Appendix I Correspondence

Great Lakes Science Advisory Board
Report to the International Joint Commission
The Appendices to the
1982 Annual Report
Great Lakes Research Review
November 1982
Windsor, Ontario

Table of Contents
I
INTRODUCTION i i i
APPENDIX I. CORRESPONDENCE
A. Request for Research Inf ormati bn
B. Verification of Codea and Classified
Information
C. Verification of Research Exbenaiture
APPENDIX I I. RESEARCH AGENCIES AND ORGANIZATIONS PROVIPING 13
RtSEARCH 1kFORFiA11Gh
APPEhLIX Ill. RESLAHCh NEEDS 17
A. Requirea by the 1978 Great Lakes Water Qua1 ity 15
Agreement
B. Recmirr~enaat ions of the Science Advisory Baara i 1
C. Recornrnenaations of the Water Quality Boara 22
APFEhblX IV.
CLASSIF lCAl lOh A~LJ LODI~G SYSTLM OF RESEARCH PROJECTS 27
APPEkDIX V. CURRENT RESEARCH ACTIVITIES IN 7hE GREAT LAKES 3 3
APPttvLlX VI. HISTORICAL RtSEARCH ACTlVlTItS IN ThE GkLA7 LAKES 113
APPENDIX VII. TITLES OF PROJECTS 205
A. Current Research Projects 207
B. Historical Research Projects 23 7

Introduction
This volume includes the Appendices to the Science Advisory Board's 1982
Annual Report on Great lakes research. The main objective of this review is
to determine how fully t4e existing research effort is meeting the
requirements of the 1978 Great Lakes Water Qua1 ity Agreement. Based on tqis
review the Board reached certain conclusions regarding research needs and
formulated recommendations.
I
Copies of the Science Advisory Board's 1982 Annual Report on Great Lakes
research may be obtained from the International Joint Commission at the Great
lakes Regional Office in Windsor, Ontario, Canada.
iii

Abbreviations
This list includes abbreviations of all the names and locations u5ed
in the 1982 Annual Report oq Great Lakes research.
ACB
ACE
ACRES
AE S
AE.SCI.CONS.
AG . CAN.
AINL.ASSOC.
APWA
AQ.TEC.ENV.CON.
ARC
ARG. NAT. CAB
B EAK
BGSU
BRANTFORD P.U.C.
CAN.RES. INST,
CANVIRO
CCIW
CHI .MED.SCH.
CI-ARK COL.
COMP SC.
COR. PUB.SER.CTD.
CQR. U.
CR. INST.SC.
CWR U.
CWS
DAL. U.
DEARBORN
DEPAUL U.
DET. ED.
DFO
DO E
DO F
DSS
EHD
EMR
EMS
E.NAZ.COL.
ENL
E PS
ERL-D
ESEERCO
EV.HAM. INC.
Abatement and Compliance Branch
Army Corps of Engineers
Acres Consul ting Services Limited
Atmospheric Environment Service
Applied Earth Science Consultants Incorpqrated
Agricul ture Canada
Ainley pnd Associates
American Public Works Association
Aqua Tech Environmental Consultants I~c.
Animal Research Centre
Argonne National Laboratory
Beak Consultants Limited
Bowling Green State University
Brantford Public Util ities Commission
Canadian Researcfi Institute
Canv iro Consultants limited
Canada Centre for It11 and Waters
Chicago Medical School
Clarkson College of Technology
Computer Sciences Corporation
Corpus Pub1 i shers Servi ces Cimi ted
Cornell University
Cranbrook Institute of Science
Case Western Reserve University
Canada Wildlife Service
Dalhousie University
Dearborn Environmental Consul ting Serv ices
Depaul University
Detroit Edison
Canada Department of Fisheries and Oceans
Canada Department of the Environment
Dofasco
Canada Department of Supply and Services
Env ironmen tal Heal t$ Directorate
Canada Department of Energy, Mines and Re~ources
Env ironmen tal Management Service
Eastern Nazarene Col lege
Eldorado Nuclear Limited
Environmental Protection Servi cq
Environmental Research Laboratory-Dul uth
Empire State Electric Energy Research Corporation
Evans-Hami 1 ton Incorporated

.I
ABBREVIATIONS
(*ontV
...... ........ , : ',I.<
. . . . . . . . . ,., . . . . i., .;.? ...
FWS ~'i sh and wildlife Servi . c6, ' .. .- ..:. . .- .: . ' ,. ., "....
. . . .
. '. .... . ,.....
. ;
GE , .
GLER!,
GCFC ' ... :
GC FI- ... , .
,-
i.: :.: GI-f:RB.- ;. : , -+- :
GO.STO.LTD.
G0V.SU.
GREG.GEOSc.I-TD., . -
GSC.-; .: .. , , .
Genera4 El ectri,c Company ,
... .,..
Great Lakes Environmen.ta1 Research Cab
-'.: . .:
Great Cakes Fish,ery', Commission . . . .
.* .,..
. .
Great Lakes 'Fisherj. Lab
....
Great 1-ak es Fisheries .Research Bran - c@*-..'.... .
. . . .
Gore and Storr ie , i,mi ted . ....... . .
Governors. State ~niversi ty .:.
. . . . .
..:
. . . . . . .
Gregory Geos cience C i.mi ted ,. ,
Geo1o.gi-cal Survey of Canada - -- -,.
HRS Harrow Research Station . . . . .
HY D . CONS .I-TD. ~ydrolo~y Consultants Ltd.
IEC
International Environmental Consultants
I JC
International Joint Commission
11-L. GS.
1'. INST. TEC.
I1 1 inois State Geological S'urvey
I1 1 inois Institute of Technology
IND.BIO.T.1-AB
Industrial Bio-Test Laboratories Incorporated
I NF. LTD.
Informetrica Ltd.
1NST.ARM-FRAP. Ins ti tute Armand- Frappier
1NST.PED.
Institute of Pedology
INT. ENV. CONS.
INT. SAT. INF.
International Environmental Consultants
Integrated Satellite Information Services Limited
IWD ' In1 and Waters Directorate
. .
Y PA
KU. CO.
LAKEHEAD U.
LAVAL U.
LAW.MAT.SK.ENG.
LC RS
LRR I
MAC.1-TD.
MAN. COC .
MCGII-C LJ.
McM. U.
MCN. AS.
MED.COL.WI.
M IAN1
MI.DNR
YINN.DNR
M1.PUB.H.
, . , . . .
Ker Priestman and Associates
Kuhlmun Corporation
Lakehead University . .
Lava1 University.' , . . .
Cawler, Matusky and Skel ly Engineers . .
Large Lake Research Station
Land Resource Research Institute
James F. MacLaren Limited
Manhattan Col 1 ege
McGi 11 Uhiversity
YcMas ter Un i vers i ty
W.R. IvlcNeil and Associates
Medical College of Wisconsin
Miami University
Michigan Department of Natural Resources
Minnesota Department of Natural Resources
Michigan Department of Pub1 ic Heal ti
* Previously known as rea at Lakes ~ i o l i m n oLab
l ~ ~ ~
I ..

ABBREVIATIONS
( C n i .-
.
. .
MOL SON ' S
MO. CO. PWA
MONT.SU.
MSG
MS U
MTU
MUC
NASA
N HW
NO AA
NRC
NWRI
NW U
NYSDEC.
OM AF
OM NR
OM0 E
OM0 E N
OMOH
QMOl
ONT. H.
OR F
0s U
PSlR ILTD.
PHII .AC.NAT.SC.
POI- Y
PUR. U.
QUE. H.
QUE. U.
REG.MUN.OTT.CAR.
RES.TRIA. INST.
RESEARCH CONS.
R PF
SCIEX
SUCB
SllNY
SYR. U.
TE X
TEXAS A&M
TOR
Molson's Brewery (Ontario) Ltd.
Monroe County Pure Water Associqtion
Montana State University
Michigan Sea Grant
Michigan Stgte University
Michigan Technological University
Montreal Urban Community
National Aeronautics and Space Administration
National Health and Welfare Canada
National Oceanic and Atmospheric Administration
National Research Council of Canada -
National Water Research Institute
Northwestern University
New York State Department of Envirqnmental
Conversation
Ontario Ministry of Agriculture and Food
Ontario Ministry of Natural Resources
Ontario Ministry of the Environment
Ontario Ministry of Energy
Ontario Ministry of Health
Ontario Ministry of Labour
Ontario Hydro
Ontario Research Foundation
Ohio State University
Proctor and Redfern Limited
Phil adel phia Academy of Natural'. Sciences
Pol ys ar
Purdue University
Quebec Hydro
Queen 's Un i vers i ty
Regional Municipality of Ottawa Carleton
Research Triangle Institute
Research Consultants
Roslyn Park Farms
Sciex Incorporated
State Universi ty College of Buffalo
State University of New York
Syracuse University
Texaco Canada
Texas A and M University
Metro Tor onto

ABBREVIATIONS
(Continueq-'
U.ALB. University of Alberta ,.
f.. .... . . . . . .
:, ...'I
U. BC . ,.Universityof.Briti-shColumbi3 .: . . . . . . .
U.CAt- IF. 8 Uni.versi ty~of ,Gal ifornia . .-. .
U.CINN.
Universi ty.:of Cjncinnati
U. DAY. :. .- . University of Dajton
U.DET. ..' '-... . .: . .; . University of Detroit
:
U.GUE.
-. Uni.versi ty. .of Guel p$..
u. I:.-
,. ~.."
University of Illinois
M..,.. .".
.: .:; ...
.. . University of M.ichigan
U.MINN. '"' :--- - Univers.ity of M-innesota
. . .
.. '" U, .NY::

Appendix I
Correspondence
A. Request for Research Information
B. Verification of Coded and Classified Information
' C.
Verification of Research Expenditure

INTERNATIONAL JOINT COMMISSION
GREAT [AKES SCIENCE ADVISORY BOARD
100 Ouellette Avenue, 8th floor, Windsor, Ontario N9A 6T3
File 3000-5-11 February 8, 1982
I '
I
Dear Sir:
Re:
CORRESPOIVDEIVCE -- (A): REQUEST FOR RESEARCH INFORMATION
-.- ,
RESEARCH ACTIVITIES RELATING TO THE GREAT LAKES -
The Science Advisory Board (SAB) of the International Joint Commission (IJC) is
attempting to determine the extent to which existing research programs in the Great
Cakes basin are meeting the needs of the Great Lakes Water Qua1 ity Agreement. It
is recognized that major agency and institutional research programs are not designed
to specifically meet the needs of the Agreement and this review is not meant
to be critical of other research activities. Rather, the purpose is to develop
sufficient information to enable the Board to advise the Co~iimission of the scope of
on-going research activities which are .directly relevant to the needs identified in
the Agreement and require continued support, and to identify any research areas
which do not appear to be adequately addressed.
The SAB has directed its members and the staff of the IJC Regional Office to
undertake the task of collecting information on research programs directly related
to the Great Cakes. The staff of the Regional Office will contact the various
agencies, organizations, and research 1 aboratories which are .involved in such
activities. Your cooperation in providing this information to the staff w i l l be
appreciated.
The specific information which we are seeking for each research project
includes the following:
1. Funding or Supporting Agency/Organization
2. Performing AgencylOrganization
3. Project Title
4. Principal Investigator and Telephone Number
5. Funding by Fiscal Year
6. Duration of Project (anticipated completion) and Man Years Involved
7. Project Summary including:
7.1 Project Outline
7.2 Anticipated Benefits
7.3 Identified Benefits to Date (results or pub 1 ications)
Enclosed for your information are three typical examples of project
descriptions providing the type of information we seek.
You may include any additional information which you believe may be useful.
All information could be sent Sy March 10, 1982 to Dr. F.K. Fahmy, at the IJC
Great Lakes Regional Office, 100 Ouel lette Avenue, Windsor, Ontario N9A 6T3.
Yours very truly,
MRPlrnatb'
Encl cJsures (AS. Noted )
W. 9. Drynan
Secretary
7 Science Advisory Board

. ,
. .
' INTERNATIONAL
,JOINTCOMMISSION :
GREAT LAKES SCIENCE AljVISOKY .BOAKL .
. . 1bC Uuklltrtte Avenue:, .8th tloor, kinasor, Ontario hYA bT3
File 3000-5-11 biaj 3, 1982
' t
Dear Sir:
knclosea are copies of a con~puter pyintout::of surrlciaries of jour resehrch
projects.. . lhese are the projects which you had'se.nt to us in response to a request
roni. the Sci ence Aav i,sory board.
. , . ,
. .
..... .,
, .-I
The n~dt~cidl hti.ich yau clre receiving no\" . is only a araft. ' ke'urge you'to' - . 1
review ttiis,.draft;:carefu!ly,:a11d make sure that the information included is accurate
at;a acceptablk. cu lob. The approach we .use0 to' c1 assi tj"the.p'rojects ana" aescri46,
their- objeeti:ves has tieen -approved by the Science pavisory Boara., he cannot"a1tgr *.
-.:the;approach, :but .kL-carl charlye the inforn~ati.on to mcre accuratelj retlect. the . -scope of work ana. the objectives of your projects: . . . . . . .
. . . .
. . ., .
The fo l1bh.i t ~g aescri bes the approach bihich. he f ol.l.o\~eci
projects and to. describe their obj,ectives:
" . :
. . . ..
Reseaich keo; here cl assi t i ~ accorai a ng to the' nature of tile problem ticiny
stuuiea, research subjectis), and the activity under'which this project may fit .
\~i thin the.requiv.e~nen.ts ot the Great Lakes, k'ater Qua1 i tj Agreenitnt (lablt 1 ) .
. .
:
. .
. .
t6 cl as5ifj ,jbur ''
A. kesearch Problems . ..
Six specitic problenrs here iaentifieo: toxic organics, toxic metals,
phospt~orus, nutrients, pattiogens anti thermal yollution (Section A of Table 1). '
kach problem is coueci bj a capital letter, e.9. A,b,C,U as i(16icatea i r the ~ Table.
If the project aescription indicated that the problem was toxic substances, but did
not inuicdte khether it was ,dedl ing kitr~. toxic metals or orc~anics, or, it the
project was deal ing with other aeleterious substances, e. y. asbestos fibers or
ck~lcricies, then it was classified under. "Contan~in,ants- yerleralU or kith the code
letter "E".
. . .
. . , i
If tile project has deiliny 'with a sprcilic prciolem *hicil was not among the
problems nentioneu, for example current measurements, then it was classified as
"Other" with a cow letter "h". . .
. . . .
~f the P ~ O ~ Eaio C ~ n ~ specifj t the exact natcre 'of the problbm, ii hds
cl asiif ied un~er.~"tinsyeci fie,a,I1 with a CQde letter '!.I1'. . .
It he project dealt bith mcre thar~ 'one of the broblems itientif i e hbove, ~ then
it bias c.l assi t-ied .under :"Sev€ra.l I!. In a1 1 cases, .groups of keywords here use^ to
.. ,
. .
i~cr~ti tj the speci t ic prcblenls teiny invcsti gatec.
.
. .
/.
.
L. Ftesearct~ SuGj.ect . . , , j . . . . .
TI; invtst~yate a probl'em, reseiirch activit6s miij involve scimr or' all of. the
to1 lowing subjects (see, Secti:on 6 of Table 1 ):
.. .'
. .
'

Verification of Coded and Classified Information
Page 2
May 3, 1982
-- Code
"ON Source and L o a d ~ :
-
Determination of the source(~) of the problem and tie quantities of pollutants
reaching the Great Lakes;
" 1 I'
Character -- is t i cs :
Identification of the characteristics of the problem. In the case of a
pollutant, it is important to know its physical, chemical and toxicological
properties. For example, scientists found that there is a correlation between
the structure of some chemicals and their activity in the environment,
including their rates of bioaccumul ation and persistence in biological systems;
"2" Fate and Transport:
Determinationif-che fate of the pollutant in the environment including
retention of i tr characteristics, the influence of environmental factors on
these characteristics, and its distribution among the variou? compartments of
the environment, i.e. water, sediment, air and biologigal systems. It is also
important to know how the substance moves from one location or compartment to
another;
"3" Environmental Impacts:
---------
Determination of the impacts of the problem on the biotic and abiotic
components of the environment;
"4" Human Heal t3 Effects:
Esmazioii'of the potential impacts of the' problem on human health;
"5" ----- Method Development and Model ing:
Development of new techniques and methods to measure the problem, and
development of mathematical models to predict its behav iour and potenti a1
impact on the environment and human heal t+;
"6" Criteria: -----
Development of objectives , standards, criteria, guide1 ines and regulations;
"7" ------- Management:
Development of cost-effective management strategies to control and/or a1 1 eviate
the problem.
6-7e
C. Activity under the A reement
~ ~ ~ f to ~ re ~ ate peachproblem - t ~ to one or more of the several activities
(sources) outlined in the Agreement; for example: atmospheric, dredging, industrial
municipal , shipping, non-point, other, unspecified, several (see Section C of Table
1 ).
The information wh ic? we received from the various organizations varied widely
in format and in the degree of detail provided for each research project. For the
?urpose of this review, it was essential to standardize the format and to develop a
flzxible computer program for the storage and retrieval of this information.

