 1

Tesse11ated darter 21-25 1 Young 0.1 1

Shield darter 26-30 1 Young 0.2 1

Total 18.1 R

~

Table 13 Numbers of fishes impinged at the Unit 2 Intake during a 24-h impingement survey on 4-5 June 1981.

Date 4

5 5

Time 2000 0400 1200 3

Volumetric Flow Rate (m /s) 1.5b 1.58 1.58 Number of River Water Pumps:

~ 1 Nuclear Service 1

1 Secondary Service 1

1 1

Intake Velocity (cm/s)

NA NA NA River Flow (m3/s) 533.8 567.8 580.5 Air Temp (C) 24.0 19.5 27.0 Water Temp (C) 21.0 20.0 22.0 Total Condition of Fish Alive Dead Alive Dead Alive Dead Alive Dead Spottail shiner 1

1 2

Channel catfish 1

1 Tesse11ated darter 1

1 g

Total 2,

1 1

4 MA Not Available.

Table 14 Summary of lengths, weights, breeding condition, and numbers of fishes impinged at the Unit 2 Intake on 4-5 June 1981 Species Fork Length Range Reproductive Status Total Weight Total Number (5 mm groups)

(g)

Spottail shiner 61-70 1 Juvenile, 1 Adult 5.5 2

Channel catfish 96-100 1 Juvenile 12.8 1

Tesse11ated darter 16-20 1 Younn O1 1

To_ta l 18.4 4

h

Table 15 Numbers of fishes impinged at the Unit 2 Intake during a 24-h impingement survey on 10-11 June 1981.

Date 10 11 11 Time 2000 0400 1200 3

Volumetric Flow Rate (m /s) 1.58 1.58 1.58 Number of River Water Pumps:

Nuclear Service 1

1 1

Secondary Service 1

1 1

Intake Velocity (cm/s)

NA NA NA River Flcw (m3/e) 564.9 576.3 580.5 Air Temp (C) 21.5 19.0 28.0 Water Temp (C) 23.0 21.0 23.0 Total Condition of Fish Alive Dead Alive Dead Alive Dead Alive Dead Spotfin shiner 1

1 White sucker 1

1 Channel catfish 1

1 Rock bass 1

1 g

Total 1

2 1

4 NA Not Available.

Table 16 Summary of lengths, weights, breeding condition, and numb es of fishes impinged at the Unit 2 Intake on 10-11 June 1981.

Species

/ork Length Range Reproductive Status Total Weight Total Number (5 mm aroups)

(n)

Spotfin shiner 5 6-6C 1 Juvenile 2.5 1

White sucker 36-40 1 Young 0.5 1

Channel catfish 106-110 1 Juvenile 18.7 1

Rock bass 91-95 1 Juvenile 19.6 1

Total 41.3 4

Table 17 Numbers of fishes im.inged at the Unit 2 Intake during a 24-h impf.ngement survey on 16-17 June 1981.

Date 16 17 17

~

Time 2000 0400 1200 Volumetric Flow Rate (m /s) 1.58 1.58 1.58 Number of River Water Pumps:

Nuclear Service 1

1 1

Secondary Service 1

1 1

Intake Velocity (cm/s)

NA NA NA River Flow (m3/s) 1207.2 1260.1 1279.9 Air Temp (C) 29.0 25.0 24.0 Water Temp (C) 27.0 27.0 25.0 Total Condition of Fish Alive Dead Alive Dead Alive Dead Alive Dead y

Spottail shiner 1

2 3

Spotfin shiner 1

1 5

2 1

8 White sucker 1

1 2

Yellow bullhead 2

2 Channel catfish 12 12 Ro,:k bass 2

2 Redbreast sunfish 1

1 Smallmouth bass 3

3 i

White crappie 1

1 Tessellated darter 82 96 178 Shie1J darter 4

6 10 Walleve 1

1 Total 1

1 99 123 1

223 NA Not Available.

Table 18 Summary of lengths, weights, breeding condition, and numbers of Lishes impinged at the Unit 2 Intake on 16-17 June 1981.

