NC0038377_Self-Monitoring Data_19840401

Dischaigpra CP6L
kecelving nire"m: M"yo ReuuilWi
Flow Me): A.000 WOOD
NmLiq dupth (m)-. ;f„(_;
I'liA3110 7LI(it.' al eA ( hq M) : 0597b,O F, om CWL's dyn Audim-,
111.1"q VUIUMP mu MR 11792U.0
NpLynho” LIMO (;I")- 2.51i,
Pollui-wnl,: SWIPMMI
Pu I I u Loni dpr ay i a Lu /y, ; : .1. LM I i (an Tr-voi 'm Hy(_o Lal P node I
SeLLI.Lng veLoci l.y k/yi): Lllmu Trom Mews Lale stud,,,;,
roiluLanl sLandard (mWI): n,"Qbk-)
PollutA"t Inad ( Lbs/yr ) :: 0.0 L Soluble kmg/l): 0 . OOQ ":)
M4/dav;g 0.0.119 ParticulaLp mg/l): 0.000.1
RaLION
3 oad
tneLLIMEJ veI/deplhF1'IelentIOn+Ue(_ay)
C"gM� 1LIAA I ` : S. t t LS/dmA�S-

Dischargers CF=KI__
RecuLVino sl-rc=sms hlct'yo i'es0rV101-
M=low ( c -i v; J to0f r 1,4170 1 0
!'•1 i .c L ray depth k m) n 3.0
Mi :JIIl_j zona aroa :'oaf) ifi)N A;.?JCS,.t_' from C1"AI 's Me studies
Ftp-Len1. lcin time (yrn) n o.. J I
1`01 ll_ Lan t : rOlPria icm
Pollutant decay raLe ,'yr) n 3,500 from Trc oi 's I-IYM Late mode)
S e k L 1 1 ng i� ILLY c_� t= (/ y, ) n 1 1 1 .. t- 0 t � cpm ? e l e w s I -tile <_s l c_c c i �,�
Po l uta" t: Landard ( f g / l) s O . r,z,K)
Pollutant load ( lbs/ r) n 17.76 Soluble !mg/1.5 n ;_}o0003
i b s/d8y) n 0.0087 Par l;tr.t_tJato (my/l) s t?a000'-''
vc�1�M�Ld�!decay°-1-I,'1-c�Lca��tl;Lc�r�)��;<:cl;L-IJr�c�:•L�lir_Ic�l��l,lz-l-i.'t�c.:�lc���l.iafl)
J oa d
(settling ..wl/c.Jepthi:-IA ete"tL0"0decAy)
Receiving streams i`I<lvo Ri-'serviov
Mixing depth (ns);. 13.0
N3VI"g zone area !£:LI m)a 45976.0 from CPuL.'5 dye nl;Llflies,
Mixing volume (CU mH 137928.0
ha l lu L -an L d ca; rate i

�j Iv.a l ( Wt UC 1110, Z 0 AA -
1, C: E F I,I i 1\1 0 I'•1 U U E I-
Lw- l- E CI-iAF;,,A :-t L'-=1 t J sT i c,s
OU L 1 1 OW 152:,1.16 Selo ales
Water area A 59'/6
1''1ea" cfep Lhi 3
b cl i men L area q5V76
M:i xed sed I meo L depth 0.03
Sed Ment Poi CIS..-] ty 0..':
SU l 1 CJ 6 l oad i nq 0000000,)
f;equspenG inn veloriLy 0„00:2
Dofile i t y qo l 1 ds P .. E+6
Se L L l i nc1 vr3l o f ty III
I -'Cil- LUTE- NT (:I ar RAC-, I -C: R l ST i C5
04
5(�(I i (rca, i L t_}ri:�- L 1 L ic�ti i
6 .. • IM. ;_}� J g
tea L or decay Cate
3.5 tP
Sedime"t decay rate
I.V5
01fFU0300 Coefficient
(_}er}i"99
Load
3530 V02
Bound J a4,:&r t ti tr- t
0..0J
LiaLer VOJtt(rO
Residence Limp
M L r,ed Yed e Vol.
Su=p. no l I d e conr
El u r t a I v P 3 (-1(_ I t. y
;..fieri LmenLat to" flux
Diffusive fec}cibAcl ratio
ApplacunL UeLL-1 incl Vol.
Ret.enk nn Wef"f-ac i wnt
(1L L("s000Lt LCIii (-Oef-Y' ] C1eilt,
LooneynLi ALIO"
J i LOC na J 3 clad ncl fAL Lcli
Press Esc toy LU and progi am4
I. 01 L_ (wli('sf:li(wTEI-Z I S T J C'S
(it t I-, F l ow J E,5 02t! C) L j,? Qto
WAter area 05976
Mixed c>er-imenL depth( 0.03
Sediment Poiovity 0.9
` of ids l LIad i n(1 2t}000001-}
Resuspension yJelCICi Ly 0.002
;=rttling V00CM I L1.
POLLUTANT G=AET ER 3 81 i rr)
tnlaLur par t1 L]oii 1 x50 f1i,
Sediment partition 6aIE--Ob
I,,,a t Or e.leC_asY r c; r(e: 5. t3
Seci tment decay Cate L ..'•'.`,
D t; ft-lcy 1 0" I, OOT 7 C i Vn t 0.0V98
i- cl G.xd 9,3'a(-} o.o& r, (16 /c(
L-otincl tayur t.htc t 0.0L u
Water Vnlume
ResirJunae Lime
Mixed sed. Vol.
Sunp . <:o L i d. co i is
Burial `.:010(_I t y
5edlmenL-aLioii flu:;
Di f t -ll• I vO -I e:e(Jbac-1 ratio
App.ni en L qe t a l i ncl vel.
R0 LPi k 10n c( --le i F I t- l e"I
ALtenit<t00il C:t ef-f ICLeill
i wvi mi t at i cin f ac Lor
C'c1ncenLi aLi.r-1n
li lei nal lu_diriu FaL tOl
re• E yc tet,/ to end pi G.Iwam ..
1 0 X l C A PSI T S C. IT E L i:I 1 KI G M 0 1) h L
outflow 41.0826uo QA
Wa Lei- cared 45QV6
Mean deep L1l :1
Qr irl 1 M=" 1- ar "M !_I nQ lP,
4,..0`i'
3..0
0. j3
0.41"
J .372E We)
0.18
Wat&r Volume .1.37911+05
Ii/ 3C, 1 1 mIn( to i- I in In a ) - ( It t