Verification of Coded and Classified Information .
Page 3
May 3, 1982
In the attached computer printouts, each project was identified by an
International Joint Commission (I JC) serial number, fol lowed by a letter indicating
whether it is a United States project (A) or a Canadian project (C), then the
agency project number as indicated on your project description, followed by a
triple coding classification system consisting of a capital letter identifying tlie
problem being investigated, followed by up to three numbers referring to the
subject (s) being addressed and finally aymz1 letter identifyirlg the activity .
under which the project is being conducted. For example, a project which is
dealing with the problem of toxic organics and is addressing three subjects
including fate and transport, human health effects, and method development, and is
related td pollution from industrial sources would be assigned a code of "A 245 c".
For the convenience of the reader, coding letters and numbers are also
translated into words under each project summary.
In addition to the coding system, we used a set of keywords to identify the
specific aspects of each study. These keywords may include: names of specific
pollutants under investigation; environmental components being examined, whether
water, sediment or biota; location of the study including the name of tbe lake, bay
or river; as well as any other specific information which might assist the Board in
its review.
The information stored in the computer also includes the name of.the funding
organization, the name of the organization perforniing the research and the funds
allocated for the project in each fiscal year.
If you have any comments or want any changes to be made to the summaries of
your projects, please use the same system outlined above. For example, if the
project was classified as dealing with "Contaminants general", but you know that
the investigator is studying toxic metals, then please make the change
accordingly. You may include the changes on the additional copy of the computer
printout dh ich is included for your convenience.
Please send to us your changes before May 15, 1982.
If you have any questions please call Dr. Ron Drynan or myself at (519) 256-7821
(Cd7.) or (313) 963-9041 (U.S.).
Sincerely yours,
FKf /math F.K. Fahmy, Ph.0. .
Acting Secretary
Enclosures (As not2d)

. \....
INTERNATIONAL JOINT COMMI&&ION
GREAT LAKES SC~ENC~ ADVISORY BOARD
106 Ouellet~c A~enu~, 6th fluor, kincsor, Or~tario N5A GT3
File 3000-5-11 Au9ust 12, 1582
CD~RESPOLUEI~CE (11 : VERIF ICAI icri UF RESEALIH ~~FENLIT~~~E
bear Sir: . .
In our previc;hs corresp~r~dtr~ce, lie indi~ateci tt~at yob \till Le kept infornreu o t
the progress being maae bj the Science Advisory Boara of the International doint
C~mn~issiuri un 'Its reviekt of Great Lakes rese~rch. The Boaro has prepareu sumriihries
of research prciyraa aescriptions which were provideti by .twenty-four research .
,
ir~stitutions. These irbstitbtions are carrying out ttie bulk of Great Lakes water
qua1 ity research. The Board is aware that there are a few other state agencies arid
acac~niic institutibns ht,ich are nut incluaea it-, this review that nlaj unaertake SCillik
projects dealing with the Great Lakes. However, the inter~tion of this. year's
revieh to conceritrate or1 those institutions' aeal in9 prirnari ly with Great Lakes . '
water quality problems.
tncloscc is Apkencix V khich incl hoes sulilli~aries of current reskarch efforts.
Er~closed as well is Appendix V I which iricluaes summaries of historical resedrch
ettbrts. The latter has review6 bj the boarc in truer to oftermine trends in
resedrch S U ~ J ~ C over ~ S the last eight years. Getailea descriptions of these
projects here incluoto i r l tk,e l97t Lirectorj of Great Lakes Research ana Related
Activities.
As was iriaicatea to you before, rese~rch pro~ects were classifita ano coaea
according to research neeus ider~tifiea by the Boara (Appendix 111). Tables 2 arid 3
(at~acheu) incluor: slrmn~kries of tk~e nunlbers of projects aealing with each researqi~
subject tor the various research problems, current ana historical, respectively.
For exanlkle, there is a to~a'l of 54 current research projects daaressing the
problem of toxic or9anics. Eleven of these projects are aeal ing hith source and
lsao~l~g, forty-five are dealing with fate ana transport, fortj-five deal in9 kith
filethou aevelopment, etc. It is not uncommon to fino a project aaaressing more than
one SULJ~C~ dred. Hccor~inyly, the total number of projects unaer the subject
category hill often exceed the total number of projects unaer each problem.
Taul~s i ario 3 shobi the aistribution of theresearch effort amorly tl~e variolis
problenis ar~d research subjects. Comparing the data of these two tables wi 11 shOu
the trena in research.eniphasis over the 1 ast ~isht yEhrs.
Current anu historical project buac,et
i r ~ TaLles 6 ano 7.
allocations are respectivelj documented
Alw erlcloseL are 1 ists of abbreviaticns usea in the various apbenaices ano
titles of a1 1 projects included in tiie inventory.
Ple~se revieh the ericlosea material carefully arid contact us assobn as
ppssibl? if you have any concerns about the accuracy of this information.

_ i...
. . % < . . . . . . . . . . . ..
.
. . .. . :. . . .
. ..... .. . .
:
: . . .
. . . , .: -
.
. ._: . . ~. .~ . ........
.'V,er'i.ficat - i on of Research '~xpenditure
'.'Augu-st 12, 1982 . . . .
Page 2 . . . . . , . . . . .
, ..
. .
The Board also is reques'ting -your assistance on two issues, research: budgets!
and the number of researchers in your organization. Table 13 summarizes the
numbers of projects.. and the resources a1 located for these - projects.:- .Some of the
project descri ijyions provide-d"to the Sc'ience Advisory "Board' did' not' include budget
figures . Table 13 shows both the total number of projects t~ndertaken as:-we1 1. :as:
the nurr~ber of projects for which budgets were reported.
. . . .
.. , . .- , ,. . . . . . . . . I ,, . .
. . . . .: . .
: The ,~:~ck of 'komplete information on research budgets- is constituting a problem
.to, the. Board. . It is difficult to, compare research efforts without. some- kno!wledge
of* the budgets, involved. Accordingly, t;he Board .is sol ic.i,t.ing your ass:is.tance .i:-
. , . . . .
Please provide . . us- w-it11,the following information:. . . ' . . . . ..... . .. $ .
..... . . .
: . I . I
.
. A
. .(.l')~":~ota'l
(not
rea at -~akes:
.
research including the years .:1981, 1982 and. estimates. of. 1983. If.-you
.
. . . . find:- dif ficul ty in reporting. budgets, a,! located for --
Great Lakes research,
please report your total research budget and estimate r.oughly the. . ., ;...r
percentage of this budget used for Great Lakes research.
. .
. .
.... .
- de&i 1 ed project by project') budgets for current : --
. . .
. (2) 1f pos;:ible, historical information on totalbudgets between 1974-1977.
The Board'recognizes that it maybe difficult, if. not even impossible.to
. . :bbtain some of the histor.ica1 information. -This, however, -should ,not
,..
discourage you from providing-us wi th any avail able. information or .rough
. .
estimates. . . .
(3) ,Total. research staff .at yqur laboratory or -agency.
. .
.,
. . . .
, . ,
. .
. . .
,. .
. . . :: . . .
. one more problem requires your assistance. ;Some research ins ti tutionsL:have. .,
reported' total budgets including salaries and personnel re1 ated costs, such as
.....
benefits. Others only reported operating budgets. . To be consistent, the Board
urges-you to distinguish. between the two. It will be useful if; you can report both
total and operating budgets. . .
. . , .
please incorporate your findings. into the table of Res,ou.rce A1 1 ocat:ion by
.,
Agency, which .'has been .incl uded ,for your.. conveni ence. . .
Your early response on the above issues w i l l be greatly appreciated.
You may
also t2lephone your comments and your reported budgets to us at (519) 256-7821 .
Canadian line, or (313) 963-9041 United States line.
, , Sincerely yours, I
FKF/matb . . . .
. . . . .... . . . . F..K. Fahmy,. Ph..D..
. .
. . . , , . Ac.t.in.9 Secretar.~ . .;. . . . . . .
Enclosures (As notzd)
. .

Appendix I1
Research Agencies and Organizations
Providing Research Information

RESEARCH AGENCIES AND ORGANIZATIONS PROVIDING
RESEARCH INFORMAT ION
WN ITED STATES
-.-
Brig. General Scott Smith
Dr. Fred Meyer, Director
Division Engineer
National Fishery Research Laboratory
U.S. Army Corps of Engineers U.S. Fish and Wildlife Service
North Central Division P.O. 818
536 S. Clark Street 2630 Fanta Reed Road
Chicago, Illinois 60605 Lacrosse, MI 54601
Dr. Charles E. Herdendorf Mr. Alfred M. Beeton
Sea Grant Director
Director
Center for Lake Erie Area Research Michigan Sea Grant Program
Ohio State University
Michigan State University
484 W. 12th Avenue Institute of Water Research
Columbus, Ohio 43210 2200 Bon is
tee1 Boulevard
East Lansing, Michigan 48824
Dr. Donald F. Squires
Director Dr. Robert A. Ragotzkie, Director
Sea Grant Institute
Sea Grant Institute Program
State University of New York
University of Wisconsin-Madison
and Cornel 1 University
1800 University Avenue
411 State Street Madison, Wisconsin 53706
Albany, New York 12246
Dr. N. Jaworski, Director
Mr. Richard M. Wood Environmental Research Lab. -puluth
Research Speci a1 is t
Niagara Mohawk Power Corporation
U.S. Environmental Protection Agency
6201 Congdon Boulevard
300 Erie Boulevard West Duluth, Minnesota 55804
Syracuse, N.Y. 13202
Dr. Eugene Aubert, Director
Dr. S. I. Shibko
NOAA/ERI,
Chief, Contaminants 81 Natural Toxi cants Great Lakes Environmental Res . 1-aboratory
Eva1 uation Branch
2300 Wash tenaw Avenue
Division of Toxicology, HFF-159 Ann Arbor, Michigan 48138
Food and Drug Administration
Department of Human Heal th Services Mr. Clifford Risley, Jr.
200 C. Street, S.W. Chief
Xash ington, D.C. 20204 Surveil lance and Research Staff
Great Lakes National Program Office
Dr. D.C. McNaught U .S. Environmental Protect ion Agency
Di rzctor 536 S. Clark Street
Minnesota Sea Grant Program Chicago, Illinois 60605
Professor of Ecology
435 Animal ScienceIVet. Medicine Mr. Craig Kennedy
1988 Fitch Avenue Joyce Foundation
University of Minnesota
St. Paul, Minnesota 55108
135 South I-aSal le Street
Chicago, Illinois 60603
Dr. Joseph Kutl

-- CANADA
. . .
Mr. E.T. Wagner, Di-rector , :. . . :Dr. J.B. Murphy
. . .
, . .
Ontario Region. . . .
;.? :. .:: . . . . .. Medical Consult ant , .. : . . . . . . .
Inland Watsrs Directorate ... Extramural ~esearch, Programs Direct'orate-' . .
Department of Environmen-t . . - . .-, Health Services and'2romotior-i Branch
. . . . .
P.O. Box 5050 Heal th and We1 fare Canada' . - . .
Burl ington, Ontario ',7R 4A6 Ottawa, Ontario 'KIA .0L2
.
'.'
.
Dr. G.K. Rodgers . .Mr. John I,. ~owl.and . . . .
...
Director . . Speci a1 Adv,i . . sor . , . ,. ,
. . .
National Water Resea.rch Institute - : - -Resources" . .
In1 and Waters Di.rectorate .., . Agriculture Canada . . . .
. . .
Env ironment Canada. - : . - 'Ottawa, Ontario KIA OC5 ',, .
.
. .
,
. . < ,., '.,
Canada Centrerfor Inland Waters . . . .
P.O. Box 5050 Dr. Bruce E. Jank, Act.ing Director
Bur1ington;Ontario L7R 4A6 . . . Wastewater Technology Center
- Environmental Protection Service. .'
. . .
Dr. Richard .Thomas, Director .. -Departmentof.Environment . " . . .
. . . . .
Great Lakes Fisheries- Research Branch. . , Canada Center for Inland waters . . . - . .
. , . .> . . .
Department of Fisheries and. Oceans . : - ' P. 0. Box 5050
Canada Centre for Inland Waters Burlington, Ontario . k7R'4A6 "
. . .
P.O. BOX 5050 . .-: . .
Burlin'gton.., Ontario L7R 4A6 . - .- . -Dr. E. Somers
....... . . . . .
. . , -.
. . . . . Director General
Mr.
?
. .
.
~.~..'-~awrie
.
. . . ... . ...
.. . ~.
' ; Environmental. Health. Directorate
. - . . .
. . .
. . .
. .
Supervisor . . . , . - Heal tb &'Welfare'Canada.
Research Section Environmental Health. Centre ' . ' ' " .1
. .
Fisheries Branch . . . Tunney's Pasture . .
Ontario Ministry of 'Natural '~isouries, . Ottawa, Ontario KIA (1.2
PiO. BOX SO .: . .
. . . .
Maple, Ontario LOJ:IEO . :, - . . D;'.

Appendix 111
Research Needs
A. REQUIRED BY THE 1978 GREAT CAKES WATER QUACITY AGREEMENT
B. RECOMMENDATIONS OF THE SCIENCE ADVISORY BOARD
C. RECObPlENDATIONS OF THE WATER QUALITY BOARD

RESEARCH NEEDS
A. REQUIRED BY THE 1978 GREAT CAKES WATER QUAI- ITY AGREEMENT
ARTICLE I
--t-r -
'
"Researck" means development, demonstration and other research activities
but does not include monitoring and surveillance of water or air quality.
ARTICLE V
2. The Parties shall use their best efforts to ensure that:
I
I
(a) The principal research funding agencies in both countries orient the
research programs of their organizations in response to research
priorities identified by the SAB gnd recommended by the Commission;
and
(5) Mechanisms be developed for appropriate cost-effective international
cooperation.
ARTICLE VI
-. - .- - - . -
. .
1. The Parties shall continue to develop and implement programs and other
measures to fulfil the purpose of this Agreement and to meet the General
and Specific Objectives including:
(e) research and educational programs be strengthened to facil i tate .
integration of cultural , biological and chemical pest control
tzchniques;
(g) development of criteria for the identification of pol luted sediments;
(j) identification of harmful quantities of hazardous pol luting
substances;
(1) programs t.1 identify airborne pol 1 utant sources and re1 ati ve source
contrib~tions, including the more accurate definition of wet and dry
deposition rates.
ANNEX 3
A-.- -
2. (e) Maintenance of a viable research program to seek maxinium efficiency
and effectiveness in the control of phosphorus introductions into the
Great Lakes.
ANNEX 7
-.-. -.-
4. The Parties shall Encourage research to investigate advances in
dredging technology and pathways, fate and effects of nutrients and
con taminants of dredged materials.

ANNEX 12
, .;.. . . . . . .>
, ., . . . . . ..
4. Monitoring. Monitoring and research programs in support of the Great
Lakes International Surveil lance Plan should be established at a
level sufficient to identify:
Temporal and spati-dl. trends' i'n concentration. of persistent toxic ,. .
substances such as PCB, mirex, DDT, mercury and dieldrin, and of
other s.ubstances known to be present .in biota and sediments of the,. . .::-..-.I .
......
Great. 1-akes System;
.: The ;inpach:of persistent t0x.i:~ substances on. the health of humans and
'.the. qual.ity,and health of living aqu.atic.systems;. . . . . . .
. ./
:Theso,urces of input of persistent toxic substances; and
The presence of previously unidentified persistent toxic substances .. :.; .:-.-.,
.. --. ...
Early Warn.i,n:g: Sys:tem. . An earl'y warning.. system consisti fig of, but got . . :
restricted. to,, the following. elements shall be established to
'kriticipate"fukuire: toxi-6 substances problems: . , . . . . . .
....
. . . . . . . . . . .
:
. . . .
. . . . . . . . ;.. . . ,. . . . ,.
8 - . .
' I . . :
D6velopmenl and use of structure-activity corre1iti:ons to pr'edict
envifonmen:tal characteristics of chemicals;
Compi:l ati.on and review of trends i n the production, import, and use :
of chemi c a1.s ; . .
.Review 0.f the results of environmental testing on new chemicals;
Toxic.o~l:ogi,ca.l research on chemicals, and review of research conducted - .-
in other countries;
Maimtenance .of a biological -tissue.bank and sediment bank to -permit. '
retroactive: analysis. to establish. trends over ti.me; , - . . , . ~
Moni toring.'to characterize the presence and significance o f chemical
residues in the environment;
Developmen t:'and% use: of. mathematical ,.models to predict consequences of
various loading rates of different chemicals; and
Development of a data bank for storage of information on
physical/chemical properties, toxicology, use and quanti'tieS in
commerce-of known and suspected persistent toxic substances.
7. --- Research. Research should be intensified to determine the pathways,
fate and effects of toxic substances aimed at the protection of human
health, fishery resources and wildlife of th? Great Lakes Basin
Ecosystem. In particular, research should be conducted to determine:
(a) The significance of effects of persistent toxic substances on humarl
' :-health and aquatic life; . .
(b)' 1nterac.t.i ve effects of residues of toxic substance's. on aquatic life,
wildlife, and human health; and
( c) Approaches to calculation of acceptable loadi 11g rates for persistent
toxic substances, especially those which, in part, are naturally , .
occurring.
'
... . .
: > !
... . . . .. .
. .
,,. - . . .
.....
. . .
I j'.
. . . . . . . . .
. .
, .
.

0. RECOMMENDATIONS OF THE SCIENCE ADVISORY B04RD
1981 Annual Zeport
- sources and pathways of hazardous substances i n t ~ the Great Lakes and
their environmental and human health effects (p. 7)
- methodology for determining relative bioavailability of various forms
of phosphorus (p. 21)
- the relationship between phosphorus and bidlogical prod~cti vi ty and
the movement of phosphorus through 1 arge lake 'ecosystems ( p. 21 )
- long range transport of atmospheric pollutants and thqir interqctions
in the water, sediment and biota of large lakes (p. 33)
1980 Annual Report
- compartmentalization of hazardous substances in large lake ecosystems
(P* 18)
- degradation pathways for hazardous substance? p. 19)
- extent to which pollutants may be tran~mitted to lakes v!?
--groundwater, for.example from industrial waste disposal sites (p. 34)
- development of methods to determine net benefit of pollution control
measures (p. 55)
1979 Annual Report -
- potential effects of man-made chemicals in the environment (p, vi)
- support for research program on acid precipitatioq and its effects,
as recommended by U.S.
and 21)
Council on Environmental Qua1 ity (1978) (p. 20
1978 Annual Report
- cost-effective programs for reducing phosphorus loadings, especially
runoff from urban and agricultural lands (p. 32)
- development and verification of improved eutrophication models (p. 32)
1977 Annual Report
7 studies to determine the exchange of persistent toxic materials among
the air, water, sediment and biota (p. 4)
- development of better analytical methods .for identifyin and
quantifying toxic organic chemicals in the environment 9. p. 4)
- biological availability of phosphorus (p. 15)

1976 Annual Report
---- ----
- Report on "Great Lakes Water Qua1 ity Research Needs 1976" identified
- . 117 ecological issues, 47 technological issues and 71 socialeconomic-political
issues f3r which research was needed (?. 3)
1975 Annual deport . ,
- - . .
. .
. , .- ., , . .' .: . ? '...
. . . . . . . ..... ; ...
. . . . < 1 . ) .-I. . . . .
- societal impact of the Cladopiora problem (n. 6)
- I
long-term, large-scale 'drift and dispersal pattern5 in the Great "
Lakes (p: i) , .
C. RECOMMENDATIONS OF THE WATER QUALITY BOARD
1981 Annual Report
- The absence of any priority or ranting of substances found in the
Great Lakes ecosystem which have the greatest potenti a1 to 'adversely
affect human and environmental heal t?. (p. 5)
- Prepare a single priority list of toxic substances in the Great Lakes
Basin for which inventory data must be developed, rant these
substances according to their potential environmental and human
health effects, and periodically update the list and the rantinq.
- Continue efforts to develop and use structure acti'vity correliitions
and other new screening tests for toxic substances occurring in the
,
Great Lakes Basin. (p. 6) . . . , . . . .
- Field monitoring and research activities be ioordinated, i~ order to
acquire the information needed for priority setting and hazard
assessment. (p. 7)
- Ecosystem stydies of the transport, fate, and effects of ambient
levels of toxic substances in the Great Lakes be encouraged. (p. 7)
- Conduct joint field and research programs into the atmospheric
deposition of toxic substances, in order to conduct scientific
assessments and refine control strategies. (p. 7)
- Dev3lop a common definition of hazardous waste, and develop
compatible programs to ensure the safe transport and disposal of
hazardous wastes among the jurisdictions. (p. 8)
. . . .
: .1
1980 Annual Report
. . .
. . : .
-.-----------.--.-----
. . - . . . .
- Causes of'the shift in trophic conditions in Lake Mickigan are not
ft~lly.unders tood, a1 though they might be related to the severity of
the winter of 1975-77. 'The extent to which t'ie phosphorus control
programs contributed to this improvemeot and t+e permanence of this
improvement are t?e subjects of addi tional research and monitoring.
(0. 13)
. .