Species Fork Length Range Reproductive Status Total Weight Total Number (5 mm ercups)

(e)

Spottail shiner 16-30 3 Young 0.5 3

Spotfin shiner 51-75, 86-90 4 Juvenile, 5 Adult 39.8 9

White sucker 21-25, 31-35 2 Young 0.5 2

Yellow bullhead 16-20, 131-135 1 Young, 1 Juvenile 45.4 2

g Channel catfish 11-20 12 Young 1.2 12 Rock bass 116-120,.156-160 2 Juvenile 120.8 2

Redbreast sunfish 66-70 1 Juvenile 5.8 1

Smalimouth bass 15-20, 115-120 3 Young 20.7 3

White crappie 131-135 1 Adult 41.4 1

Tesse11ated darter 11-30, 45-65 162 Young, 5 Juvenile, 11 Adult 38.7 178 Shield darter 16-30 10 Young 1.7 10 Walleve 56-60 1 Youne 1.3 1

Total 317.8 224

Table 19 Numbers of fishes impinged at the Unit 2 Intake during a 24-h impingement survey on 25-26 June 1981.

Date 25 26 26 Time 2000 0400 1200 Volumetric Flow Rate (m /s) 1.58 1.58 1.58 Number of River Water Pumps:

Nuclear Service 1

1 1

Secondary Service 1

1 1

Intake Velocity (cm/s)

UA NA NA River Flow (m3/s) 1038.5 987.5 968.4 Air Temp (C) 21.0 17.0

- 20.0 m

Water Temp (C) 24,0 21.0 22.0 Total Condition of Fish Alive Dead Alive Dead Alive Dead Alive Dead Spottail shiner 9

6 15 1

11 Spotfin shiner 1

13 Brown bullhead 1

1 Ghannel catfish 5

16 15 36 1

Smallmouth bass 1

Tesse11ated darter 4

1 3

9 1

16 Banded darter 1

1 Shield darter 1

1 Total 10 1

40 34 1

84 UA Not Available.

/

Table 20 Summary of lengths, waights, breeding condition, and numbers of fishes impinged at the Unit 2 Intake on 25-26 June 1981.

Species Fork Length Range Reproductive Status Total Weight Total Number (5 mm aroups)

(n)

Spottail shiner 16-35, 76-80 14 Young, 1 Adult 7.5 15 Spotfin shiner 36-50, 56-65, 76-80 1 Young, 7 Juvenile, 5 Adult 33.2 13 Brown bullhead 11-15 1 Young 0.1 1

U Channel catfish 11-30 36 Young 3.9 36 Smallmouth bass 21-25 1 Young 0.2 1

Tesse11ated darter 16-35, 56-60 16 Young, 1 Adult 4.1 17 Banded darter 16-20 1 Young 0.1 1

Shield darter 31-35 1 Younn 0.2 1

Total 49.3 85 k

23 9

% m,.4 C. O. M.. e w ( '.

3 Nec w

.........n.. -....- -~

4 4

e O

~4eeN Ne

-NQ F4 N r

T O N C. o. m. e. c, e n e.

- ( n r. -

. 4 a

... n........

.N em o

O f.m@pN

-e

- te C NN C

D 4 4 D O 4. e. 8 m e s..

N 4-O 3

.. Nn.

-N

.e.O....

N s-m m o e r.

-.dto NNse N

e C

( 4 % -. O. M. e. O O C e.

SeeQ on.

... N..............

4 4 - O Fs

-G

-N NN-e

3e4GOehc40C O'a Jggg

<.g;.--n.

..N

. 4... ~

--N NN N

C

~ De.cO-~O.OC I'~~gaggimig

--.4-4

--N

c. N C

e 30h0040000m 2'"

gggmgg.~.-...........----.