:.,(cd LtY,C-nL TorosAy t1.".
So J i (1 , Wading •i(-)r)a-)O 1, )0 j
Resuspension `eIGC_] U/ 0.002
De1!=7 l -`s/ olids iio511+6
5PHling velocity III
;.edi(ie L Pwr1:a HOn O..VIA--rig-)
W, -t 1. EJ, (I( - ca,,., r --t I- c.:? , .ri
11LI fl!�sJ (aif ( ii(?li 1I`te"1- Q.,Oisr79
Load ;-'t_,;aN •t, 525 W&I
l((-au,irl lave, Lh i C_ I 0.0.1
1(Ui-LaI `;el(.c- i t.`. 1 o In5w- ":-s
:audifTent:actL io i flux 2„r7wA=+ ti'
Diff!!mssi-P 7ee(-ha_t(:1 rat -in
rtiL: t oM j o n c o u f i- 7 C .i p„ t r. Ut"f
(1 1 t. F? ,-1 in a t i n" COW i L C- (� s i l t: ".93
01001101 l at,Mr, f ac L r A 4 1 7J 1=,-0
l"bu, r,a-tl loading i;tLIO, u.uI
Pres= For W to end program..

T t[i X T t; A 1'd -f o S C R r C N 7 N G 11 C 1) L L
watei area 1 103,32
Mean dep Lh ? - sfrafA�ed
Sediment, ell ra 6S9645
HLXOU sodiment; depth 0.03
Sediment Pesos Uy 0.9
Solids lo"ding 75000000)
Resuspension .re Loc i Ly O.l}tJ;?
:3P U l .net ve Leer_ I Ly L l 1
1`'Cil -I- UTO1,,1-f CHARA .-1-FR t ; x-1-1 CS
Water Partit3on 1.515 -OF,
"tiW3mUnt part i Ltion 6.? -06
Wa Lc r decay rale 3.5
Sed 3 fi on t decay rale L . 15
Load 980OU �.Sa lbs/da�
Bc•►_Ind Direr t;hir_i 0.01
Residence time 32.37
Mined ned (fid . o) . 2. f Ji'.99 F+Qz1
t.usp. soLid. conc S.Y3
D7f runive feedbacl ratio JA.W)
Apparent seWing W. 3.69
RsL-ent; LOi-i COLi-1 J e 1PYil; L .O,?
ALLe"UaVOO LOUFfLLLeni; 0. 00
tit Serifii] 1aL Iern YaC tOC 1 .9571T+ J''
Conw"t;rabion 5.007E-03
Internal loacling factor 0.53
Prens EEc hey to end program.