- Studies at power plants have not addressed lakewide impacts and
usually suggest that impirlgement and entrainment are insignificant
c~rnpared to commercial catches and that' populations w i 11 compensate
for intake losses. To date, most of t?e studies have Seen concerned
with the local effects of individual plants rather than system-wide
effects. (9. 19, 20)
- Therelationship between reductions in phosphorus loads from
municipal sources and the ecosystem of the receiving water is c3mpIex
and cannot be readily evaluatsd by field measurements. There is
insufficient information re1 ating fish and plankton populptions to
changing phosphorus loads. It is probable that environmental changes
have affected fish stocks, altbough other stresses are present in the
system. (p. 24)
- Because of gaps in knowledge of the eutrophication process,
mathematical models used to estimate lake responses to changes in
phosp+orus loads are regarded only as planning tools, and are used to
quantify and interpret the models which are based on consideratian of
total phosphorus include: the seasonal succession of algal species,
whic!i is presently 1 imited to two species; and finally the question
of the bioavailability. (p. 24)
---.------
1978 Annual
.-
Report
- Scientists have different opinions on the reasons for the low
dissolved oxygen in the Lake Erie central basin. Some attribute this
phenomenon to the recent influence of man in tlie form of increased
phosphorus discharges. Another group views the problem as an ongoing
situation that has not changed appreciably ~ver the past 20 or 30
years. (p. 13) * .
- Levels of PCBs have also declined in herring gull eggs (Table 2.2),
as have levels of DDE, DDT, dieldri~, and HCBs. Associated with
these declines has Seen a distinct increase in reproductive success
from 0.15 in 1974 to 1.01 in 1978. Although the effects of
contaminants on reproductive success is not fully understood, the
prwent findings are encouraging. (p. 13)
- levels of dioxin in Saginaw Bay ranged from 10 to 1,000 pg/g (parts
per trillion), and in Cake Ontario, ranged from 4.6 to 5.5 pg/g.
Further assessments of these concentrations and their environmental
imp1 ications are required. (p. 17)
1 -.--.- 1977 Annual Report
I - The Wat~r
I
Qua1 i ty Board recommends t+at Governments develop rational
schemes to order priorities for evaluating the risk of toxic
chemicals t9 human health and environment. (p. 1)

- The Water Qua1 i ty Board recommends t$at Governme~ts place increased
emphasis on research and development of techniques for disposal of
municipal sludg?, including pretreatment of wastes entering municipal
systems and a1 ternative technology fgr disposal or reuse of waste
treatment by-products. (p. 1 )
. .
- The Water Quality Board recommends that in the environmental
assessment of significant water intakes, t9e Goverriments. require an
;
"eval.uation- od; the; effect on- lakewidelfish pop.ul.ations. ; (9.. 1')
, . .
. .
- .,. . A rgcknt pi-oposal by Detroit ~iison: for a once-through si teon the
.St. Clair River suggests the need for international cooperatiorj in
,
the assessment of the impact of such- facil i ties., particularly in view
of the proximity of this facility to others on the Unit~d Stat2s and
Canadian shores, and concern that existing facilities may already be
affecting walleye populations. , (p. 74) .
.. .
. .
1976 Annual Report
-- -- ---- --
- Standard procedures need to be developed to assess the additive and
synergistic effects in receiv,ing waters of toxic materials from
complex industrial effluents. (p. 18)
- Surveillance programs to identify the presence of toxic materials in
the environment and research programs to determine their effect on
human health were also recomvended. (p. 26)
- 1975 -- Annu31 ----------
Report
- Continued support be given to the development of "late effect models"
to provide guidance for eutrophication and other pollution control
programs. Further, it is recommended that increased efforts 'be made
to refine the estimates of phosphorus loadings fro7 the atmosphere
and land drainage, and determine the fraction available for
biological growth. (p. 13)
- The Board further suggests hat efforts be continued toward the
further scientific development and verification of "lake effect"
mathematical nodels and urges the use of such models by governments
to guide the development and assessment of remedial programs.
(P* 70, 71)
- The economic and technical feasibil i ty of requiring further
reductions in p$osphorus conteqt af point-source discharges be
investigated. (p. 71)
1974 'dnnua-1. Report .
--..-.-------A
..
. . .:. . , .., .
,
. ( . '
- In vi~w of t'?e continued se.oious ppoblems witii dissolved oxygen
depl ?ti on in Cake Erie, Governments actively support continued
investigations and research into the problem as a basis for assessing
t$e effectiveness of remedial programs and modifying t$em as
-equired. (p. 10)

- That efforts continue to be madeto identify the extent of, and
develop programs for, the control of. pollution from combined sewer
overflows. (p. 11)
- 1973 Annual Report
- The need for data on the levels and effects of a variety of
persistent contaminants in the Great Lakes environment has become
increasingly evident in recent years. Most State and Provincial
environmental agencies have responded to this need by instit~ting
surveil 1 ance programs to monitor levels of mercury, chlorinated
hydrocarbons and their residues, and more recently, PCBs in the
wat?r, sediment and biota of the Great Lakes. (p. 35)
- Additional research is necessary to determine the environmental
significance of observed levels of PCBs in the biota and to evaluate
human health imp1 ications. (p. 38)
- Considerable research, particularly in the field of pulp and paper,
is Seing conducted across Canada and elsewhere, and the Ministry is
monitoring this work. Technology for the control of toxicity in
paper mill effluents is still lacking. (p. 73)
- Pollution via overflows from combined storm and sanitary sewers
continues to be a major problen in the Great Cakes. (p. 83)
- Because of very high cost of control 1 ing combined sewer discharges by
existing methods such as sewer separation, little emphasis has been
placed on this problem in the past. However, active research
programs are underway which will more adequately define the scope of
the problem, and lead to the developinent of the most economical
methods of control and/or elimination. (p. 83)

Appendix IV
Classification and Coding System
of Research Projects

CLASS IF ICATION AND CODING SYSTEM OF RESEARCH PROJECTS
The fol lowing describes the approach used' to classify Great !-akes research
projects and to describe their objectives:
Research needs were classified. accordinq to the nature of the problem
being studied, research subject (s), and the-activi --- ty under which each project
may fit wit'lin thereqfiioT the Great Lakes Water Quality Agreement
(Table 1).
A. Research Problems
--.---
Six specific problems were identified: toxic or anics, toxic metals,
p+osphorus, nutrients, pathogens, and thermal discharges 9 Section A of Table '
1 ). Ewh of these problems is coded by a capital letter, e.g. A,B,C,D, as
indicated in the table. If the project description indicated that tine problem
Has toxic substances, but did not indicate whether it was dealing with toxic
metals or organics, or if the project was dealing with other deleterious
substances, e.g. asbest~s fibers or chlorides, t+en it was classified as
"Contaminants - general" wit11 the code letter "EN.
If the project was dealing with a specific problem which was not
among the problems mentioned, for example current measurements, then it was
classified as "Other" with a code letter "H".
If the project description did not specify the 2xact nature of the
problem, it was classified under "Unspecified" with a code letter "I".
If th2 project dealt with more than one of the problems identified
above, then it was classified as "Several ". In a1 1 cases, groups of keywords
were used to identify the specific problems being investigated.
b
Research -----.- Subject
To investigate a problem, research activities may involve some or all
of the following subjects (see Section B of Table 1):
Code
li-71-
0 Source
.----------
and Loading
Determination of the source(~) of the ~roblem and the quantities of
the polli~tants reaching the'~reat ~akes;
Character istics
ITeTf~QicaTToTof t+e characteristics of the problem. In the case of
a pollutant, it is important to know its physical, chemical and
toxicological properties. For example, scientists found that t7ere
is a correlation between tbe structure 9f some chemicals and their
dcti vity in the environment, including their rates of bioaccurnu! ation
and persistence in biological systems;

. .
' . . . .
. . .'.
,- .
. . , . . - . ... .
2" Fate and Transport
Beterminationofthe fate of the pollutant in the environment
including retention of its characteristics, t9e influence of
environmental factors on these characteristics and its distribution
among the various c~mpartments of the environment, ie. water,
. . sediment, air and.Siojogica1. systems. It is .also important to $now.
how the substance moves from one. location or. compartment to another; .,. .
113" Env jronmen tal ..Impacts ,. , .,..
. . - . ,.
---.- . -. -- , . .
: . : Determination of the impacts of the: problemon 1 iving and non-l,ivin$.. ,!.. .-. ..
cornponen ts of. the env i'ronment; . . . . . . . . .. , . .,::
" 4" Human Heal tb Effects
~ i i i i ~ ~ ~ n ~ t eimpacts n t iof a the l problem on human heal t'l;
. I
.
"5"
- ~ethod,
- . . ..
. .
. . '.
~evelo~ment and~odel ---- ing '
,Develop~~6t.ofofnew technique~ and methods to mea~sure"the probjem,.and
..- . - ..-development of matnemat,ical mode.1~ to predict its behaviour an,d . ,. . .
.. .,
potential impact on the. env.ironmen t and human : heal tli; . . .. . ...
, . . . .. .
. .
. _ ,... . .
. :.,
Criteria: .:. . . .
Development of objectives, standards, criteria, guide1 ines and . . . . . .
regulations;
. .
IMan ---?=--a pmen t . . .I
neve opnent of cost-effective management itrateiies to control and/or..'. :
alleviate the problem.
. .
Activity ------- Under the Agreement --
An attempt was made to relate each problem to one or more of the
several activ i ti ek -8(sources) out1 ined in the' Agreement, for example
atmospheric, dredging, municipal, shipping, non-point, other, unspecified,
several (see Section C of Table 1 ).
In the attached computer printouts, each project was identified by an
International Joint Commision (I JC) serial number, followed by a letter
indicating whether it is a United States project (A).or a Canadian project
(C), then the agency project number as indicated on each projsct description,
for only current research and by page number as it corresponds to the 1975
Research Directory for historical research, followed by a triple coding
classification system consisting of a capital letter identifying the problem
being investigated, followed by to three numbers referring to the
subject (s) being addressed and finany a small letter identifying tie activity
under which the project is being conducted. For example, a project which is
deal ing wi t'i the prob 1 em of toxic organic5 and is addressing three subjects
including fate and transport, human health effects, and method development,
and is related to pollution from industrial sources would be assigned a code
,~f "A 245 c". +
For t'ie 'convenience of t'le reader, coding letters and numbers are also
tr ansl ated in to words under each project smmary.
i

In additiorl to the coding system, a set of teywords was used to identify
the specific aspects of each study. These keywords may include: names of
specific pollutants under investigation; environmental components being
examined, whether water, sediment or biota; location of the study including
the name of the 1 ake, bay or river; as well as any other specific informstion
which might assist tfie Board in its review.
The informstion stored in the computer also includes the name of the
funding organization, the name of the organization performing the research and
the funds allocated for the project in each fiscal year.
TAFLE 1
CLASSIFICATION AND CODING OF RESEARCH NEEDS
R ------- ES EARCH PROBLEM CODE -
Toxic organics
A
Toxic mstals
B
Phosphorus
C
Nutrients
D
Contaminants - general E
Pathogens
F
Thermal discharges G
Other
H
Unspeci f ied
Several
I
J
B. '
RESEARCH
-
SUBJECT . . ' CODE
-
:
Source and loading
. .
. 0
Character isti cs 1
Fate and transport 2
Environemtal impacts . 3
Human health effects . 4
Method development . ,
and modeling , .
Criteria
5
6
Management . . 7
Other 8.
Unspecified : 9 . .
--.----
ACT1 V ITY (SOURCE)
-
CODE
Atmos pher ic
Dredging
Industrial
Mun i ci pal
Shipping
Non-point
Other
Unspecified
Several

Appendix V
Current Research Activities
in the Great Lakes

TODAY'S GATE IS OCTOBER 19, 1982
RPPEtJDIX '4:
CURFEHT RESEGFCH LCTIVITIES IN THE CREBT LbKES
=tZSI===tSD=ID=15:=S8='-fL====fL==::tC==t====Si========ZS========~===~===================z=================================================
I . J.C. LGENCY PROJECT FUNDING PERFORR! NE RllDVNr
SERIBL PROJECT CODE ORGGNIZRTION ORGRNIZfiT ION FUNDED KEYYPEDS
NO.
NO.
-------=-----------------------------------------------=-------------------------------------------------
==========t==========t==Sft-- ---------------------------------------- -------------------------------------------------
E 136 h ERL-D ERL-D FYB1 102,680 TOXICITY TESTING, PRIORITY CHERICfiLS,
FISH,
(E=CONTfiNINfiNTS, CEN. l=CHARACTERISTICS 3=EHVIRONRENTRL IRPACTS 6=CRITERIP h=UNSPECIFIED SOURCES)
002 P 0302 B 156 h ERL-D ERL-D FY8l 43,600 TOXICITY TESTINGP
..:, ,
(B=TOXIC RETALS I~CHARLCTERISTICS 5=tlETHOD DEV. b. RODELIHC
.
6=.CRITERIP
.
h=UNSPECIFIED SOURCES)
i
003 A 0303 E 7 i ERL-D ERL-D FY81 11,800 IJC, TOXIC SUBSTPNCES, hDVISORY,
k?, - - FY82 14,400
(E=CONTANINLNTSt CEN. 7=NLNPCERENT irSEVERAL SOURCES)
004 A 0305 B 35 h ERL-D ERL-D FYBi 20,060 TOXICITY, CADWIUH, FISH*
. . FY82 34,460 ST. LOUIS RIVER,
I
(B=TOXIC METALS 3=EWVIRO~#ENTftL ]#PACTS 5=#ETHOD DEV. b HODELINC h=UNSPECIFIED SOURCES)
095 A 0309 B 135 h ERL-D ERL-D FY81 79,100 TOXICITY TESTING, FISH, CADRIUR,
FY82 154,900 HARDNESS, LLKILINI TY t SUSPENDED SOLIDS,
(B=TOXIC HETbLS l=CHARACTERISTICS 3=ENVIRONRENTRL IRPACTS 5=flETHOD DEV. b RODELINC h=UNSPECIFlED SOURCES)

006 A 0310 E 123 h ..,ERL-,D ERL-D FlJ0l 21,060 TOXICITY, PRIORITY CHEMICALS* 8IOTAa
FY82 30,400 MATER CHEWISTRY,
(E~COHTAHIWANTS, CEN. 1-CHARACTERISTICS 2-FATE AND TRbNSPORT 3=ENV?.fiON#ENTAL IMPACTS h-UNSPECIFIED SOURCES)
. .
007 A 0319 E l 5 h ERL-D ERL-D FYS2 ' 24,030 TOXIClTY TESTING, STREAMS,
(E=COWTA#IWANTS, GEN. l=CHAi?tiCTERISTICS S=HETHOD DEV. t HOOELING h=UNSPECIFIEO SOURCES)
B 23 a ERL-D ERL-D FYSl 4,100 ACID RRIN, HEAVY RETALS,
FY 82 25,100 IHTERACTIVE EFFECTS, LRKES,
310 R 0402 A 5 h ERL-D : ERL-D
FY B i 110r499 AHRLYSIS, DIOXINS* FURRNS.. FISH-
FY82 106.j 300.
!A=TSXIC ORGANICS 3=19ETHOD DEY. B MODELING h=UNSPECIFIED SOURCES)
A 1 5 h EEL-D ERL-D ~ r e i ie6,aoo STRUCTURE-ACTIVITY, TOXICITY,
FYB? 181; 460 5! OACCUHULAT I SW, PEES! STENCE, SEHZENES,
HDDELS,
(A=TOXIC ORGANICS 1"CHARACTERISTICS S=WETHOD DEV. 8 HODELIHG h=UNSFECIF!E@ BO'URCES~

. ,. ... . . .
. ... ... . . . 812 FI '0405 ' FI' 15 'h '" E ~ ~ -.. D . E.RL-D . . :. , '- FY81 - - 17,500. STfiTISTICAL ISODELLING,
FY82 16,600 STRUCTURE-ACTIVITY,
FYGi 46,890 TOXICITY TESTING.. CHEAICGL I$IXTVPES,
FY 82 50,390 FISH, RODELS,
(E=CONTANINfit!TS, CEN. J=ENVIRONRENTAL IMPACTS 5=METHOD DEV. & N@DELINC h=UNSPECIFIEG SOURCES)
014 A 0409 A 35 h ' ERL-D HOHT . S U. '
. .
FYBI 160,000 TDXICITY TESTING: FISH:
FY 82 f 5,ooa
( FI=TOXI C ORCGNICS rj=EtiVIRONliEHTFIL .IHPACTS B=HETHDD ,DEV. & HOGELING h=UHSPECI FIEG SOURC'ES )
w "15d 0410 .. CI:Z h ERL-D U.ldl. FY 81 15,890 SURVEILLANCE, PESTICIDES, PCP'S, FISH,
Ol FY 82 6% 609
!i!=TOSIC OEGQN!tS 2=FATE RNG TRRNSPORT h=ONSPECIF!ED SOURCESi
a 125 h
. .
ERL-D
FY81 184,980 TOXICITY TESTING. STRUCTURE-ACTIVITY,
FY82 176,660 BIODECR6DATION,
($=TOXIC ORGANICS :=CH6EACTEEISTICS 2=FATE AND TRCNSPORT 5=flETHOD DEY. b MODELING h=UNSPECI:!ED SOURCES)
fi 3 h, ERL-D ERL-D 11:700 TOXICITY, STRUCTURE-ACTIVITY, FISH,
51,500 PHYSIOLOGY,
. ' ! A =TOXIC ORGANICS J=ENVIRONNENTAL INPRCTS h=UNSPEt IFIED SOURCES)

618 A 0427 A 7 h ERL-D HONT. SU . FYel 294,446 TOXICITY, STRUCTURE-ACTIVITY,
FY82 296,260 PROGRAH DEYELOPHENT,
(CI-TOXIC ORGANICS 7=MANACEWENT h=UNSPECIFIED SOURCES)
919 CI 0439 CI 15 h ERL-D E . NCIZ. COL . FY 82 49,000 TOXICITY, STRUCTURE-BCTIY ITY, WODELS,
(CI=TOXIC ORCRNICS l=CHbRRCTERISTZCS S=RETHOD DEV. b RDDELINC h=UNSPECIFlED SOURCES)
620 A 0431 A 23 d ERL-D ERL-D FY 82 35,660 BIOAVAILABILITY DIOXINS, FURINS. FISH.
(&=TOXIC ORGANICS P=FATE AND TRANSPORT 3=EHVIRONHENTAL lMFLCTS d=MUHICIPRL SOURCE)
W
021 CI 0209 E 23 h ERL-D ERL-D FY81 23,500 CISBESTOS FIBERS, AttUflULATION: FISH,
FY 82 33,600
(E=COHTCIRINCINTS, CEN. 2=FCITE RND TRCINSPDRT 3=ENVIROHRENTQL IWPCICTS h=UNSPEClFIED SOURCES)
022 A 6213 E 02 c ERL-D ERL-D FY81 4, 666 SURVEILLANCE 4 ASBESTOS FIBERS,
FY82 9,600 D:STRIGUTlON, LRKE SUPERIOR,
(E=CONTCIRIHANTS, CEN. O=SOURCE RND LORDING 2=FATE AND TPQNSPORT r=IHDl-iSTRIPL SOURCE:
E 15 h ERL-D ERL-D FY82 54,304 STRUCTURE-ACTIVITY, FIBRILS,
CARCINOGEMECITY, STATISTICAL WODELLIMG,
(E=COHTAHIHANTS, GEM. i=Cf4ARIC?ER!ST!CS 5=#ETHDD bEV 9 #ODELING h-UWSPECTFIED SOURCES!