NNss N

c 9 3eEOCOeOOOc 49m- * * * *OmC G

m enOmm NW*

. m.

N-4=

. eeN.. - c.

4. C

- G v4 N te

4 N

w C

D h e o C. N - o c o c. -

N rs 4%n- * * *CMO 9

4-

. N-M-e. -

4-m te deCem N 61 e.GN te N -

N 4-O C

E

-O"9--

e@ @

3#@ OObbe-c0 7

4

........ e.

..M44 N

me@@-

-e

-@tt N f4 N

.C E

e u A*.e.oOm-C e

4 * * *

NWP

. -. @.... Nm.-N. -...

&W te@@N

-@N NN he 4C h.E 4 0 0 4..o w e c w

=

-m o

eee 4-

...,... - i 44Ne.

.-No 4e@wN

-6

-&N N f4 h

m W

G>

b U6 U

4 h

e.

h h

w b

N 3

M

-A W

O k

4 6

o E

k 8

= >

ee y

A s 2

4 C

we v k e

e N

a nw ww b

( G C C&

M O M C

e e

ora w

m e b

C Ub M

h C4 4 4 @

6

-mwb k.

T b Weh D e AA=K ww Q

NU Q

wM D

% b

% D b &

SWT OU U U 4

ww G e

E k A A g

w 6 EK 4b 4 4 G

L-M 8 4 4 V T w # & C &

m W 4 @

bk O

C

& 4 WO W8U S C4 W m. 3 m-b &

m v.

e G

e>

u t

m ee b W-4 N

w wW eb O DA W G {' w 4 S A gd @

mE-9 4

m u-h

) >

w%

b

%K w C b $ J5 y-44 C %

OC Y'

s.6 I6 b

6

.E tom

.N 0M U

w u k

.L A

%.Y - -

D 6 6-m a n n u m p tlu" u m 8 $' m m u n a u% s[a v. 0 e 3 2 W W

wC yt.

3 = w 3

C e*

3m nwM 06 O E UM 044 v 6 e E 6 E

. D-H a

Napc(

m

e O

24 e 9 *

~

esmnonNmeseem+0mmeas w

N We to nN An4M e*

Gw O

F9 H

C c 344 CON +OO+Ca t t g N O B e e 4 0 e e G M e 4 ee

@W

$3 9 d ee

* * +4mo p-C 04ptN NN OC N ts e

C r, 3+4CO++0Oeo*

6 0 4 E t 8 4 4 4 0 4 4 4 4 0 0 4 e de

9mM * * * *emo O

F N4eEN N@

M PN NN m N CpNcOON+ Coco "v % O m * *

GN N4=

se t

t t aa se e e S-s m e a e e NN

- M O

4 m

Nc@

n

.n

@ N to f4 N

L3 44 Cosmo ~OC ep % Fs m

E 4W

B 4 e O s e a e e a ew ece e e e 04 N

tef#@w to C M

ts

- P F4 NN m N r S c an C O O O c m-OO*

t ce em i e e e e e a 4 es na e e e to an ac 9 en e-o

N

+

Q e-o N en Os@ s=e N en s.e f te NN mN

m., O - w*.. 400@O+

N re-

.-M e.........-4.