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4--
Q
TABL E 2
EFF rt4 sp"N14M ON AQUATIC COMMUNITIPS UNDER NATURAI CONDITIONS IN THE FIELD
ANotie levels of
16khlum
Concentrations of seleniuiW accumulated in biota
3oUr<V or
Duration of
selenium' Water'
Sediments`
exposure
Behthos' Plankton'
Fishes Plantsf Birds#
Toxic effects
References
1 30-22.3
10-7.5
8 years
1. 1-21.1 35-20.0
2.1-77 1 — —
Massive reproductive failure among
14-16.57,
9- IO
X - 3.6
fishes; 17 of 20 species
103-106
eliminated within 2 years, 2
persisted as stenle adults,* I was
unaffected.' Biota other than
fishes not affected. Impact on
fishes attributed to dietary and
reproductive toxicity, and
associated pathology.
1 1 0-30 0
0.7-100
3 years
0.7-52.0 0.4-180
1.6-270.0 0.07-9.2 —
Severely decreased reproduction
83, 87,
= 10
�' 1.2
and survival of game fishes
107-109
during first year, complete
elimination of one species.]
Teratogenic effects on larval
fishes Biota other than fishes not
affected Dietary and
reproductive toxicity implicated
as causes for fishery decline.
1 10-34.0
0.2-17.1
2 years
0.5-14.0 0.3-16.1
1.3-16.0 02 —
Progressive mortality of fishes after
84,
= 2 6
9- 12
2 months, most severe
110-119
reductions were carnivores and
planktrvores. Dead fishes
exhibited symptoms of selenium
poisoning. Reproductive success
of all species was reduced
significantly; pathological
correlates of selenium exposure
identified

2 8.0-360 1.94.9
<2 years 4.8-72.3 13.6-26.7 25.7-M.5' 9.7-266 4 7-25 5 Reproductive failure of waterfowl
120-126,
9-101 R-2.2
and marsh birds. Teratogenic
131
effects on embryos and young;
mortality of adult birds. Four
spectres of fish eliminated.'
3 96-160 —
<I year 35-5.0 — 0 5-8 0 15 0-20 0 — Progressive mortality of stocked
4546
game fishes. Effects attributed to
dietary toxicity
4 100 —
56 days _ ._ — — — Biomass and numbers of
127-128
zooplankton reduced by 66-99%,
role of selenium toxicity
questioned.
o Soomvs of w6roiLlmi (1) ash basin Awl From a coal -Aced power plant; (2) Irrigation drainage water from natural high -selenium sods; (3) natural high-scicnium soils,
(4) esItprlllieptgl a{jc)ijkM of wletnum (as a Knit ),
' po $o (liar (ppb).
`N14e/$ (ppop), vol weight (70-W% maitauro).
I Aquatic loser* mo telids, crustaceans, mollostx
' Z.aupblriklon nod phyloplankton.
r Rootpl macrophytea
Migratory Waterfowl and marsh birds.
' Black bullheads (lcralurus melas) and carp (Cyprmm carpal)
' Mofgclpofish (Ggrrth(isia q/finis) were unaffectod.
' Latge(douth bass (AlicT(Inents salmoides) were eliminated
" MosquijQAsh.
' Lawmouth bass, carp, catfish (Malunis spp.), and striped bass (Marone sarpiih%)

^
DATE
1/87
12/86
J 1/86
10/86
9/86
8/86
7/86
6/86
5/86
4/N,
3/86
0/86
1/86
12/85
11 /83
10/85
9/R5
8/85
7/85
6/85
5/R5
4/85
3/85
2/85
1/85
12/84
]1/84
10/84
9/84
8/84
7/84
6/84
3/84
4/84
3/84
2/84
1/Bit
AVG
EFF FLOW (MGD)
7.440
6.130
6.930
3.970
4.860
4.749
4.6]0
3.6V0
4.700
6.200
9.400
8.300
7.500
8.700
9.300
7.560
a.990
7.630
6.|70
5.450
5.500
6.60()
6.1l0
8.380
7.460
7.240
6.510
6.740
5.30}
8.000
6.a01
(� \ \ �
����-����w^� �����
^�
TOTAL SE (H6/L>
0.002
0.001
0.oV1
0.[»o2
0.001
0.9U4
`'0.002
0.0O-�
0.009
0.003
0.9U3
V.0O2
().90i
0.0"2
0,002
0.002
0.002
0.002
0.002
0.00]
0.002
0.003
0.002
0.9(/3
0.002
V.,)02
0.061
' 0.003
U.00^6
0.O0]
[OTAL 6E (ko/DAY)
0.132
0.073
'.0.04l
V.069
V.048
0.|68
`0.07
0.119
0.160
0. QC)
0.220
/).i60
0.110
0.0q0
0.150
0.121
0.]]]
0.137
0.100
0.08V
0.042
0.090
0.127
0.161
0.160
0.09V
0.01'/
0.050
0. 12t)
0.240
0.l09