924 A 9216
. . . .
, ,
. . € 5 f ERL-D
ERL-D FY 82 n PHYSIOLOGY, FISH.. TOXICITY,
. .
., CREHICAL PIXTURES: LERCHRTES: RDDELS,
(E=CONTAUlNANTS, GEN S=METHOD DEV % UDDELINC f=NON-POINT SOURCE)
A 235 :g ERL-D ERL-D FY8l . 120,900 PESTICIDES, TOXIC1 TY PIOTP, STREARS,
FY82 46- 399 RODELS,
(A-TOXIC ORSRNICS 2-FATE AND TRGNSPORT 3=ENVIROHMENTQL IUPBCTS 5=METHOD DEV. t UODELING g=OTHER SOURCES)
23 g . ERL-D ERL-D
, .
FY81 21,100 DIRZINDN, TOXICITY, 8IOTP: PHYSIOLOGY,
FY82 ' 15,390 STREARS,
.c:A=TOXIC ORGANICS 2=FATE AND TRANSPORT Sr=ENVIRONMENTLL INPRCTS p=OTHER SDURCES)
L 23 g ERL-D ERL-D FYPl 3,500 PESTICIDES: SUSPENDED SOLIDS,
BIOACC.UUULATION, FISH., TOXI CITY,
. .
(A-TOXIC ORGGNICS ?=FATE PND TRRNSPORT J=ENVIRONUENTBL IMPRCTS g=OTNER SOURCES)
026d 6108 E 5 g ERL-D ERL-D
FY 82 34,560 TOXICITY, TOXICITY TESTING. MODELS.
FY83 Z50,bOO
FY84 2b0.00~.
(E-COHTAHIHANTS, CEN. 5-WETHOD DEY. b HODELIHC g-OTHER SOURCES)
029 A 0599 -. E .35 a ERL-D U.., UI tin FY81 39,900 QTROSPHERIC PEPOSI TION, TOXICITY t
FY82 74,800 flQUATIC ENVIROHRENTS, RODELS,
-!E=CON.TAMINAI;TS.. GEN. 3=ENVIRON#ENTLL IMPFLCTS S=HETNOD, DEV. B NODELING b='LTflOSPHERIC SO'URCE)
. .

030 A 0606 E 7 h ERL-D EEL-Dr'LLRS F'4'8i
0, 606 PROCRbM DEVELOPMENT, UATER QUALITY,
PLAN,
IE=COHTA#IHANTS, GEH. 7=MBNBCEMEHT h=UHSPECIFIED SOURCES)
031 B O6Gl E 7 h ERL-D ERL-D/LLR8 F'iB1 44, fififi PROFRAY PEVELOPMEHT: FqTE GND TFGHSPDF!T,
FY BZ 179~50C Et4ViRDHliEtiiRL iEPt?CT. MODELS.
V33 h $663 C 05 h - ERL-D ERL-D/LLF;S FYBl 682 400 STAT1 STICAL MODELL LHG: LAKE HOECI~~,
FYBZ 103, 760 Si4G!NBM BAY,
! C=FHGSPHURUS O=SOURCE AND LOBD:HC S=#ETHOD DEV. h PlODELINC h=UNSPECIFIED SOURCES)
E 57 h ERL-D ERL-D/LLRS
iE=tONTQMIHBNTS, GEN. 5=flETHOD DEV. R MDDELING 7-flfiNAGEMEHT h=UNSPECIFIED SOURtE5i
H 25 b ERL-D U. CBLIF. FY81 85.500 SUSPENDED MBTER IBLS, FIODELS,
. F Y 8 2 . 90,SGO
rt!=OTHER :=FhTE dHC TRRt;SPORT 5=flETHOD DEV. HoDELIHG C=DREDGINC>,

536 L 06?6 .J 925 h ERL-D ERL-DCLLRS FY8l 42,700 TOXIC HETLLS- TOXIC ORGANICS, HPDELS:
, .
, .
. . . .
. ...
. . FY 82 43,000
!J=SEVEP.PL C:=SOVRCE 6ND LOdDING Z=FLTE L#D TR6NSP(IRT 5=flETHOD PEV. b FOPELINT; h=URSPECIF!ETr SOURCES,
. .
05: A *LO:
. .
E 24 h ERL-D UI.PU6.H. FY81 268;600 DBTA COLLECTION. BREAST MILK.
FY6l 10,800
(E=CON:A#INfiNTS, CEN 2=FRTE CIND TRANSPORT 4=HUPIAN HECILTH EFFECTS h=UNSPECIFIED SOURCES)
038 FI 0608 D 93 h ERL-D U.HINN FY8l 55,860 ZOOPLANKTON, LAKE HURON, SRGINAY PLY?
FY B2 0
f D=NUTRIEtJTS O=SOLlRCE LND LDADIFC 3=ENVIRONHENTAL INPLCTS h=VNSPECIFIED SOURCES?
-I=
0 039 L 0609 D 935 h ERL-D U fl FYPl 8,800 PHYTOPLBNKTDN, MLSTEULTER TRELTMENT,
FY 82 79-400 LLKE HURON: 8AGiNLU PRY, rjDDELS,
(D=NUTRIENTF O=S@URCE LND LOLDINC 3=ENVIRONHENTLL IHPLCTS 5=flETHOD DEY. b HDDELING h=UNSPECIFIED SOURCES)
C 12 h ERL-D CLARK. FOL . FY8I 80,300 PIO~SSLY. PIOLVAILABILITY,
FY82 50,390 SUSPENDED SOL IDS, LLKE ERIE; RIVERS,
(C=PHOSPHORUS l=CHGRACTERISTICS 2=FLTE AND TRANSPORT h=UNSPECIFIED SOVRCES?
041 L 0611
. ;
9 9 a ERL-D . ..
DEPGUL U. FYRI 71,399 PFP'S: PREFIPITBTION, LAKE t4IFHIGAN~
. . .
!G=TOKIC ORGRNICS O=SOURCE LNG LOLDING a=BTll06PHERIC SOURCE)

. .
. .
J 25 h ERL-D MAN. CDL . FY8i 8,606 RBDIOACTIVITYJ PCB's, EUTRDPHICATION,
FY82 257,300 MODELS,..: - .
(JmSEVERAL PIFATE AHD TRANSPORT 5=METHOD DEV. k MODELING h=UNSPECIF!ED SOURCES)
043 A 0613 J 025 h ERL-D CR.INST.SC. FY81 290,000 TOXIC ORGANICS, NUTRIENTS,
FY82 211 500 DLTA COLLECTION? ECOSYFTEH, 19ODELSd
(J=SEVERfiL OPSOURCE fiND LORDING Z=FRTE RND TRRNSPORT 5=nETHOD DEY. b HODELINC h-UNSPECIFIED SOURCES)
044 A 0614 E 7 h ERL-D (70HP. SC . FY81 220,000 PROGRAR DEYELOPHENT, COHPUTER,
FYBZ 296,79P YRTER QUALITY,
(E=CONTRRINANTS, CEN. 7=RANACEHENT h=UNSPECIFIED SOURCES)
EEL-D/LLRS FY82 1658906 RIVERS, FLIHT RIVER, DATA COLLEC:ION,
MODELS,
(E=COHTAMINA#TS, GEN. 0=SOURCE AND LOADING :=RETHOD DEY. t MODELING h=UNSPECIFIED SOURCES)
646 A 6622 A 2 h ERL-D TEXAS dtM FY82 16,006 PCB's, ANALYSIS,
(A=TOXIC ORGANICS 2=FATE AND TRAHSPORT h=UNSPECIFlED SOURCES!
E 025 h ERL-D ERL-D FY82 2,500 LAKE HICHIGANJ LAKE ERIE,
TOXIC SUBSTAMCES, PERSISTENCE,
EU:ROPHICHTIOHJ #ODELS,
( E=COHTA#INANTS, GEN. O=SOURCE AHD'LOADINC PIFATE AND TRANSPORT 5=METHOD DEV. 6 HODELI NC h=UNSPECIFl ED SOURCES)

A 3 '
h. 'ERL'D . : U . RI NN.. FY82. ,599000 TOXAPHEHE, - PLANKTON, PHYGIOL@GY,
. . .
LGRE SUPERIOR,
(61-TOXIC ORGRNICS 3=ENYIRONflENTRL IHFACTF h-URSPECIFIED SOURCES)
049 A 0626 E 7 h ERL-D fl T U FY82 70,800 POLLUTION, OXYGENZ LAKE H ICHIGAH,
CREEH BAY, SOURCE AHD LORDING:
(E=CONTAHIHANTS, GEN. 7=HANACEqENf h=UHSPECIFIED SOURCES?
. .
E 7 h ERL-D
. . . . .
(E=COMTAHIHANTS, GEN. 7=HANAGEPIENT h=UHSPECIFIED S0URCE.S)
LLRS FY82 22.800 CHLORIDES, SALTS* ECOLOGY 8
PHYTOPLANKTON. SOURCE AND LOADING.
PLAN,
. .
C
M 051 A 0628 C 7 h ERL-D, LLRS
. .
(C=PH@SPHORUS 7-HANACEREHT h=VNSPECIFIED SOURCES?
052 G 0629 A 245 h ERL-D RES.TRIAINST FY82 50,800 PCB'S, ANALYSIS,
rP=TOXIC OSGflNICS 2-FATE AFD TRfiNSPORT 4=HUflAN HEALTH EFFECTS 5=flETHOD DEY b RODELING h=UNSPECIFIED SOURCES)
E ,7 : i ERL-D, LLRS FY 82 10,800 TOXIC SUBSTANCES, TOXICITY,
: PROCRIfl DEYELOPHENT, HEARSHORE,
FATE AND TRANSPORT,
EWVIROHHENTBL IHPACT, LAKE SUPERIOR.
ST. 'LOUiS HirRPOR..
i E=tOt!TARINANTS: CEN. T=WANGGEHENT isSEYERAL SOURCES )

654 R 0631 E 356 h ERL-D ERL-D FY 02 71,560 HAZARD ASSESSMENT,
iE=CONTA#IHAtJTS, CEN. 35EHVIRONWENTAL IHPACTS 5=#ETHOD DEY. & t4DDELIHG 6-CRITERIA h=UNSPECIFIED SOURCES)
055 b 0632 E Z h ERL-D ARGOHHE HAT. LAP FY82 50> 000 BIOACCUPIULATION. TOXiC SVRSTAHCES,
(E=COHTQHINRNTSt GEN. Z=FQTE PHD TRQNSPORT h=UHSPECIFIED SOURCES)
!A=TOXIt ORGfiHICS 2=FATE AND TRANSPORT h=UNSPECIFIED SOURCES,
FY81 100~QOQ PEP'S: WATER, SEDIflENTS, RIVERS: FISH,
FY 82 lOQt000 LAKE HI CHI GRR 1
FY01 99,485 TOXAPHENE, ATMOSPHERIC DEPOSITION.
F Y ~ 140,0OO LAKE MICHIGAN2 PREC1P:TATION.
iA=TOXIC ORGANICS 0:SOURCE AND LOADING 2=FATE AND TRAMSPORT a=ATF?OSPHERIC SOURCE)
058 A 0635 A 2 h ERL-D CR.INST.SC.
FY 22 195;aE3 SEDIWEHTS. BIOTA, MhTERFDUi. BENTHOS,
LAKE ER:E, DETRU!T RIVER, ANaiYS IS,
BIOACCUWULAT 1 OH,
(A=TOXIC ORGANICS 2=FATE AND TRANSPORT h=UNSPECIFIED SOURCES)
459 A 0636 H 25 h ERL-D DSU FYB2 20,000 SEDIt4EHTSd HEARSHORE, LAKE ERIE, t40DELS2
(H=OTHER 2=FATE AND TRRNSPORT SnPlETHOD DEY. 6 WODELIHG h=UNSPECIFIED SOURCES)

. -
063 B 8 H 3 h GLFC U.YI.
FY8l 9,000 TERPERQTURE~ LIGHT, OXYGEN.. FISH,
FY 82 3,000 ROPILITY, GENETICS,
(H=O~HER Z=ENVIRCNHENTBL IHPRCTS h=UNSPECIFIED SOURCES)
061 R 9 E 7 h GLFC PRIVRTE CONSUL. FY82
7,200 REHitBILITRTION, ECOSYSTEH: FISH:
COST-BENEFIT,
( E=CONTAflINANTS.. GEM. 7=RANRGEHENT h=UNSPECIFIED SOURCES)
E 73 h CLFC CLFC FY81 48,500 ECOSYSTEH, REHfiBILITitTION: EtONPRICS,
FY 82 16,900 ECOLOGY, COST-BENEFIT: FISH-
i E=COHTAllINGNTSI GEN. 7=flANRGEUENT 3=ENV IRONRENTBL IflPRCTS h=UNSPECI FIED SOURCES)
C
c 963 B 1300-83410-974-10 .J 3 i FYS GLFL
FY81 218,000 FISH, HAPITBT, NERRSHORE, PRfiDUCTIQITY,
FY82 210,400 DREDGING*
iJ=SEQERRL 7=ENVIRONHENTRL IRPRtTS i =SEVERGL SOURCES)
064 1 1300-83410-974-20 D 03 i FUS
FY 81 162,600 ATHOSPHERIC SOURCE, NDN-POINT SOURCE,
FY82 189.900 RIVERS, SUSPENDED SOLIDS,
UbTER YUALITY, GIOTA, BENTHOS,
PLbNKTGN PRODUCTIVITY 4 AYIILABILITY,
(D=NUTRIENTS O=SOURCE AND LDfiDINC 3=ENVIRCN#ENTAL IKPfiCTS ;=SEVERAL SGURCE:)
GLFL FY82 20,000 SHORE, EROSION, RITIGATION<
ENVIRONHENTRL IflPAtT,
ROUATIC ENYIRONHENTS, NEAISHORE,
LfiKE HUROH,
i J=SEQERRL 3=ENV IRONREHTBL I APACTS 7=RBNBGEHENT b=DREDGING)

066 A 1933-772-38 J 37 i ACE
. . . - .
FY 02 54,300 WON-POI HT SOURCE, DREDGING,
. .
EHVIROH#EWTAL ItlPACT, MATER QUALITY,
BIOTA, BEHTWUS, FISH, LAKE ERIE,
067 L 1306-83410-974-60 H 37 g FMS CLFL FY81 172,060 ENVIRONMEHTAL IMPACT, FISH, PHYSIOLOGY,
FY8Z 186,106
(H=OTHER 3-ENVIRONMENTAL IMPACTS 7-MANAGEMENT g-OTHER SOURCES )
068 A 1110-83410-756-50 E 235 i FMS CLFL FY81 332,000 DYNARICS Dl STRIBUTI ON, TRENDS,
FY82 304,700 TOXICITY 8 ANhLYSIS, FISH.
MASTE HnNACEMENT,
.(E=CONTAWIH&NTS, GEM. 2=FATE AND TRANSPORT 3=ENVIRONMENTQL IMPfiCTS 51METHOD DEV. & MObELlNC ;=SEVERAL SOURCES)
i=
Ln 069 R 1110-83410-750-70 E 135 i FWS GLFL FY8i 93,000 TOXIC SUBSTRtiC.ES, TOXICITY, PIOTR, FISH,
FY82 123,300 PHYSIOLOGY, BIOCHEHI STRY, iIETHODOLOGY.
(E=COUTARINRNTS~ CEU. l=CHRRACTERISTICS 3=ENVIROUREUTRL IIlPRCTS 5=IETHOD DEV. & RODELINC i=SEVERRL SOURCES)
A 14 h NOAAJSUNY.COR.U SUNY,COR.U FY82 40,907 BIOTA, ALGAE, CHEMICAL CHARACTERIZATIONJ
LAKE ERIE, LAKE HICHIGANJ
(A=TOXlC ORGlUICS l=CHRRRCTERIFTltS 4=HUIlAN HERLTH EFFECTS h=UNSPECIFIED SOURCES)
FY0l 42,229 PARTICULATES, SUSPEHDED SOLIDS,
FY 02 44,451 TE#PERATURE, IHTERACTI VE EFFECTS,
BIOTA,
i H=OTHER 3=EHVIRONHENTAL 1 HPACTS h=UH.SPECI FIED SOURCES )

H 237 b NOAA,ACE,SUNY SLlNY,COR.U FY8l 166,569 SEDIRENTS: HRRBOUR, YASTE flANACEHENT,
VRTER QURLITY t
(H=OTHER 2=FATE @ND TRANSPORT Z=EHVIRONflEHTAL IRPRCTS f=RAHAtEftENT b=DREDGINt)
19,759 SEDIMENTS, PLRN, HRRBOUR,
10,297
E 37 c NORAnSUNY,COR.U SUNY,COR.U FY 81 23,014 VASTE HRNACERENT, BIOTA t .FISH,
FY 82 86,093 01 OACCL~RULRTI ON 8 LEACHATES,
LAKE ONTRRIO,
(E=COHTdftINRNTS, GEM. 3=ENVIRONRENTAL IHPICTS ?=flRNBCEfiENT c=INDUSTRIAL SOURCE)
(H=OTNER 7-NRNACEMENT C=NON-POINT SOURCE)
H 7 f WOAAnSUHYjCOR.U SUNYtCOR.11 FYBl 46,338 EROSION, NEARSHORE,
FY82 51,389
H 257 g NOAA.SUHY,COR.U SUNY.COR.U FY 81 43,792 MAVES. NEARSHORE.
FY 82 49.366
(H=OTHER 2=FbTE AND TRANSPORT 5:tlETHOD DEV. & HODELINC 7=#ANfiCEHEHT g=OTHER SOURCES)
H 35 f HOAR ,6UNY,COR. U SUNY, COR. U FY81 54,438 EROSION, SOIL, LAKE ONTRRIO, HODELS,
FY82 64,281

H 23 f NOBA,SUNY ,CUR .U SUNYaC0R.U FY 82 89,607 DYNAMICS, EROSIOM, NEARSHORE,
LAKE ONTARIO, LAKE ERIE,
(HIOTHER 2sFATE AND TRANSPORT 3=ENVIROW#ENTAL IMPACTS f=NON-POINT SOURCE-)
H 23 f NORA,SUNY,COR.U SVNY,COR.U FY 82 27,568 EROSION, HEARSHORE> TEfiFORRL VI~RI*TI@NI
WAVES>
!H=QTHER Z=FATE QHD TRFIHSPORT 3=ENVIRQNRENTRL IRPitCTS f=HDN-POINT SOURCE)
384 R FIiS-1 H 7 f NORAISUNYtOOR.U SUNY,COR.U
! H=@THER ?=WRNACERENT f=NON-POINT SOURCE)
2
W 081 A C/P-1 I 7 h NOAA,SUNYJCOR.U SUNVdC0R.U
! I =UNSPECIFIED 7=HAHACEHENT h=UNSPECIFIED SOURCES )
082 A E/K-6 I 7 h HOAA,SUMY,COR.U SUNY,COR.U
FY 81 89,438 PROGRAM DEYELOP#ENT, EDUCATION*
FY 82 50,395 NEARSHORE.
( I =U#SPECIFIED 7=flANGCEREHT h=UNSPECIFIED SDURCES )
083 FI R/L-3 I 7 h NORA,SUHY,COR.U SUNY,COR.U
FYBl 1242178 LEGALITIES, EDVCRTION~ NEARSHORE,
FY82 124,496
! I=UNSPEC IF I ED 7=flitNAGEHENT h=UNSPECIFIED SOURCES )