4 H

N A F W ts NW m

Mm @N NN N

C

-4 8") M M e * * &#EOe SetOO@

4 F4 ee H

4 mo O

e4Nmm N4* e 4N4 6 6 NM N4 e t9 6 & s 6 4 0 AO NN e

C l

4 8')O re *

emeOO-4 ee 4 es e*

e D e 4 I e 6 6 6 6 6 p 4 E4 to DNcOOm*

N 84 M e

o 4 rem-te n emo NN I

N D

N : NN00440+O+*

ew e aneN 6 ee a N 4 e e ce e s e tu e ce * * *

en N ce y%c M dedWN N4 4

w*

M4N NN l

c

30400*cOOce l

< *)4M

G t4 NG=tt i eM e 6 0 0 4 e 4 ee 4 NH e I p

@ en

OmO 4

N nc@

4N NN to C

E 3McOONe@ r. e e E. %Me * * * *eme

%e 0 4 M t I a G 8 9 6 e 4 M t 0 8 t eN 4

N c4E%H N4 M4N te te t1 l

C l

re SN@ Cop 40 eor +

e e e e a 6 4 8 8 ** e N 6 Es t 6 0 6 MM se % N -* = * *

4NO 44.6@ t No m

mA m

NN 4N N

e M1W E

p e

s

~

M

%MA E

M C

Z M

M E

j e-

+

C E

w 6 6 z.

O l

U em

-aea-e a w

e C

v w

.

C a c e.

=

ee w

ye.

t u

C U h P

k M6W D e AAw4

- b' TW CK S 4 6 m

I I

M

^* N h

S1 b( b W E WT bW W &

Z'I wNUv FT G,

O 34

1 M G SR Q6 b

M @

%k 4 kHP m>+

e n A G

% M mu C 6 U M N e o ? **

> C w v' 3 C m' N C &G 6 4

uf u y

E b E S G M CM U

6 9

G b

M Uw wC=4 e4 6At ed 3 Nw*

N

W hb C S.I G G

hm 4Z W C w CJ En tE C &l G C h

6 6 I M. _ 6 Ty H.

- - w o.C e% 6En.kb*g a I.wa. *

m M F HH

s 6 k 6

%Um c - s -. - x c v - i.

. secsA C

e c

6 $ _

oC h

NGNQ434GCMM4 QQbO32WWEROMAMMMP3EE

Table 22 Creel survey data f rom t he CR f or each survey day in June 1981, pay 3 Wed 15 Hnn 21 sun 2' s-t scather Lishe Wein. Overcast Fog, Clear na e Clear, Partly Cloudy River Stare (m) 1 21

___22 0 28.5 29.C 27.5 31.0 30.0 23.5 26.5 22.5 1-13 I if i 10 2

t t

Air Temperature (c) 17.5 18.0 19.0 Ealer TerreLajgre (C )

18.5 19.5 19.5 23.5 26.5 26.0 21,}

2 110 2120

??.5 7745 21,0 Times:

bJ a) ecrning (0900-1300) a a

a a

Ln b) afternoon (1301-1700) b b

b b

c) evenInt_L1701 '1,00)

T*IAL e

e e

e Total Fer Tmie Feriod:

Anglers 3

5 14 14 16 11 17 3

26 25

?!

155 rish Caught 2

to 9

16 6

1 10 1

18 20 15 109 Fish Erpt 2

2 2

6 3

12 5

5 37 Fo' irs Fished 3.25 7.35 30.60 21.75 17.50 22.to 11.65 4.00 60.00 29.25 37.50 245.45

__[atek!Tffort th)

____0 t?

1.36 0.29 0,74 0 14 0.05 0.P6

_ 0.25 0,30 0 67 04,0 0d4 c

1 Day Totals:

Anglers P

44 31 72 Tish Caught 12 31 12 53 Flah Fett 4

8 3

22 Hours Fished 10.60 69.85 37.65 127.35 Catch / Effort th) 1.13

44 q j?

0.42 Enetie=

a b

c a

b c

a b

c a

b c

T of s.1 Connon carp 2R 2F 2

White catfish IR 1R 1

Prown bullhead 1x 3R 1r 3R e

Channel catfish IE 1R 1r 3K 2R 3r 3R e

R oc k bas s IK IF (R 1F II 1R IR 3R 3F 12R 15 Redbreast sunfish IK It 1

Pumpkinseed 1R 1F 4F SL 1R 6

Bluegill IK 1K 1

Sunfishes (tern-is spp.)I 2R 2K 2K 1R 1R 2K 1R 2R 1R (K

BR 14 Ema11 mouth bass IK 2R 4R 3K FR 4R 1R 4R 7 r 5 P.