!H=OTHER 7=RANRGEflENT h=UHSPECIFIED SOURCES)
035 A E/I-3 I 7 h N0hA SUNY, COR. u FY 81 206,250 EDUC6TI ON,
. . FY 82 193.750

030 A E/CLE-3 I 7 h WOAA U M
FY 81 124 643 IHFORMATION, EDUCATIOH,
FY 82 5,000
( I=UNSPECIF IED 7=MAHACEMENT h=UWSPECI.FI ED SOURCES )
(H=@THER 3=ENYIRONMENTAL IUPBCTS S=flETHOD DEV. fiODELING h=UNSPECIFIED SOURCES)
FY 82 43,000 El OTB, FISH, HABITBT, RE HA PI LIT AT ION^
PRODUCTIVITY, RODEL51
(A=TOXIC ORGBNICS 3=ENVIRONMEHTAL IMPACTS 6=CRITERIA h=UNSPECIFIED SOURCES)
RSU FY82 12,840 PESTICIDES, TOXICITY TESTING, BIOTB,
FISH: PHYSIOLOGY,
B 35 h WOAA FY82 22,402 BIOASSAY, CIDMIUI, ZIHC.
TOXICITY TESTING. BIOTA. FISH,
PHYSIOLOGY 8 TEHPORAL VARIATI OH,
DISTRIGUTIOH, SURVEILLANCE.
iB=TOXIC METALS 3=EWVIROWllEHTAL IMPACTS 5=METHDD DEV. & HODELIHC h=UHSPECIFIE@ SOURCES)
A 13 h WOAA FY8i 29,895 PCB'S, DYHAMICS, UBTER. SEDIHENTS,
FY 82 46.632 BIOACCUHULATIOHA BIOTA, PLAMKTOW,
ZOOPLAWKTON~ LAKE WICHIGGN, ECOSYSTEM,
TEHPORAL VARIdTIOHt
(A=TOXIC ORGANICS 2=FATE AND TRANSPORT 3=ENYIROHMENTAL IMPACTS h=UNSPECIFIED SOURCES)
095 B R/TS-22 A 2 h HOIA UM FY 82 40,258 BIOTB, PLAHKTON, ZOOPLRHKTOM, Plfl's,
(I=TOXIC ORGANICS 2=FATE AND TRANSPORT h=UNSPECIFIED SOURCES)

FY81 38,194 SEDINENTS, HYDROLOGY, PRODUCTIVITY,
FY 82 39,883 RIVERS: RQRSH, BI OTR: NgCROPHY TES,
TERFORAL VBRIBTION: PATER CHERISTRY,
YRTER QOANTITY:
!D=NUTRIENTS O=SOURCE dND LORDIHG 2=FATE GND TRRNSPORT 3=ENVIRONRENTRL ItlPRCTS h=UNSPECIFIED ~OURCES)
! D=NlJTRIENTS 3=EHVIROHMENTGL I WPICTS 5=RETHOD DEV: Z tlODELI N t h=UNSPEFI FI ED SOURCES i
FY81 68,734 BIOQSSAY. GREEN BAY: RIVERS: FOX RIVER,
FY 82 16,337 LRKE blICHICGti, VRTER QUGLITY,
EUTROPHICQTI OHr BIOTA: PLQHKTON:
!J=SEVERAL C=SOURCE AND LOADIIC J=ENVIRONRENTRL IWPACTS 7-NQNAGEHENT f=tiON-POINT SOURCE)
FY 82 28,356 AGRICULTURE, VRSTE RfiNGGEflENT,
SEDIMENTS, PESTICIDES3 BIOTA? BENTHOS,
RLGAE, SURVEILLRICE, RIVERS,
SkLINE RIVER, PATER QUALITY,
V1
0 399 A R/PR-1 I 7 h NORR,RSC Ufl
FY81 445,614 flDRINISTRRTION, PROGRRR DEVELOPRENT,
FY82 254,801 INFORRAT IONS EDUCRTI ON J

FY81 26.983 RACROPNYTES, ECOLOGY a PRODUCTIVITY,
DISTRIBUTIONJ HEARSHORE, EROSION,
OPEN LAKE, POLLUTIOH, LAKE nIcHrcan,
(D=NUTRIENTS b=SOURCE AND LOADING ~=EN~IRONWENTAL IHPACTS h=UNSPECIFIED SOURCES)
103 A R/AQ-11' J 3 h NOAA,U.MI. U.UI.
FY81 44,304 NUTRIENTS, AMMONIA, OXYGEN, TEMPERATURE,
B:OTA, FISH, PHYSIOLOGY.
iJ-SEVERAL 3*ENVIRONMENTAL IMPACTS h=UNSPEClFIED SOURCES)
104 CI R/tB-5
FYW1 32,217 PROGRAfl DEYELOPHENT, GREEN BAY 8
FY 82 33,924 LLKE RIGHIGRN, POLLUTION, BIOTA, FISH,
FRODOCTiYiTY, Pti'iSlCi~L LIHHOLOGY,
( E=CONTA#IHkNTS, CEN. 7=RANACEflENI h=UNSPECIF IEV SOURCES)
FY81 32,273 DYNAMICS, EUTROPHICATION, OXYGEN
HYPOLIMNION, DISTRIBUTION,
TEMPORAL VAR IAT ION. CHLDROPHYLL,
.GREEN BAY, LAKE MICHIGAN.
:D=NUTRIENTS 2-FATE AND TRANSPORT 3=ENVIRONMENTAL IHPACTS h=UNSPECIFIED SOURCES)
iE=CDNTAHINAP.ITS, GEN. O=SOURCE AND LOADING 5=METHOD DEY. .& MODELIMC i=SE!,EEAL "JURCESj
FY81 64,254 ORGAWIC CONTAMINANTS, 1 NDUSTkl AL SOURCE.
#UN:CIPAL SOURCE, AHALYSIS, SEDI HENTS
0
BIOTA, RIVERS, FOX RIVER, GREEX BAY.
LhKE MICHIGAN.
107 A R/WM-21 CI 125 h NOACI,U.YI. U MI FYWI 72,307 TOXIC SUBSTANCES, SORPTION, EYCIPORLTI ON,
FY82 80,892 LIGHT, DEGRADATION, FOX RIVER,
CREEH BCIY: LAKE flICHIGPN, RODELS,
PCB's, STRUt TVRE-RCTIV I TY,
(R=TOXIC ORGfiNICS l=CHCIRACTERISTICS Z=FCITE AND TRRISPORT S=PlETHOD DEY S HODELIHG h=Ut4SPECIFIED SOURCES)

FY81 79,490 PERSISTENCE* SEDIflEWTS: DISTRIBUTION,
FY82 57,467 SiNKS? TREHDS: GREEN PAY:
LRKE HICHIGRH,
, . . .
!J=SEVERAL O=SOURCE AND LOADING 2zFQTE AND TRkMSPORT h-UNSPECIFIED SOORCES!
109 B RiRU-23 Q 0 i NORA,U.L)I. U.Vl. FY81 54*085 PCB's, ATHOSPHERIC SOURCE:
flUNlCIPfiL SOURGE' INDUSTRIfiL SOURCE,
> SED:l4EMTS, LghE HI :CHIGRH:
(Q=TOXIC ORGQNICS 9-SOURCE AND LOQDINC i=SEVERAL SOURCES)
. .
!E=CONTARINANTS: CEN. J=ENVIRONRENTQL IRPQCTS h=UNSPECIFIED SOURCES)
FY81 10.691 WATER OUQLITY, PCB's, BIOTB, FISH,
PHYSIOLOGY, LAKE RICHIGAN:
(B=T.OXI C HETQLS 1-CHQRACTERISTl CS 2=FATE RND TRQNSPORT h=UNSPECIFIED SOURCES)
FY81 53.629 TOXIC SUBSTANCES.. SUSPENDED ARTERIALS,
FY82 49,205 PARTICULATES, SEDIPIENTS, LRKE NICHIGRH,
FY81 44,666 TOXIC SUBSTANCES, BIDAVAILABILITY 2
FY82 27.322 SUSPENDED SOLIDS. PLRTICULATES.
LAKE SUPERIOR' HARBOUR,
.> . . .
113 d R~RU'-27 k 23 h N0dA~U.MI. U.WI. FY81 63,109 Dl OXINS, FURANS. PERSISTENCE*
FY 82 51,336 DISTRIBUTION: TOXICITY TESTING,
. .
PHYSIOLOGY,
(A=TOXIC d~~nnlcs 2=FATE QND TRANSPORT ~=ENVIRONHENTAL IRPICTS UNSPECIFIED SOURCES) .
@IOTA, FISH,
.. .

FY81 48,565 HUHICIPAL SOURCE, INDUSTRIAL SOURCE,
SEOAGE, MASTE W6i4IiCERENTa ECONOMICS,
RIVERS; FOX RIVES; !:REEN BAY,
LAKE MICHICLNr RODELG,
~EPCONTAMINANTS, GEM. 3~ENVIRDN#ENTAL IHPACTS SrMETHOD DEV. 8 MODELING ~PMANAGEHENT i=SEVERRL SOURCES>
115 A R/NA-7 H 6 f NOAA,U.MI. U.YI
FY81 36,957 LBKE SUPERIOR 8 EROSION, HYDROLOGY I
TEWPOR4L VARIATION,
L HIOTHER O=SOURCE AND LORDING CxNON-POINT SOURCE)
FY81 72,653 LAKE HICHICPN, HYDRAULICS, GROUHDMATERI
FY 62 66,630 SEDINEHTS: MODELS,
i E=CONTAHINANTS, GEN. O=SOURCE AND LORDIIG 2=FATE AND TRANSFORT S=HETWOb DEG'. & MClDELI NC r =SEVERAL SOURCES)
VI
w 117 b RS/R-3 E 7 i NORRIU.YI. U.UI.
( E~CONTRHIHRPTSI GEM. 7~HRNRGERENT i-SEVERRL SOURCES )
FY81 8,679 PROCRAH DEVELOPHEIT, REMOTE SENSING.
TEWPORPL VARIATIOH. GREEN BAY,
LRKE HICHICPH. COWPUTER.
119 11 R/F-9 D 35 h HOAR,U.HINN. U.RINI. FY8l 20,742 PHOSPHORUS, NITROGEN, SILICR,
FY 82 17,990 TEllPERRTURE, LIGHT, BIOTRt RLGRE,
PRODUCTIVITY, PLRNKT3t4, FISH,
LRKE SUPERIOR. DULUTH, HRRBOUR, RODELS,

. .. .
-
.. .. . . - . .
120 A R/CL-1 A 25 h .-NORR,U .HINH. '. u . RINN. . . FYB~ 29,_800 AIR, MATER, BIOTA, SEDIflENTS, PCB's,
FY82 , 21,760 CHLORIHATED HYDROCARBONS,
TERPOR'AL VfiRIfiTION, DYW~~HICSP
.. . LRKE SUPERIOR, RODELS:
(A-TOXIC ORCRNICS Z=FRTE OND TRANSPORT S=RETHOD DEY, b RODEL.ING UNSPECIFIED SOURCES) .
. . -.
... .
121 A R/CL-6 H 25 c NOA~?U.RINN. U.RINN. FY82 20,100. SEDIRENTS, DISTRIBIJTIONt CURRENTS.
LAKE SUPERIOR. RODELS,
! H=OTHER .2=FfiTE OND TRfiNSPORT 5=PIETHOD DEV. 8 RODELINC C=INDUSTR~AL SOURCE)
. . . ,
. .
Li ,
. .
, .
(H=OTHER 2=FATE AND TRANSPORT c=IWDUSTRTfiL SOYRCE)
U.flINN. FY82 11,560 SEDIRENTS, EROSION, CURRENTS, DYNAHICS,
LAKE SUPERIOR,
! E=CONTARINANTS, CEN. ~=RANQGERENT h=UNSPECIFIED SOURCES)
124 A H/P-2 E 7 h NORA U . W I NW
FY81 21,830 PROCRAH DEYELOPNENT, EDUCATION.
FY82 .isa 600
,i E=CONTA)I)INANTS, CEN. 7=!iAPIACEWENT h=UWSPECIFI'ED SOURCES)
1
FY81 7,900 FIELD SUPPORT,
FY 82 15,049
. (€=CONTANINANTS, CEN. i=tlANAGERENT h=UNSPECI FIED SOURCES)
\

126 A R/GO-1 J 23 h NDAA,OSU DSU FY 82 34,200 SEDIMENTS, DRCANI C EOHTAMIHANTS~ BIOTA,
LLGAE, ACCUHULATI ON, DYNAWI CS,
PALEOLIMNOLOGYA Dl STRIBUTIDH,
LAKE ERIE,
i J-SEVERAL 2=FkTE RND TRANSPORT 3=ENVIRONMENTAL IMPACTS ~=U'NSPECIFIE@ SOURCES)
J 1 b NOARtBLSU,KU.CO BGSU
FY 82 45,800 SEDIflENTS, CHEflICRL CHRRfiCTERIZRT ION,
LRKE ERIE,
128 A R/OE-I R 25 h HOAR,OSU OSU
!A=TOXIC ORCRNICS 2=FRTE RND TRANSPORT S=RETHOD DEV. h RODELING h=UNSPECIFIED SOURCES)
Ln
119 B R/OE-3 H 7 f HOAB.BCSU
BCSU
: H=OTHER 7=k!AHACEflEHT f=EON-POINT SOURCE )
136 A R/CE-1 H 27 f HOAA.DSU DSU
FY82 16.600 SEDIMENTS, EROSION. NEARSHaRE,
Dl STRIBUTION, TEHPORAi VARIATIOH,
LAKE ERIE,
C HEOTHER O=FATE AND TRANSPORT 7=HANACEMENT f INON-POINT SOURCE )
131 A R/ER-1 E 37 h HOAR,OSU OSU
FY 82 48,400 flARSH, BIOTA: FISH: HRBITAT,
PRODUCTIVITY. ECOLOGY, LREE ERIE,
(, E=COHTBHINRNTS, CEH. 3=EHVI RONtlEHTAL IHPbCTS 7=tlGt4ACEMENT h=UHSPECl FIED SOURCES)

E 3 h NOIAtBCSU BCSU FY82 39,400 ASBESTOS FIBERS, ABUQTIZ SvSTEFlS.. BIOTA,
LGKE ERIE,
! E=COHTQRINI3HTS: FEN. 3=ENQIRONflENTAL IMPACTS h=UNSPECIFIED SOURCES )
!33 A E/EO-1 I 7 h NOAA.OSU 0 S U
FY82 38.706 ADMINISTRPTION, EDUCATION a
! I=UNSPECIF IEb ?=#ANAGEWENT h=UNSFECIFIED SOURCES )
134 1 E/RID-1 I 7 h NOIA,OSU DSU
FY 91 64,956 EDUCGTI ON-
FY 82 84,700
( I=UNSPECIF IED 7=HI3NAtEBENT h=UNSPECIFIED SOURCES )
Ln
cn 1 3 5 1 E/RP-1 H 7 h NORAtOSU OSU
FY 82 15,000 ED!JCATIDN, INFORMATION t
! H=OTHER ?=tIANBCERENT h=UtiSPECIF IED SOURCES)
FY81 208,700 ADVISORY, EDUCATION.. IHFORHfiTIOH,
FYB2 245,200 EROSION, LhKE ERIE,
FY 82 21,500 PROGRQR DEQELOPREHT, ADVISORY,
EDUtRTIONn INFORRATION, LGKE ERIE,
!H=OTHER 7=ttANBGERENT h=UNSPECIFIED SOURCES)

138 d W/P-1 H 7 h NOAA*OSU
FY01 110.200. PROCRAN DEV,ELOPWEIT. ADWINISTPATIOH.
FY82 143.200
(H=OTHER 7=NANAGEHENT hmUNSPEClFIED SOURCES)
E 3 h RCE HFRL
FY82 8,500 TOXIC SUBSTRHCES? SEDIflEHTS> HBRBOUR,
PiOTG: PlOfiSSGY,
(E=COHTRnINQHTS, CEN. 3=EHVIROHHENTRL IMPRCTS h=UNSPECIFIED SOURCES)
E 2 h CLFC NFRL
FY81 142,250 IHTEReCTIVE EFFECTS, LQflPRICIDES,
FY82 187,SOG
PaRTICULRTES,
DYNRHICS, DISTRIBUTIOHt
TEnPDRAL V9RIBTIOH. RDDELS,
TCXIC CRGRNICS.
(J=SEVERAL l=CHRRRCTERISTICS 2-FRTE AND TRRNSPORT 5=METHOD DEQ. &. NODELIHG i=SEVERRL SOURCES)

R 129 i NORR GLERL FY81 346,000 ENVIRONREHTRL SIRULRTI ON: ECOSYSTER,
FY82 483,003 FCB'F:' PliH'5, RGDELS,
!C!=TOXIC'OPGC!#ICS l=tHCIRRtTERISTICS 2=FfiTE FIND TEAMSFORT 5=l'rETHOT: CiEV.. % RObELItiG i=SEVERIL SOURCES)
145 CI P-5 D 35 h . NORA GLERL FYBI 219,000 ECOLOGY, BIOTA: PLfiNKTON: TRENDS,
FY8Z 274,000 ENVIRONHEHTRL SIRULRTI ON, NUTRIENTG,
RODELS:
D 025 h HORR GLERL FY81 625,000 EUTROPHI CRTION, HEARSHORE,
FY82 494,000 ENVIRONREHTRL SIRULRTl ON, ECOLOGY *
PHOSPHDRUS, BIORVRILABILITY, AODELS,
ID=NUTRlENTS O=SOURCE AND LORDINC 2=FATE RND TRlNSPORT 5=RETHOD DEV. 8 RDDELIHG UNSPECIFIED SOURCES)
H 025 g HORR GLERL FY81 427,000 HYDROLOGY, PRECIPITRTION, RUNOFF,
FY82 483,000 CROUNDYRTER, EVfiPORRTION, RODEL68
'(H=OTHER O=SOURCE AND LORDIHG 2=FRTE RND TRRNSPORT 5=flETHDD DEV. &'HODELINC g=OTHER SOURCES)
148 d P-9 E 7 i . Hod0 CLERL
( E=CONTdRINRNTS, GEN. 7=HANRGERENT i-SEVERIL SOURCES)
E 357 i HORR CLERL FY81 313,000 SYSTEMS AHALYSIS, COST-BENEFIT, BODELS,
FY82 307,300
!E=COHTAt4INdHTS, CEN. 3=EHVIRONflENTRL IMPRCTS 5zFETHOD DEV. HOGELING f=RANAGERENT i=SEYERRL SOURCES)

FY01 22,000 PROCRAH DEVELOPWEIT,
FY02 . 63,000
( EaCOWTAW IHLHTS, GEN. ~PHAN~CEMEWT imSEYERAL SOURCES)
. .
151 A 2 B 0 h ESEERCO LAY WAT.SK.ENC. FY01 lSO,000 YATER, RIVERS, LAKES,
FY 82 13,060
!B=TOXIC NETALS O=SOURCE AND LOADING h=UNSPECIFIED SOURCES)
152 R 00215 A 5 h USFDA USFDA FY82 224,000 DIOXINS, RNBLYSIS,
! Q=TOXIC ORCfiNICS S=flETHDD DEV . & RODELIHC h=UHSPECIFIED SOURCES?
if3 A 1 J 6 h JOYCE FOUND. U.MI.
FY02 76,806 TOXIC SUBSTANCES, EUTROPHICATI OH,
( J=SEVERAL 6=SOURCE AND LOADlNG DE UNSPECIFIED SOURCES)
FY 81 54,933 DATA COLLECT I OW, TRENDS. LhKE ERIE,
LAKE W I CHICAN,
155 L 3 J 3 ' f USEPA U.UI.
FY 0 1 119,469 SLLTS, BIOTA, PLANKTOM, PHYTOPLBHKTOH,
OFFSHORE, LAKE HICHICAH, TBEMDS,
iJ=SEVERAL 3=E!4VIRO!lREWTAL IHPACTS P=HC!N-POINT SOURCE)

156 R 4 J O a USEPA USEPA, RI. DWR FY 82 1,000 RTROSPHERIC DEPOSITION, PRECIPITRTIOW.
YRTER CHERISTRY. LAKES, CHLORIDES,
NUTRIENTS,
!..I=SEYERRL O=S@URCE AND LOADIHG e=fiTMOSPHERIC SOURCE?
157 R 5 8 0 4 USEPA,NIWH.,DHR, ERL-D, U.RIWN. FYB2. 20,000 MERCURY, ATMOSPHERIC DEPOSITION,
!B=TOXIC IIETBLS O=SDURCE RND LObDIHG a=RTl!OSPHERIC SOURCE?
158 R 6 E 5 a USEPA COV. SU FY82 71,932 EQUIPRENT2 RTAOSPHERIC DEPDSITIDN,
(E=COHTfiflIHRNTS, GEN. 5=RETHOD DEY. & HODELIHG eaRTWOSPHERIC SOURCE?
Ol
0 1 3 9 R 7 C 7 d USEPA 1L.INST.TEC. FYBl 84,407 URTER BURL ITY, URSTE WRNQGERENT. SEYbGE,
(tsPH@SPHOPUS T=RRNRGEREHT d=IIUHICIPRL SOURCE?
16OA 8 G H 34 e USEPA.USCC USEPA. USCC FY 81 50,000 LAKES, HITIGATlON.
(H-OTHER 3-EHYIROHNENTAL INPACTS 4=HUflAN HEALTH EFFECTS e=SHIPPINC>
161 R 9 J 15 h USEPfi RQ. TEC. EHY. CON. FY81 71,000 SEDIREHTS, TOXIC SUBSTRNCES, BIDRSSAYr
TOXICITY TESTING, RETHODOLDGY,
(JzSEYERRL I=CHbRRCTERISTICS 5=RETHOD DEV. & RODELIHC h=UHSPECIFIED SOURCES?

(J=SEVERAL 3=EHYIROHHEMTAL IRPACTS 5-HETHOD DEV. &.RODELING t=DREbCINC)
FY81 1524 000 TOXIC SUBSTAHCES, BIOACCUHULATION,
FY82 944 000 TOXICITY TESTING, BIOTA, HETHODOLOCY,
GLERL FY81 344,000 L6KESt ICE, DISTRIPUTION,
FY82 364: 000 TEl4PORRL VQRIRTION, RTMOSPHERIC SOURCE,
RiklOSPHERlC DEPOSITION,
NOW-POINT SOURCE, SHORE, MDDELS,
( HcOTHER 0=50URCE RND LORDING Z=FATE RMD TRANSPORT 5=llETHOD DEV. 8 tlODELINt i z8EVERRL SOURCES >
164 A E/GLE-2 I 8 h HOAA2#SC
FY81 364 256 EDUCATION, LQUATIC ENY IRONRENTS,
: I =UHSPEC:F IED 8=OTHER ~=UWSPECIFIE~ SOURCES )
FY81 35, 637 PROtRAR DEVELOPRENT, EDUCATI ON, LAKES,
166 A R/CLE-4 H B h HOAAa#SC
FY 81 44.779 EDUCATION, I HFORWATIOM,
(H=OTHER 8=OTHER h=UNSPECIFIED SOURCES)
(HEOTHER JQENVIROHRENTAL IRPACTS 5=HETHOD OEV. h RODELINC h=UWSPECIFIED'SOURCES)
FYBl 34,459 BOTTOH SUBSTRATES, TE#PERATURE, FISH,
HABITAT, DISTRIBUTION, LAKE RICHIGAN,
MODELS, HODELS,

RSU
(B=TOXIC OPGANlCS 3=EPVIROHflEHTBL IflPdCTS 5=METHOD DEV. C RODELING 6=CRITERId h=UHSPECIFIED SOURCES) .
FY 81 23,489 PESTICI DESt PCB's, TERPFRBL VRRI dTION,
FISH, SdGlNRV BdY, LAKE MICHICdNt
LdKE HURON, LdKE ERIE,
fB=TOXIC ORCbNlCS 2=FdTE dPD TRdNSPORT 4=HUMdN HEBLTH EFFECTS 6=CRITERIB h=UNSPECIFIED'SOURCES)
170 Q R/FPR-I F 3 h NOAB.RSC n s u FY~I 33,985 BICTERI fi , FISH,
( F=PBTHOGENS 3=ENVIRONflEHTdL IHPdCTS h=UNSPEC IFIED SOURCES)
0-l
N 171 I? R/TS-13 R 9 h NORA,BSC U fl
. . '
t TOXIC ORGQNICS 9=UNSPECIFIED h=UNSPECIFIED SOURCES)
FY 8 1 15i053 PCB'S, INFORHATIOH, DITR COLLECTION,
iJ=SEVERAL C=SDURCE AND LOADIUC 2=FATE AND TRhNSPORT a=LTMOSPHERIC SOURCE)
FY81 36,380 CHL0R:UATED HYDRDCWRBDNS, PCB' SJ
ORGAN!C HATTER, SURFACE FILMS,.
PLRTI CULATES, OLTER, AIR,
LTHOSPHERIC DEPOSITIOM,
FY81 29,249 PCB's, BIOTI, PLANKTON, PRODUCTIVITY>
ECOLOGY, BlOACCUBULdTIOH~ B I GdSSdY,
t4ETHODDLOGY,
(B=TOXIC ORGANICS 3-ENVIROKflENTIL IHPdCTS 5=RETHOD DEV. h HODELIHG h=UNSFECIFIEG SOURCES)

174 A R/TS-10 E 7 h HOIA,WSG WSU
FY81 20,968 TDXIC SUBSTANCES, REGULATIDNS,
LEGALITIES, ADHIWISTRATIDN, ADVISORY,
(E=CONTARIWANTS, GEN. 7=MANLGERENT h=UHSPECIFIED SOURCES?
(H=OTHER 2=FBTE QHD TRnWSPORT $=METHOD DEV . & n0DELIFG h=UFSPEC IFIED SOURCES)
FY0l 31,362 SEDIMENTS: SUSPENDED SOLIDS, MBRSH,
HYGROLDGY, flETHODOLDGY. RkDIGBCTIVITY,
176 R RitW-6 I .23 h NORA, MSG U R FYBI 19,440 RBRSH: ECOSYSTER,
(I=UNSPECIFIED 2=FATE BHD TRAHSPORT 3=ENYIRONRENTAL IMPACTS h=UNSPECIFIED SOURCES)
177 A R/GLF-1 1 7 h NOLAIMSC H S U.
FY81 79,496 PROCRAPI DEVELOPMENT, ECOSYSTEM.
LAKE HI CHICAN,
( I=UHSPECIFIED 7=#AUACEWENT h=UHSPECIFIED SOURCES )
178 B B/CL-2 W 2 b NOLA,U.WINN. U.WINN
i H=OTHER ;=FATE AND TRANSPORT b=DREDCING )
179 B E/T-2 I 8 h t4ORAtU.nIHN. U . ill MN
FYBI 20,512 EDUCBTION, LBKES, RIVERS, ECOSYSTEM,
LAKE SUP.ERIOR, it4F:CRfliiT ION..
( I=UHSPECIFIED B=OTHER h=UHSPECIFlED SOURCES )

H 9 . .i NORO, OSU asu
(H=OTHER S=flETHOD DEV. B-PlODELINL i=SEkJERRL SOURCES)
FY8l 40,300 LRKE ERIE: MODELS,
EHVIR@HflENTBL SIRULRTIONz
PHYSIFRL LIRHOLOLY: BTROSPHERIC SOURCE,
NOH.-POI HT SOURCE ...
, .
181 A T/CD-1 H 8 h W0EIA;OSU OSU
FY81 47.966 EDUCATION, PROCRAM DEYELOPWENT.
IH=OTHER OTHER R=UNSPECIFIED SOURCES)
. .
iez R E/CD-I H 7 r HORR,OSU ,
(H=OTHER i=flRNBGEREHT f=NOH-POINT SOURCE)
OSU
FY 8 I 6,400 EDUCRTIOH, PROLRRH DEVELDPNEHT, SHORE,
IHFORRRTION,
07
r 193 R R/PE-1 H 8 h HORR,OSU
(H=OTHER &=OTHER h-UHSPECIFIED SOURCES)
OSU
FY81 21,900 IHFORPlRTIaN, PROLRAM DEYELOPRENT,
LRKE ERIE,
184 R R/GB-18 : D.92. f Nr3RR,U.YI. U.CI1. FY 82 64,614 PHOSPHORUS: NlTRDGEH* CARBON, RBRSH,
. . . . GREEN BRY> HERRSHORE, OFFSHORE,
TEHPORRL VBRIATIOH, BIOTR, PLRHKTON,
ZOOPLRNKTON,- FRODUCTIV i TY ,,
( D=HUTRIENTS O=SOURCE RND LOODING 2=FOTE RND TRQNSPORT f=NOH-PO INT SOURCE )
. .
(J=SEVEROL S=HETHOD DEV. I ~ODELIHC' h=UNSPECIFI ED SOURCES)
FY 82 56,147 RODELS, MPTER QURLITY.. DYHRHICS,
DRTk COLLECTION, FOX RIVER, GREEN BOY,
LRKE HI CHI GRH,
. .

(A-TOXIC ORGANICS O=SOURCE &MD LOADING P=FATE AND TRAMSPORT a=ATWOSPHERIC SOURCE)
FY 82 52,565 PAH's, PCB's, TOKAPHEME, AIR, MATER,
TEHPORAL VfiRIATIONi TRENDS,
LAKE MI CHI CAN,
FY 82 41,180 PRIORITY CHERICRLS,
cHLoRit41TE? HYDRIYCARBOHS: PCB's,
PHENOLS, HETGLS, DaTR QUBLITY*
PESTICIDES,
(J=SEVERRL O=SOURCE BND LORDING 2zFfiTE RND TRANSPORT 4=HUHkN HERLTH EFFECTS c=INDUSTRIAL SOURCE)
FY 82 42, 110 TOXIC GUBSTLNCES. MUTAGENS,
CBRtINOGENECITY, BIOTR, FISH,
RETHODDLOGY,
(E=CONTAflINdNTS, GEN. J=ENVIR@NFiENTLL IHPdCTS S=flETHOD DEV. B IqDDELING h=UNSPECIFIED SOURCES)
(H=OTHER S=NETHOD DEV. & HODELINC 7=HA#flCEMENT i =SEVERAL SOURCES )
FY 82 39,672 YATER QUANTITY. YATER. LVAILABILITY 4
HIDROLOCY, ECOHOHICS, LEGALITIES.
MODELS, PLhN,
190 A 711230 D 3 h USEPAJLLRS~OSU OSU
FY81 103,982 YATER QUALITY, OXYGEN, EUTROPHICATIOM.
BIOTA, FISH, LAKE ERIE,
(D=NUTRIENTS 3=ENVIRONHENTAL IHPACTS h=UNSPECIFIED SOURCES)
191 L 711846 H 25 g USDI sOSU OSU FY8l 131,730 HETHODOLOCYa HODELS, YATER QUANTITY
RIVERS, LAKES, TEHPERWTURE,
(H=OTHER 2=FkTE bND TRANSPORT S=WETHOD DEY. 6 WOPELIWG g=OTHER SOURCES!

001 C 019 ~2 h GLFRB* U.YAT. FY81 10,000 CHERICAL RIXTUPESJ INTERACTIVE EFFECTS,
EHVIRONRENTAL SIRULATION, PHYSIOLOGY,
BIOTA, PHYTOPLANKTON, TOXICITY:
(B=TOKIC RETALS Z=FRTE AH0 TRANSPORT h=UHSPECIFIED SOURCES)
002 C 021 B 3 h GLFRB GLFRB, U. CUE. FY81 11,000 TOXIC SUBSTANCES, INTERACT1 VE EFFECTS,
FY 82 7,000 TOXIFITY, FISH, PHYSIOLOGY, LEAD,
SELENIUR t
lB=TOXIC RETALS J=EHVIROHRENTAL I'HPFICTS h=UHSPECI FIED SOURCES)
E 3 5 6 h GLFRB GLFRB FY81 13,500 PHYSIOLOGY 8 FISH, RETHODOLOCY, TOXICITY,
FY 82 30t000
lE=COHTARINANTS, GEN. 3=ENVIRONRENTAL IHPACTS 5=RETHOD DEV. a RODELIHG 6=CRITERIA h-UNSPECIFIED SOURCES)
A 135 h GLFRB GLFRB, NVRI FY81 35,700 STRUCTURE-ACTIVITY, TOXICITY, BI OTA,
FYI2 51,500 FISH, STATISTICAL MODELLING,
lA=TOXIC ORGAHICS l=CHARACTERISTICS 3=ENVIRONRENTAL IRPACTS S=NETHOD DEV. a RODELING h=UNSPECIFIED SOURCES)
A 33 h CLFRB CLFRB FY81 6,000 TOXICITY J BIOTA', PHYSIOLOGY,
l A=TOXIC ORGRHICS 3=ENVIRONRENTAL IRPACTS 5:NETHOD DEV: h RODELING h=UNSPECI FIED SOURCES ).
.: . ,
2 : .
E. 7 h CLFRB CLFRB FY81 45,500 TOXICOLOGY, FIELD SUPPORT,
FY 82 20,000 RDRINISTRATI
.
ON,
,
. .
! E=CONTA!lit4GNT6, GEN;. 7 =RANAGERENT h=UNSPECIFIED SOURCES)

667 C 036 H 23 h CLFRB U . TOR. FY81 2,506 LIGHT, TEHPERATURE 4 PHYSIOLOGY BIOTA,
(H-OTHER 2aFATE AND TRINSPORT 3mENV IRONt4ENTAL IHPACTS h-UNSPECI FIED SOURCES)
008 C 005 E 3 h GLFRB GLFRB FYBI
4,500 BENTHOS, SEDIFIENTSJ ANALYSIS>
GISTRIBUTIOH,, LfiKE ERIE,
(E=COHTAflINANTS, CEN. 3+ENVIRONPIENTAL IMPACTS h=UHSPEC I F I ED SOURCES )
J 3 h GLFRB GLFRB FY8l 126.000 TOXIC ORGAHI tS, TDXI C IIETQLS, TRENDS,
BIOTA, FISH, BENTHOS, ZOOPLANKTON, .
SURVEILLfiNCE,
! J=SEVERRL 3=EHV IRONREHTRL I PIP ACTS h=UHSPECI FIEG SOURCES)
D 3 h GLFRB CLFRB, NUR I FY81 11~000 EUTR0PHICAT:ONJ PHYTOPLANKTON. CYNAWICS
FY 82 26,000 ECOLOGY*
(0-HUTRIENTS 3=ENVIRONWEHTfiL IMPACTS h=UNSPECIFIED SOURCES)
6 25 h CLFRB CLFRB, NYR I FY81 7,000 NANNOPLANKTON. DYNAMICS* ZOOPLANKTON.
FY 82 18,600 WETHODOLOCY, BIOASSAY, 6LGAE,
B:OACCUMUiATION,
(S=TOXIC HETALS 2-FATE IND TRANSPORT S=METHOD DEV.L RODELING h='UNSFECIFIEC SOURCES)
A 5 h CLFRB CLFRB FY81 20,500 CHLORINATED HYDROCHRBONSJ PCB's,
FY82 28,000 PLANKTON, FISH, TI GBUE BANK >
(A=TOXIC ORGANICS 5=WETHOD DEV. t HODELING h=UNSPECIFIED SOURCES)
* FORMERLY KNOWN AS GREAT LAKES BIOLIMNOLOGY LAB (GLBL)

B 36 , b GLFRB
. . . .
GLFRB FY81 15,000 PHYTOPLCINKTON, BIOCISSRY,
FYSZ 50,409 CHEflICRL CHARACTERIZfiTION,
BIOAYCIILCIBILITY, SEDIREN?S,
LAKE OHTCIRIO, RIVERS,
. .
. . . .
414 C 499 D 2 3 h CLFRB GLFRB . .. FY81. 109,500 TRENDS, BIOTR, SURVEILLCINCE:
FY82 84,900 LRKE ONTCIRIO, OPEN LOKE, MEORSHORE,
VCTEE CHElqlSTRY, STAT1 STICRL RNALYSIS,
(D=NUTRIENTS 2=FCITE AND TRANSPORT 3-ENVIRONMENTAL IRPACTS h=UNSPECIFIED SOURCES)
015 C 020 D 23 h GLFRB GLFRB FY8l 49,000 LAKE OHTCIRIO, BOY OF QUINTE. ECOSYSTER,
FY82 37.000 BIOTG, ECOLOGY, DRTG COLLECTION,
!D=NUTRIENTS 2=FATE AND TRRNSPORT 3=ENYIRONMENTAL IRPACTS h=UNSPECIFIED SOURCES)
J @23 a GLFRB GLFRB, DOEaOflNR FY81 203,500 ATMOSPHERIC DEPOSITION, RCI D RCIIN, pH,
FY82 160,000 AOUCITIC SYSTERS, LCIKES, STREAflS,
BVhEERING CAPACITY,
ORGANIC COHTARINRNTS, RETCILS,. BIOTA,
. .
!J=SEYERAL 9=SOURCE AND LOODIHC, 2=FCITE CIND TRQNSPORT 3=ENVIRONMENTCIL IflPRCTS a=RTMOSPHERIC SOURCE)
617C 672 I 7 h CLFRB CLFRB FY 81 14,000 RINERAL hCIDS, HEhYY METALS,
. .
FY82 36,506 hTWOSPHERIC DEPOSITIOM, SURVEILLANCE,
LAKE HURON, CEORGIRN 6AY,
PRECIPITATION, BIOTh, SEDIMENTS.
. ..
. .
. .
(I=UHSFECIFIED 7=WANACEMENT h=UNSPECIFIED SOURCES)
(E=COHTAtllNANTS, CEN. 2=FRTE AND TRRNSPORT a=CITMOSPHERIC SOURCE)
YORK U. FY8l 3,221 CIEROSOL, DISTRIBUT-ION, REROTE SENSING,
.. . . SRTELLITES,