2K 6P 49 13K 3 FR 51 tersemouth baas 2k 2r 2

reitex_rerth IR 1R 1

1 C.eneral identif icat ion.

K Rept.

R Released.

Table 23 Cree t sorvey data from the Eret Pam f or each survey day in J.ne 1981 Day 3 Wed 55 Mnn gg 3, g

Weather ifrht Rain, overrait F et. Clear, itar e Clear. Partly Cicudy Fartly tloudy R iver Sempe (m) 1,23 1.))_

IJJ Air Temperature (C) 17.5 1P.0 19.0 21.5 29.5 30.0 25.5 29.0 31.0

_,_ _ 1.5 n

~

22 2C 5 25.5 Mater Tevenatut*_(C 1 1".0 18.0 19.0 23.5 2 *.J

65 24.5 24, 5 26.0 2;g _ ]2J _, 23.n Time =

_1 g

a) morning (0 D0-1300) a a

a

=

m b ) a f t e ronon (1301-1700) b b

b b

c) eventnr_ (1701-21m) e e

t e

T ?T A1.

Tntal Fer Time Feriod:

Anglers 3

3 3

6 8

2 11 2

3 5

-6 Fish Caught 6

(2 79 77 96 6

B1 4

3

^4

(?3 Fish Kept 3

's 8

5 9

1 1

2 34 NOU P Fished 5.00

.~5 15.75 15.50 18.00 1.00 43.50 3.00 3.00 9.50 125.50

_ Catch /r f f prt th)

_I dn_

.35 s. 0L._425 5,J3 6.nn 1.Po 1.?3 1.On ep g(s Day Totals:

Anglers 9

I f-16 5

Fish Caught 147 174 68 M

Fish Fept 16 14 2

Hours Fished 35.00 34.50 49.50 9.50 Catch / Effort (h) 4.20 5 0 '.

1.7F t.74 fles_tes a

b c

e b

e a

t c

a b

c Total t.nmnen carp 2R 2R 2

Suc ke rs (Ca :op t mir'g )I IR IF 1

Channel catif sh 3K 3OR 30F 4r 11R IK IF 32R IR 9K 10 '.R 113 Rnek base 13R 1R IR 23R 3 ER 38

$sm t t c hes ( eroJ= spp.)I IR IF IL 4F FR F

Ss allmouth bass 3R

!?R PK 2 7F 4fR 1 R 10R 2R 41R IK OF IF. 3PR 11F 190R 201 Vhtte cratt e IK IF 1

l Yellow perch 1R 19 1

Ec1}cye S L15F IF 7F 8x 66R 4R 1R In 11f

5F 10_P_

1 General identificatinn.

K Fept.

4 Released.

o

)

e Table 24 C reel survey dat a f enm the East Pam f or each survey day in June 1991.

Day 3 Wed 15 Hon 21 Lun 27 Si'

~~

Weather Light Rain, Dvercast Feg, Clear Ha r e, Dvercast Clear, Par t ly C i nui-e River StaFe (m)

I 13 1.13 1 }*

___1,10 1

m Air Temperature (c )

16.0 18.0 18.5 21.0 29.5 30.0 26.0 29.0 30.5 19. r.