019 C IR-20 I 7 h . O!~DEJOHOL~OHOEN OHOE FY81 234,000 DIOXINS, FURANS. PCB's,
FY 82 7 5 ~ 0 0 0 CNLORINATED AROWLTICS,
MUNICIFAL SOURCE, INDUSTRIIL SOURCE,
ATWOSPNERIC SOURCE, HEALTH STANDARDS,
( I =UNSPECIFIED ?=MdNACEWENT hmUNSPECIFIED SOURCES)
320 C HC-1 I 7 h OADE RESEfiRtH CONS. FYBI 5,300 TOXICITY, INTERfiCTIVE EFFECTS, FISH,
! I =UNSPECIFIED 7-HfiNRGEAENT h=UNSPECIFIED SOURCES )
021 C LS-9 F 7 d OHOE OWOE
FY81 16,000 ULTRAVIOLET, DISIMFECTION. SEUAGE,
MI CROBI OLOCY 8
(F=PATHOCENS ?=WANLCEMENT d=#UNI CIPAL SOURCE )
cn
co 0 2 2 C LS-12 A 5 h OBOE ONOE
FY81 4,000 ANLLYSIS, CAPILLARY COLUflNS, PESTICIDES,
FY 82 10,000 PCB'S, FISH,
(fi=TOXIC ORGANlCS S=flETHDD DEV. L HODELING h=UHSPECIFlED SOURCES)
0 WOE
FY81 14,000 ANALYSIS, FURANS, DIOXINS, AIR, YATER,
FY82 10,000 FISH, SEDIMENTS, CAPILLARY COiU#NSa
(A-TOXIC 0RGF)NICS S=flETHOD DEV. L HODELING h=UNSPECIFIEG SOURCES)
A 5 c OWDE OMOE FY81 6,606 LHALYSIS, CAPILLARY COLUMNS, PHENOLS,
FY 82 7,600 CHLORINATED AROMATICS,
FYG3 7,006
(AmTOXIC ORGANICS 5=WETHOD DEY. HODELINC caINDUSTRIbL SOURCE)

. A
. . . . . . .
025 C LS-15 a 5 ti OflDE, ONOE FYBl 61000 CHRORRTOGRRPHY: RN6LYSISp PESTICIDES,
(O=TOXIC ORGbHIGS 5-BETHOD DEV. & HODELINC h=UNSPECIFIED SOURCES)
. <
026 C LS-16 .- fi.5 h OflOE , OflOE. : FYB1 7,333 PCB'S, ANRLYSIS, FISH.. PESTICIDES,
FYB2 7,333
FY 83 7,333
. . . . . .
. .
(G=TOXIC ORGRNICS S=RETHOD DEV. & HODELINC h=UNSPECIFIED SOURCES) , .
927 C ,LS-lB ' . . 5 h OflDE . , , OflOE FYBl 4,500 URTER. PESTICIDES, PCB's,
(6=TOXIC ORGdNICS SmflETHOD DEV. 6 flODELINC h=UNSPECIFIED SOURCES)
U
0 328 C LS-19 . ., . FI 5 h SCIEX,OnOE OflOE FY 8 1 1,500 DIOXINS, FISH, SEDIflEHTS,
! fl=TOXlt ORCONICS 5sflETHDD DEV. 8 HODELI NG h=UNSPECIFIED SOURCES)
A 5 h OWOE
FY81 52 600 BIOTA, FISH, PCB'S. ANALYSIS,
. , . . FY82 5a000
. .
(&=TOXIC ORGANICS SzWETHOD DEV. h HODELIIIC h=UN,SPECIFIED SDURCES)
. - .
... .
,
030 C LS-31 H 5 h DflDE OflOE FYBl 6,000 CHLOROPHYLL, PNBLYSIS,
..
FYB2 6,000
. . . ' . . ,. .
. .
. .
!H=OTHER S=flETHOD DEV. 8 MODELING h=UNSFECIFIED SOURCES) . .
?. . ; .
,

A 3 h OBOE OROE 10,900 TOXICITY J PESTICIDES, FISH, PHYSIOLOGY 4
10,500
(A=TOXIC ORChNICS 3mEWVIRONBEHTAL I#PACTS hmUNSPECIFIED SOURCES)
f 246 h OROE BEAK FY61 24,500 CHLORINATIOH, SEYACE, HICROORCAHISHS~
DISINFECTION, STREARS-
"EALTH STGHGARDS~
(F-PATHOCEHS 2=FATE AND TRANSPORT 4=HlJflAH HEALTH EFFECTS 6=tRITERIfi h=UNSPE'ClFIED SOURCES)
033 C PC-11 A 02 d , OHOE DROE FY81 , 35,000 SURYEILLANFEP OATER QUALITY,
! A=TOXIC ORGRN ICS ?=SOURCE LNG LOADIHG 2-FATE AND TRANSPORT d=OUNICIPAL SOURCE )
E 02 d OWOE OMOE FY 8 1 10,600 ASBESTOS FIBERS, SURYEILLAMCE,
(E=COUThWIUAHTS, GEU. O=SOURCE AND LOADING 2=FATE AND TRANSPORT d=RUNICIPAL SOURCE)
055 C PC-21 A 2 h OWDE OROE
6,000 DISINFECTION. CHLORINATION, STREAMS,
3,600
(A=TOXIC ORGANICS 2=FATE AND TRANSPORT h=UHSPECIFIED SOURCES)
036 C PC-23 J 2 d OflDE OPlOE
1,000 PRIORITY CHEfllCALS, TDXIC RETALS,
TOXIC ORCLNI FS, GNALYSI S, SEWAGE,
(J=SEVERRL 29FATE AND TRANSPORT dmRUNICIPAL SOURCE)

037 C PC-24 F 7 d OHOE OflOE
! F=PATHOGENS 7=!'iRNFlGEliENT d=flUNICI.PAL SOURCE) . ,
038 C PC-25 A 2 d OMDEJDOE . . CANYIRO,
... ,
. . .
FY81 15.000 PRIORITY CHEMICALS. SEMACE*
(R=TO%IC ORGANICS 2-FATE RND TRdHSPORT d=HUHICIPAL SOURCE)
039 C PC-28 C 7 d OflOE LINL.CISSOC FY81 80.000 SEMAGE, CHEHICAL RIXTURES,
cC=PHOSPHOPUS 7=flRNRGERENT d=RUNICIPAL SOURCE)
( CaPHOSPHORUS 2=FbTE RND TRANSPORT d=liUN ICIPFlL SOURCE)
. ,
041 C PC-30 J 27 E ' DOE, OROE REC;~~UN; 011. CCI~ FY81 ' ,70,000 URBAH RUNOFF, IHPOUNDRENTJ
MLTER QUALITY, PRECIPITATION,
. ..
(J=SEVERIL 2=FRTE OND TRANSPORT 7=RONbGEflENT f=NON.-POINT SOURCE) . . . . .. . .
. . , . * . .
042 C- PC-37
..
-C 7 :d OflOE OPOE
0 COST-BENEFIT, SEWAGE,
URSTEMATER TREATRENT,
(C=PHOSPHORUS 7=PlFlNRGEflENT . d=flUNIC!PRL SOURCE)

043 C PL-1 J 7 d OWOE OWOE~CO.ST0. LTD FY81 18,000 HARSH, SEUACE, COST-BEHEFIT,
SURVEILLAHCE, NUTRIENTS, HEAVY HETALS,
BACTERIA,
i JmSEVERbL 7-IIANACEREHT d-HUNICIPAL SOURCE )
044 C PL-7 A 2 h OflOE ORF FYBl 47,300 ANALYSIS, YRTER, TEMPORAL VARIATION,
( A=TOXIC ORGANICS 2=FATE AND TRANSPORT UNSPECIFIED 'SOURCES )
045 c PL-12 A s c onoE ncn.u. FYB~ 39, 100 ANALYSIS,
(AaTOXIC ORGANICS 5-RETHOD DEY. & nODELING c=INDUSTRIAL SOURCE)
U
W 0 4 6 C PL-14 A 7 f OWAF,OWOE U. CUE. FY 81 47,500 BIOLOCICAL CONTROL, STERILIZATIOH,
FY 82 95,000 PESTICIDES.
FY 83 95,000
C A=TOXIC ORGANICS 7=WAHACEWENT f=WON-POINT SOURCE >
CA=TOXIC ORGANICS 5-WETMOD DEV, h, HODELINC I=MbNllCEREHT h=UHSPECIFIED SOURCES)
LhKEHEID U. FY81 16,900 PRIORITY CHERICALS, AHALYSIS. TOXICITY.
PROCRAI DEYELOPWEHT,
A 236 c OUOE,DOE LAKEHEAD U. FY8l 53,300 TOXICITY IMTERACTIVE EFFECTS,
FY82 143,570 BIOACCUnULATION, FISH, PHYSIOLOGY,
FY83 143,570
(A=TOXIC ORGfiNICS 2=FATE AND TRANSPORT 3=ENVIROHNEHTAL IRPACTS C=CRITERIfi c=IHDUSTRIAL SOURCE)

. .
. . .
.-. . .
049 C UR-10 E 257 i ONHR~OROE~TOR. .OROE FY81 ' 868'000 PLRN, HRRBOUR, CURRENTS, CI RCULRTION,
NERRSHORE, OPEN LRKE, DISPERSIOH,
. .
DREDGING, RUNICIPRL SOURCE,
, .
. .. IHDIUSTRIRL' SOURCE, RODELS, .
. . . .,
(E=COHTf4RIHAWTS, GEN. 2rFRTE RHD TRRNSPORT S=flETHOD DEQ. & RODELING 7=RfiHRGEREHT i=SEVERRL SOURCES)
. .
, .
950 (! YR-11 E 02 i OROEtORHR ,TEK. OROE 22,,000 SURQEILLdHtE: HERRSHORE, CURRENTS,
WRTER BUdLITYn XHDUSTRIRL SOURCE,
URqaU RUHOFF, NOH-POIHT SOURCE,
, ,
s
( E=COHTFI~~INFINTS~ GEN. O=SOURCE RND LORDIHC Z=FRT~'RND TR~NSPORT .i=SEVERRL SOURCES )
951 C UR-13 E 7 h ONhR~OliOE~ONOL OROE
FYBI 2,402,000 PROGRRli DEVELOPNEHT, SURVEILLRNCE,
POLLUTION, VRTER QUALITY, TRENDS,
( E=COHTRRIHdNTSn GEN. 7=RRNBGEllENT h=UHSPECIFIED SOURCES)
U
-i=
992 C UR-22 J 7 h OROE OROE
FY81 65,000 PROGRdN DEVELOPRENT, RLGRE,
DISTRIBUTIOH, TRENDS, STRERAS,
NERRSHORE, LRKE ONTRRIO, NIRCRRR RIVER,
NUTRIEUTS, PCP'S, HEAVY RETRLS,
(J=SEVERBL 7=RRNRGERENT h=UNSPECiFIED SOURCES)
053 C YR-23 E 7 d OROE OflOE FY81 80,000 RRRSHn SEYdGE, COST-PENEFITI
. .
(E=COHTRRINRHTS, GEN. 7-RRNRGERENT ~ = R u M ~ c I P SOURCE)
~ L
. - . .. ,
QSP C YR-24 J 235 h OROE OROE FY81 0 TOXIC ORGRHICS, TOXIC RETRLS, BIOASSRY.
BIO,TR, RLGdE, INTERRCTIVE EFFECTS,
Tcx.:lt~ITY 8
(J=SEVERRL 2=FkTE FIND TRRNSPORT
., .
J=EH~IRONNEUTRL"I~~PRCTS S=RETHOD DEV . k RODEL'INC . h=IJUSPECIFIED- SOURCES)

435 C klR-26 C 37 d OMNR,OHOE,CCIY OMOE FY 81
3 SEYACE, LAKE HURON, BAY OF QUINTE,
STURCEDN BAY,
(C=PHOSPHORUS 3mENVIRONMENTAL IHPACTS 7=MANACEHENT d-MUNICIPAL SOURCE!
A 43 d EPS.OMOE OMOE FY81 14,400 BI OACCUHULATION, FISH, NEBRSHORE,
SEMACE,
i A=TOXIC ORGANICS O=SOURCE AND LOADING 3=ENY IRONHENTAL IMPhCTS d=HURICIPAL SOURCE)
E 33 c OflOE OHOE FY81 70,009 TOXICITY, TDXIt SLlBSTCiHCES.. BI@RSSfiY..
SISACCUiWLBT IOti, BI@TR3
E=t@NTRWINRNTS, GEN. 3=ENVIRONREHTAL IflPRCTS 5=flETHOD DEV. RODELING ~=INDIJSTRI~~L SI)URCE;
A 67 c OMOE OMOE FYal 40,006 PRIORITY CHEMICALS. SEMACE.
ST. CLAlR RIVER,
CR=TOXIC DRGi?HICS O=SOURCE AND LOADING 7-PlANAGEMENT c=IHDUSTRIAL SOURCE)
A 135 h OllOE OMOE FY81 1 0
TOXICITY FISH, STRUCTURE-ACTIYI TY,
MODELS,
(A=TOXIC ORGANICS l=CHARACTERISTICS 3=ENYIRONMENTAi IHPACTS S=HETHOD DEV. b MODELING h=UNSPECIFIED 2OURCES)
E 023 i ONDE OHOE FY81 40,009 PER51 STENCE: HUNT C IPAL SOURCE,
INDUSTRIAL SOURCE. SURVEILLRNCE,
TEIIPORRL VfiRIfiTIDN, GISTRIPUTIOH,
,TRENDS, BIOTR, FISH, HERRSHORE,
(E=COHTRHINRHTS, GEN. O=SOURCE RND L@fiDIt+G 2=FRTE RHD TRRNSPORT 3-ENVIROHHENTRL IHPRCTS ;=SEVERRL SOLIRCES)

LBKEHElD U. FY8l 148>327 TOXICITY TESTING, HRZRRD PSSESSRENT,
FY82 118,261 CHERICRL MIXTURES, INTERfiCTIVE EFFECTS,
FY93 118,242 BIOTI~, FISH: BIORCGORULAT!DNr
C d =TOXIC ORGdH ICS 2=FATE dWC TRdNSPORT S=ENVIROMRENT~L IHPfiCTS 6=Cdl TERICI .==I NCUSTRIRL SOURCE ). . .
94.004 BIOAFSRY, TOXICITY. TDXIC SVBSTfiNCES,
BIOTfi: CHEHICLL RIXTURES, SEWfiGE,
i E=COHTfiRINBNTS: CEH. 3=EHVIRONflENTkL IflPdCTS 5=HETHOD DEV. C BODELING 6=CRITE.RIfi . c=I NPUS'TI?IlL SOURCE>
. . . .
9C3 C HG-2 .' .A 3 h, , OflOE,EPS, Rfir LAKEHEAD 1-1. . FYPl 16,494 TOXICITY TESTING, FIOTB, FISH,
? fi=1 OXIC OnT-?!JIGS 3-EHViRON!lE.NTdl. IflPRtlS h=I1E(S?ECIFIED SOURCES)
(F=PBIHOGENF S=RElHDD DEV. g RODEii tkil h=!IHFPECIFJE.D BililRCiF.)
, .
- ..
(E=COHlBRINdtrl S, GEM. 5=REl'HOD DEV. 6 RDDEL ING h=!?tiSPECIF 1EP SOURCES)
*
. .

06? C PBC-?B A 2 h OROE U. MD.
(+?=TOXI C ORC+?NICS ?=FATE AHD TRANSPORT h=UHSPECIF I ED SOURCES !
J 04 d OMOE
(J=SEYERAL Q=SOURCE BND LOADING 4-HUWAN HEdLTH EFFECTS d=RUNICI PAL SOURCE )
E 7 d OMO€ .HHY ZEHOt4 ENY. ENl. FYal 15QJ 309 ORCAHlC COHTHRINANIS. SEUACE.
F Y S2 39, f>OO
(E=CUHTftM!~6N?S, GEN. 71RRNBGEMEI;: d=#U!~ICIPRL SOURCE)
BRaHlFGRD P. 11. C FY81 14,040 ORGBHIC CDHlRAINfit4lS: VRTER,
CHLORINATION, YBSlEWBTER lREfilPlFH1,
(E=tOHTRRIHANTS, GEN. 7=flRNfiGERENT d=nUNlCIPRL SOURCE )
671 C PC-15 B 7 d OPlOE DWOE
FYa! 13,060 IRON; CHEt4ICAL WIXTURES. MA:ER,
(6-1 OX1 C METdL S 7=NANfiGEHENT d=HUHI CIVAi SOURCE )
472 C PC-22 E 7 h ORDE OBOE
(E=COHl RI'llHAHTS, GEN. 7=flRNACEPlEt4T h=UNSPECI F I ED SOURCES)

FYPI 4-5..000 ULTRAYIOLEl'< DISINFECTION, SEYACE,

679 C ldR-14 E 7 h 0NOE;ONHR ONQE
i E=CUHTk?R!WAFTS, CEN. 7=WANACEMEHT h=UHSPECIF IED SOURCES >
FY81 36,664 OXYGEN, RIVERS, COST-BENEF: 1 8 BI Ol A,
(E=COHTdRlHANTS: GEN. Z.=ENVlROHREHTAL INPfiClS 7-NANICERENT I-ATFIOSPHERIC SOURCE)
F Y ~ I 0 dCID LIKES. HEVlRILIZA~!ON:
ABURi !C SYFlECqS:
081 C MR-25 E 7 h OMGE. OflOE
( E =C@HTfiAINANl S, CEN. i=AdNICEREHl h-UHSPECJ F IED SOVRCES i
(E-CCIHTAMIH~NTS, GEt4. 3=ENYIRONNENTAL IMPACTS h=UHSPEClFlFD SOURCES)
FY81 56,664 ECOLOGY, PHYTOPLAHKTON, ACI fJ LnktS,
EUTRi?PH;CA:IOt4, NU7R:EH:S2
OB3 C hlR-32 J 23 h ORDE OROE FYx: 36,600 lO#ICITY TES1 IHC, pH, 1il;::l Pl;1:7i?! 5.
BiUTn, FISH, IHTER6C:IVE EFFECTS,
< J=SEVERPL 2=FA1 E AND TRINSPORT 3:ENVlROtlREHTAL I APRCTS h=UNSPECIF IED SOVRCES)