26.5 26.5 ye t e r T ejt;.tr.itgtt_ic )

18.0 1P 0 l a,5 73,5 75,5 75,5 74,5 75,5 75,5 7 7.<

. _,71xp 74,0 Time s ;

a a

a e

al morning (0900-1300) b) af terncen (1?01-1700) b b

b b

ha e

e c

c TUAl N

e l evenigt,,117 01-21001 Total Ter Time Feriod:

Aeglers 5

4 1

2 2

11 8

7 8

3 E

59 riah Caurbt 25 18 16 45 45

+

14 37 39 6

251 Fish lept 16 7

3 e

32 Ho-irs Fished 3.75 11.00 0.50 4.00 5.00 22.00 10.15 8.00 19.00 5.50 5.75 94.F%

_jC a_qc_hfE f f or t (h )

6.67 1,64 4.00 9.00 2. 0.5 0,59 1 ])

1.95 7.09 1._04 2.t5 t

Day Totals:

Aeglers 10 4

26 19 Tish Caught 43 61 f5 P2 Tish Fett 23 3

6 Hours Fished 15.25 9.00 40.15 30.25

__[_atthfiffert (b )

2.F2 6.78 1.f2 1,71 S pec ie s a

b c

a b

c a

b c

__a b

c Te t e (__

Cemnon carp 2R IR 3R 3

Channel cat fish IK 1R 1R 1!1 1R IF I FR 19 nock base 15K 5F 6K 2R 3R 1R 2R 21K 13R 34 Redbreast sunfish IR IR 1

Pumpkinseed 2K 2K 2

Bluegill 1R IF IK 1R 2

S unf i sbe s (I e rocit s pp. )'-

3R 4R 3R 3R 3R 3R 10R 19 Smallmouth bass 4R 1R 10R 2BR 29R 3F 3R BR 15R 15R 2F 3r 115R 112 White crappie 2K 2K 2

Crapples (Pc9ty 11 spp.)1 IK 2R IF IF 3R 4

Yellow perch IR 1R 1

Eallere 1*

IF 12R 12P 3R 1?F 1r ?F 1r 4'P 46 1 C.eneral identification.

K rept.

R Released.

s\\

X o

ami l

Table 25 Creel eurvey data f r om the YHC% fer each survey day in June 1921.

3 Wed 15 M,n 21 sun 27 Fet Day Cleer Tbondershowere Pve re n e. t. tu t e Clear, Partly Cloudy Dvercast 1.if.

1_ s3 D _

Weather River Stare (m) 1.23 16]3 25.n 29.5 31.0 26.0 26.5 27.5 Air Temperature (C )

17.5 19.5 20.0 24.5 29.5 2P 0 Eltel._1_r*l.fl # '" r e_. (9

_Lb5 20.S 29 0 2 M. _ 2) 5 2>s5 U."

2'd 26.0 2M 2M Ndo 11me s :

a a

e a) mornicg (070C-1300) a h

b b

b) af ternr=v (1301-1700) c c

TCQ r

c c

g Leveni ng,(17ni-2100]

Anglers 5

13 3

7 13 5

21 20 25 23 140 Total Fer Tine terind:

Tish Cavght 10 14 2

8

.2 25 1

22 27 20 21 163 Tish Evpt 5

3 4

1 15 1

12 17 13 14 PS ha 00 Hnurs Fished B.25 7.50 3.35 10.50 5.25 18.25 1.P5 43.50 45.00 51.85 34.15 229.45

__,f_enbfTffardel I :1 1,87 0,f o 0_ 76 1,96 1,53 0,%

n.31 OM L39 0.0

__0,71 t

Dey Tetals:

le 15 39 68 Anglers F is h Caught 24 20 51 OA F

5 28 44 Tieh kept Haurs rished 1 5. 75 19.13 F3.60 131.00 ratchfEffort (h) 1.52

!_m05 0.89 0.*2 a

b c

a b

c a

b c

a t

e Te;al

[recies 4K IL 2R 1R 1R 13

$4 9

Commen tarp 1R la 1

Cisannal catfish IK 2K 2R 4E 1R 3R 15K 10K (R ISF TE 4F IF 1R 52K 20%

72 Provo bu11best I

Rock bass I F.

IR 2E IN 7F

+k IF 17F 2K 19 Feebreast sunfish

F SA 5

hrykangead IF IK 1

Sunfishes (Leponii spp.)I 3R IR LP Smallmooth bass IF fR 2Y LR 1K 3K 12R 15 C r*rrie s (ENC?*ia spp.)

IF IF 1

Yellow t-rch 1R 1R IP 2

ya11ert er. IR aR 39 SP 8F IF 1P 1R 2P 1R

_4f 209

li_,

1 Ceneral ident if ic at ion.

K Eept.

R peleased, l

l l

e e

O 29

.g.

O > > O O c.

e, a

6

- hh 4 u

.n.-****

o e e% 4 4

d. O O L 'c $

8"1ee -f N

ce es.e emeee e.OOo O

o O o ci G OO qs o(

C Q b. c. c cO. O.

O.C.O. O" O O

O. O. O. O. C.

O. O. O. C. C.

O. D. O. C. C.

o-.

,e 6,

= C 4e O. Ce. O. C O

O Q O O C+]

g g OOOOO OOOOO OOOOO o.*

OOOC O OOOOO

$N

.e. H D.

&e a

me e.

"e S

en l

h ee. 4 0,

3.m e.-

a

=

..m. e.

s..en. c se-r 4

e+

ee N

a

-*O4 W*'0 - -C is 4 vs e h.8 en e e.e

,e 4,

=

w O. L. G. O. u.

o. O. O. L. O.

e, s.

G O. O. O. O. O.

ce O== - O O.

Oo 2

ev r

- o.G O O. O. O. O.

O O O O Cl O. O. O. O. O.

ey e

= - -

g-C' F* N OOOOO OOOOO O CD D O O e* h OOOOO O O O O.,,

OOOOO e

C

e 6e 3

(a

^a T

L m,

6 e.

e.

hts iss

.9 94 m F

.U 8s h,e444 w

-cu

o. c. O. O.

O. c". Q. O' O. c.

6 E.

8

'*8' Fh#

p r".,.C. G C.

C, O O 0 6, 6

re F1 PW F4 f*

8 4 c

oOOnO O( C'I

'9 V

h O

OO O. u) O. O. 8 6

-eu O L' { O {$

o

(

.. c. O. c.

c. e. o. O. c4 w.

C3 w a L s

y c

- * = -

r

6 O O O O Cs OO00O O0000 6.".

.k

ew OODOO OO00O O C. O 0 0

e O

I.

e.

4 I

ei e e)O U

-O s. O O.*

.D+

b e e.

O O O

,O,1

-3 4 =7 at m 3 F54 -3 e*.

NmN es eN 6

e6 4 0 -.-e. O. O. G. O.

O. O. O. O. 6'.O. O. C. D. O.'

OfOU t OO OCC L-O O L. O O O.

e 2O e.,

u 6 COdOO 6

+-

6 O 3 C D L' 6

e.r t, o O' O O O*

OCOOO*

6e* C*C O Li g

c s

w H o OOOOO OOOOC C &

O' O O O' O O C, O' O" O" e

L e

v a.

G e.

C.

me T

(k 6

T

=

to 6

m e e. T -f e ET4e h e s O ** N E 4 -p as F 6

.b er e

e as 4 er, setN at 6e4&a O O **

{

w e, es t.. w, O O O C/

ed Q==*'h 4 e ew N en + r% ske-o cae s-.

one ce s.e' L E e9 esme ** re e*

8'4P'*PdP***

- ** pe see' ce s.s egpg

e. *=40 5 @ r% NP L - s i;s a

Cs E

- L1

%re he m

te

C g as ce

=y ti G

f.

t.&

0

.c4 C

"6 66 J

e 9

p E

e I*

6

')s-e e e4 N an ** h O P e, 4 4.@6 W'e e

e e4N ** M

n 4 J -

g ea F) P'n*')'

N O O' ' A'E

4 g

r) dip)gr)P'i fr) dr* en to In

%$ en In O to en to en

)$"

IF)M s

6 3

a h"

V.

V 6

6 6

P 6'

e 6

w V'8 e

Y

=

6 e

e v

w O

N t*b b

6 m

==

w. C g

wa y c

8 g

e eu O. O. O. O. O. g e, O. e ce. v

- v

-a

.n. on. c., in <,i

c..n. e. O. e. s N. O. N. N e.

e. c. en. v O.

v.

p p*

4 e f')en en 4 an e*B 4 %3 4 4 to s') =3 4 4 gg

.e-e e

y I'b [ ' N M M M O' e

oOOeO tsN erien m o esa e e de M @ edOOC asce O tm e e O O ** ed a..

ce erb fraNN N e'1Fi 4")

4

- e p)a

- e s

J

.A

e..

ec.

U V

I.

4 e.

g:

v.

6

R Wi 6

p 1"I b

s s..

^

6-T *

b. b. O. C. O.

O. O. O. O. O.

so. a).m. O. ar-y O O. O. r. O.

ti in. O. v)

. D. rw 8'. E..-

Ed e,e

6. en.

G k *

,,.n a. - e

-Oee e.,- e e

,..r. O c e 6

4 z

.n n r-eeo en esen A

.7se ye s

a.

a, aas sa C

6 E

T 7

6 C h

96 G S

f e. to. O. O. EC.

O. N. @.

.N.

. h. N.; 40. v

. 4 06 An 4 W 86 O 4.

3. O. ar.' 4

4. en. b. f%.

en Q >.

43 40 e'sEG 0%

8% f%b W f%

f%f%Pte. F%

, e k

g g

@ @ @P@

@ @@ F@

O O O @ O' F F T

- - C

,e a k C

G T

-ec C

O e

h 4

C U

CC C

Z.

=

=re N ce.

en.6 en N N e e) g e e e em=e= e tw&*P-en 6

* = *.... 6 6

A P*r'= en de si Ks EO GA @*W h

a O 8 8 0 8 6

a

- eel EG W E b 8' P' 8'

e 6

6 be a

I to 6

so 6

h.

P 6

e 6

3 3,

e 6

e.,

y.

e.,

4

- b. eo. en O O O.

O. O. O. an. O.

en. sG. O. es vi 6 e g.

6 L*O. O. en. O. enO. O. e t.i en.

OOe#O e

~'

O O O O I"'

U p.e g g

) 4 4 e.iS

@ @ @*OO

@O O

8 NNY P"e Be Be N N".M8re N Pe N'e e

J ^

N f4 f 4 P'e N N g

3 f.,

,e e.e ya ee ye es ee e494**

898"*8"8P88'*

L.

6

.s.

F.

P k

b 6

v C

C C

v a.-

k.

C m

n 3

3 3

q, E

u 6

g a

e f

W.

WI 9

4 g

u 6

g g

.g O

s

=E.

ee

,p.

s 9

6 T.

o.

g W

O 4

6 p-s 8'*

i e

N

-<<8'd8*4 #

ce

- ee

.< N N

-er er e, c. < -.. o or P

==

ce-<c ec -

es oc = -.-.

re N

s.<

e n < er.

g

( ( snwe df-4 d e*s*

d

I*

t-

- ce U

< < 84.s

< *494 B'

E

-e.**.*e's O.s e.e e.a c.

re W

(

4 we e.

c.4 f=3 C

r* *e @

- ^**8 06

- e.'-e.d 6

sw ** e.* me r*

se s.4 >* e.s s-a ce. em p*

t='4 6..

==

e.e e.se.m c.e x.

e..

3 e

p'*4 8

q U O C' O u v e cy o u a c c.c ce O t Cr o C******j s-

s e e-. > **

=

4 cy p t.y cv c~

v o c'. o v e

v 1

<. =. <. <il e

< < < < <<=<<

c e

e A

c A

b E

h bbb bbh.h hhbh h

J.

hhhhh hb bb b b-

ML20009G076

Text

.

=

Navigation menu

Search