FYBl - .I 1,009 1C;XlClTY TESTIHG.. ZOOPLANKTON,
FYRZ
4.. 49P
(B=TU%:C HE1 ALS 1-CHBRACTERISTICS 3=ENVIRON#ENTAL INPACTS 5=HETHOD DEY. & HODELINC R=UHSPECI FIE? -SOURCES) :
. .
087 C 013 P 123 h CLFRP
(P=T@XIC RE1 RLS l=CHARRT.TERIST ICS 2=FFITE RND' TRFIHSPORT S=E NVI RDNRENT RL IMPFICTS h:=UIiSPECIFI ED SOURCES >
, .
C3
0S8 C 6605-1569-34rN) F 124 h NHM INST .GRA. -FRBP FY81 3,366 RUHQFF,
( F=PQTHQtENS 1-GHBRFICTERI S7I CS 2-FQTE RND TRRhSPDRl 4=HURRN HEFILTH EFFECTS h-UKSPECIF ]ED. SOURCES?
089 C 6606-1781.-54!N: F 0 2 , h . NHbl U.@lT. . . F Y8 1 38,000 MBTER: BABLPSIS,
( F=PGTHOCEHS 0-SOURCE QND LOAD1 NC Z=FATE RND TRQHSPORT h=UNSPECI F I ED SOURCES i
. .
. .
! F =P~~TH~GENS OeSOURCE RND LDGDING Z=FATE 'RND TRFIHSPOKT h=ilNSPECIFIED SOURCES i

691 C 6666-1793-54!N) F 0 h HHM Ot40H
FY01 38,036 SURYEILLAHCE, MATER.
(F=PATHOG€i:S +=SOURCE AND LOBDING h=UNSPEC:lFlED SOURCES!
092 C 6606-1852-54iN; F 3 h HHU U.blIN.
(F=PBTHOCEHS +=SOURCE BND LOADING h=UNSPEClFlEt SOURCES)
093 C 6695-1?46-54LN) F 02 h HHU INST. RRn. -FRAP FYBl 19,682 RVNOFF,
(F=PATHOGEHS O=SOURCE BND LOBDING 2-FATE IND TRQNSPORT h-UHSPECIFiED SOURCES;
C 023 P RG.CAH. LRRI.,HRS FY81 54,460 SUBSURFACE DRAI HRGE, SOIL, SURVE ILLANCE,
F Y 82 14,6b0 AGRICULTURE, WODELS.
(C=PWOSPHORUS O=SOURCE AND LORDING 2=FATE AND TRRNSPORT S=PIETWOD DEV. h HODELlNC +'=NOH-POIHT GOvRCEj
U. CUE. . L RRI FY81 732 600 SEDIHEHTS, RUNOFF EROSZON. ACRI CULTURE,
FY83 4,020 WODELS,
(H=OTHER $=SOURCE BUD LORDING 2zFhTE AND TRRNSPORT 5=FlElWOO DEV. t tiODELINC f=NON-POI NT SDURCE j
096 C 3 E 7 f RG.CAN. ,OllAF UTRCA
FY81 20,000 MPiER QUALITY, EROSlOl4, RCRl CULTURE,
IIlPLEflEHTBTl ON,
(E=COHTBfllNAHTS, CEN. ?=IlANBCEHEHT f=NON-POI NT SOURCE)

FYPl 56,509 PROGRGR DEVELOPRENT, UATER QUALITY,
FY82 56,800 RGRICULTURE,
(E=CONTPflINAFTS, CEti. 7-RRNRGEPIEt4.T . f-NDN-POINT SOURCE)
098 C 5 P 012 f RC.CfiN. LPFI ,IPST PEG FYPl
-.
ab,598 SOIL, EROSIDH,
FY82 42,599
iH=OTHEF 0-SOURCE PHD LOAblNt I=CHPRRCTERISTICS 2=FflTE PND TPbCSPOPT f=HON-POINT SOURCE1
099 C 6 . E 23 f , RC. CAN. LRRI FY?l 52,590 HI TRDCEN, PHOSPHDRIJS, AGRICULTURE,
FYPZ . 56:. 400 RLINCFF.. tR?!ltIDUtiTER. P?ANVRE .+
MGiER PUALiTY,
(E=CONTAflINRNTS, GEN. 2=FbTE IND TRANSPDRT 3=ENVl RONflENTRL I'lPbCTS f =NOH-POI NT SOURCE) . .,
03
'O 1 0 0 C 7 E 27 h RG.CFIN LRC FYPl 773,490 PEST1 CIDEF, flICROORGfiN1SUS; DEGRAPRTI OH,
ARUnTIt SYSTERS, SOIL- CROUNDUI~TER,
(E=CONTflllIHflHTS, CEN. 2=FfiTE IND TURNSPORT 7-fiANRCEHENT h=UNSPEClFlED SOURCES)
E 2 f RC. CAN. FYS! 45,000 HUTRI ENTS, ORCRNi C CONTAUINANTS,
FY 52 45, Go0 POLLUTION, ~IGRICUL TUEE. CROVHDURTER,
STREhflS, ACCURVLRTIDN, SOIL,
( E=COHTPRl NRNTE, GEN. 2=FbTE RND TPANSPORT f =NON-POINT SOUPtE)
102 C 3 E 5 a l UP DGL. 11. FYPI 11,000 TOXIC SUPSTIHCES, RCIP RAINI RNILYGIS,
. .
(E=COHTI?RINANTS.. GEN. 5=HETHOD DEV. h RDDELIHC a=dTROSPHERlC SOURCE:

103 C 5 iS3 h IUD U.GUE. FY01 5,500 PESTICIDES, TOXICITY, BIOTA; BENTHOS,
PHYSIOLOGYi
( APTOX I C ORGANICS 3=ENVIRONWEHTAL IHPACTS heUHSPEClF IED SOURCES)
LAKEHEiiD U. FY81 11,000 BIODEGRADATION, TOXIC1 :Y TESTINC,
HlCRDORCANISHS, BICTERIA, FUNCI, ALGAE
INTERACTIVE EFFECTS, HOGELS,
(A=TOXIC OBCAMlCS P=FiSTE AND TRdHSPORT 5=HETHOD DEV. b HODELlHC h=UHSPECIFIED SOURCES)
1 0 5 C 7 € 0 i I YD LI~VIIL U.
(E=CONTAH INANTS.. CEN. O=SOI?PCE BND LOfiDI HI; i =SEVERCIL SOURCES >
5,300 RRDIOACT IVITY. ST. LAWRENCE RIVER,
fiTtlOSPHERIC DEPOSlTION:
(D=HUTRIEHTS 2-FATE AND TRAMSPORT S=HETHOD DEY. b HODEL lNC h-UHSPECI F IED SOURCES)
HcM.U. FY21 15,400 URGi9N RUNOFF, SEYACE, MATER QUAL:TY,
EHYIWOHWEHTBt I?lP6CT, HALSOUR,
BACTERIA, WUTRI E'ATS, j;;l.;pE"""-
nucU SOL:2S.
MODELS.

IOF C 13 J 02 i l WD. QUE. U. FY81 9: 500 SEDIl4ENTS: RIVERS, TEflPORCtL VRRJ CiTION:
.. .. . . , . . . .DISTRIP?jTION,
(J=SEQER@L CeSOlIRCE AMD LOfiDING 2-FRTE AND TRAHSPCRT i=SEQERkL SOURCES)
U. TOR.
IR=TOXIC ORGBNICS 1:CH~RACTERISTICS Z=FRTE QND TReHSPORT 5=flETHOD DEV. 8 UODELIHG h=LINSPECI'FIED S(3?1RC:ES)
. ..
111 C 16 J 2 h IUD U . MPT
(J=SEQERAL 2=FRTE BND TRANSPORT h=UNSPEClFlED SOURCES)
(B=TOXIC PIETCLS 2=FRTE AND TRRNSPOPT 5=RETHOD DEV. b HODELJNG h=UNSPECIFIED SDURCES)
. .. ..
(A=TO%IC ORCfiNICS l=CHARACTERISTICS 2=FATE AND TRANSPORT h=UNSPECIFIED SDURCESS
FYOI. ' .-6,006 NETHYLBTION, LEAD. SEDIHENTS,
CHEMICAL CHRRACTERIZATION. TIN,
114 C-. 18 ' - . E. 25 h . . I MD U. MAT ., FY81 11 2 000 GROUNDWATER, RODELS,
. ..
(E=CONTAAINAKTS, GEN. Z=FfiTE RND TRANSPORT 5=RETHOD DEQ. f RODELING h=UNSPEClFlED SOURCES>

115 C 20 J 7 f I'd@
FY81 8,600 'HYPOL IMHI UCI, OXYCEH; VATER CHEW1 STRY.
SURYEILLANCE, TOXIC SU59TdHCES.
(J=SEYERAL 7=#AWRCEMEWT f =Hog-PO!!iT SOURCE !
R 23 h GLFRB GLFRP
FY8l 50,000 PNYSIOLOCY, TEHPERCtTURE: PIOTk:
FY 82 36,500 BI.OACCUflULRT I OH, PEHZEHES, PHENDLS,
(+?=TOXIC ORGRHlCS 2mFRTE AND TRRMSPORT J=ENVIRONRENTRL IHPACTS h=UNSPEClFlED SOURCES)
117 C $15 6: 2 a ELFRO GLFRB
FY.31 4,600 pH, LEaD. WETHYLATICN, &IOTAr
#I CRDORGAHISMS, SEDI WENTS,
( %=TOXIC RETALS 2=FATE QND TRANSPORT a=AT#OSPHERI C .SOURCE )
03
Ln
1 1 8 C 016 J 25 h GLFRB GLFRB FY81 7,000 DYNARICS, EHVIRONHENTRL SIRULITION,
BIOTA, ALGBE, ZOOPLINKTOH, BENTHCS,
SEDIAEHTS, RODELS.
(J=SEVERRL Z=FRTE AND TRINSPORT S=llETHOD DEV. b RODELING h-UNSPECIFIED SOURCES),
J 13 h CLFRB CLFRB, NMR I FY81 24,306 STRUCTURE-ACTIVITY, TOXICITY.
FYa2 17,350 TDXIC ORGANICS, TOXIC NETdLS, TIN,
ALCdE, ZIi4C.
(J-SEVERAL i=CHARACTERlSTlCS 3=ENVIRONMENTQL I#PRCTS h=UNSPECIFIED SOURCES)
(A=TOXIC ORCGN!CS 2=FgTE AND TRANSPORT 4=HURkK HEALTH EFFECTS h=UNSPEtlFIED SOURCES>
FY82 210,000 PCB'S, TOXICITY, PHIRRRCOUJHETICS,
BREAST KILZ, INFANT flDH#EYS,

121 C 109: . . H 7 , .g :.NURI HYRI
FY81 51,OOh BIOTfi: FISH.. HRBITCIT P BOTTOfl SUBSTRRTES,
FY82- - - 7-I,?00 HERRSHORE: TEPIPORRL VRRIRTION,
(H=.OTHER- 7=FifiNAGEREHT g=OTHER SO*URCES>i ,,
. . ,
.
.
. . .
122 C 110 H' 125 h NldRl HYRl FY81 5,000 SEDIRENTS, URTER: INTERBCTI VE EFFECTS,.
DISTRIBUTION, STGTISTICQL GHtiLYS!5,
HDDELS:.
.. . .
(H=OTHER 1 =CHARACTER1 ST IC6 Z=FfiTE RND TRAHSPORT S=flETHOD DEQ. h '~~ODEL IHC -''h=UNSPECl-.F.IED -SOURCES) .
. . ,
123 C 210 A 135 h NWR1,DOE NYRI FY81 70,500 STRUCTURE-RCTIVITY t HRZfiRD R8SESSPlENT,
FY82 54-000 TQXICITY TESTING: SIOTQr BENZENES
- .
PHENOLS
.. . .. . . . - .
(APTOXIF ORGRNIC6 l=CHARRCTERI6TICS J=ENVIRDNflENTAL^IflPRCTS NETHO HOD DEQ. B NODELIHC. h=UNSPEC.lFIED SOURCES)
w
0-1 124. t 81-211 . . . A -5- h HhlR1,DOE HYRl ' , FYPl 82,000 fiNALYSIS, PCB'S, SEDIREHTS: BIOTfi.
RIVERS: HICIC6RG RIVER: LfiRE ONTRRIO>
(R=f OX1 C. ORGRNICS 5=REIHOD DEV ., & ADDELINC h=UNSPECIFI ED SOURCES,) . .. . .
. .
. .
125 C 82-211 - ' . A I S . h . ,: NUR.,I ,DOE . . .: HYRI
. . ...
FY82. , . 3 2,500 STRUCTURE-ACT IVITY, PCB'S, DIOXINS,
. . BENZENES, PHENOLS, HBZRRD RSSESSHENT..
(A=T.OXI C ORGRNltS I=.CHRRRCTERISTICS, S=flETHOD DEV. Q PlOOEL INC hsUNSPECIF IED -SOURCES) '.
. .
: . 1 :
. .
126 'r. '212 . . ..-a 02 h NYRI HYRI FY81 101,000 RHALYSIS. SEDIREHTS, URTER, 01 OTG, FISH,
FY82 13,000 DISTRIBUTIOH, SIHKS, RIVERS,
NIfiCRRR RIVER, LRKE ONT9RID:
~ ..
.. .
(A=TOXIC ORGANICS O=SOURCE RND LORD1 HG 2=Ffi?E AN^ TRRHSPORT UNSPECIFIED SOURCES i

A 0 1 2 h UMRI NMRl FY 02 70,000 CHLORINATED HYDROCARBDMS, PCB's,
ANALYSIS 8 SEDIMENTS, 51 CTh,
ABUATlC SYSTEMS, TRENDS, RIVERS,
NlACAREI RIVER,. LAKE ONTARIC),
(A-TOXIC ORCfiUICS O=SDURCE AM0 LOADING l=CHARACTERlSTICS 2=FATE AND TRANSPORT h=UNSPEClFIED SOURCES)
FY81 44,000 CHLORINATED HYDROCPRRONF:
VBTEi?. 9IR: EVQPORATIBN:
SURFACE FILAS,
(d=TOXIC ORCRNICS 2=FATE AND TRRNSPORT h=UNSPECIFIED SOURCES)
129 C 218 A 2 5 h NWPI,DOE NURI FY82 35,300 BIOAVAILitBILITYr SEDICEHTS.
(A=TDXIC ORGRNlCS Z=FPTE AND TRRNSPORT 5=RETHOD DEV h flODELIHG h=UHSFEClFlED SDVRCEF,

(E=COHTAHIMRHTS, FEN. I=CHkRACTERISTICS 2cFITE ~ N D TRANSFORT hctJNSFEClF]ED SOURCES,
FY81 44.. 000 TOXIC SUBSTAHCES, DISTRIBUTION,
FYP2 112: 00Q RYfi ILRBILITY: SUSPENDED SQLIDS,
SEEiREtiTS, HETAL SFECi AiiOH,
LAKE OHTRRIO:
6 25 h HMWI ,DOE UMR1,CLFWB FY82 iib, hOd METHYLUTIOti, TIN, LEAD, UHALYSIS,
APUHTZC EUVIROUWENTS, COklPLEXATI ON,
MUTER, TOXICITY, ORCAHOTIHS,
iB=TOXIC METALS L*=FhTE AN@ TRhWSPORT S=HETHOD DEV. & l4ODELlWG ~=UNSP'ECIFIED SOURCES5
135 C, 233 G 1 2 5 h NYRl NMRI FY 82 8,000 ORGfiHOT INS, SURVEILLANCE:
GQUfiT IC SYSTEflS, PERSiSTEiiCE.
SURFACE FILRS. fiHGLYSIS, YATER,
SEDInEHTS, BIOTfi: FISH, PLtkE..
(A-TOXIC ORGdHlCS l=CHARACTERlSTlCS 2lFfiTE AND TRGNSPORT S=flETHOD DEV. b HODELINK h=UNSPECIFIED SOURCES1
B 2 3 c NYRI FY 82 68,000 DYt4kflICSt SEGIflEHTS, SUSPENDED SOLIDS,
AVfiILBBILI TY, BiOT9z PLRNKTON,
(B=TOXI C RETkLS 2=FRTE GND TRANSPORT 3=EHVIRONREHTkL IRFRCTS c= lHDUSTSlfiL SOURCE)
PHYTOPLANYTO~!: eI DRSSAY, NEGRSHDRE,
HI RGiiRA RI YER.
HVRI , GLFRB FY81 72,000 RADIO9CTIVITY, SURVEILLfiHCE, TRENDS,
FY82 84,000 OPEN LAKE; 8IOTfi.- FISH,
(E=C@NTkflINGNTS, GEN. O=SOURCE fiND LOADING S-ENVIRGHREHTfiL IRPfiCTS c=lHDUSTRIRL SOURCE;
138 C 241 E 25 c HYRI ,DOE NYRI FYEl 39,000 RADlOACTIVITY, MASTE RGNACEREMT:
FY82 58,000 GROUNDWPTER, LERCHRTES, LAKE ONTGPI 0 3
(E=CONTPW INGFTS, GEH. ZaFOTE AND TRfiNSPORT S=RETHOC DEV & RODEL I NG c=IHGUSTRl fiL SOURCE i

E 025 c NMR1,DOE HMRI FY02 130~306 RLDIOACTIY ITY, AUALYSIS, SEDIREHTS,
TRENDS, RIVERS, HIAGARl RIVER,
LLKE ONTARIO,
(E-CONTAHININTS; GEH. O=SOURCE AND LOLDING 2nFATE AHD TRANSPORT S=WETHOD DEV. b MODELINC c=INOUSTRIAL SOURCE!
140 C 309 E 02 f NWRI I4M R I FYFZ 47; to0 TDXIG SUESThHCES.. !1RBhH RUNJFF.
(E=COHT6RIMbNTS. GEN. O=SOURCE RND LORDING 2=FLTE RND TRRNSPORT f=NON-POINT SOURCE)
141 C 310 E 633 f NWRI FY92 34-400 URBflH RUNOFF, UfiTER QUfiLITY,
MATER BU@NT! T'i:
ENViROtiHEtiTfiL SifiULSiiOti.. MODELS,
(E=tSHTRflIMkNTS~ GEN. O=SOURCE fiND LORDING J=EHVIRONRENTGL IflPGCTS S=PIETHOD DEV. k NODELING, f=HON-POIHT SOURCE?
FY82 2,004 NEARSHORE; HASTE WAHACEPIEHT~
143 C 353 E 62 P MMRI .DOE NMRI FY 81 109~000 TOXIC SUBSTANCES, URBAN RUNOFF,
(E=COKTAMINAt;TS, CEN. O=SOURCE AND LOAD: HC :=FATE AH@ TRANSPORT f=NON-POi HT SOURCE;
E 035 h WYRI.DOE HYR!
(EmCOHTAMIUANTS; GEN. 6=SOURCE P.ND LORDING 3=ENVIRONFlEH?AL IMPACTS 5-METHOD DEV. B MODELINC h=UNSPECIFIED SOURCES)

145 C .420: C -02 h NVRI NMRI FYBl 41-000 OXYGEN.. DYNRRICS. TRERDS: GNRLYSiS,
. . : FY82 . . 23,009 TENPORGL VIRIITION, EUiliOPHiGilTION,
LRKE ERIE: NYPOLIANIDN,
(C=PHOSPHOEQS O=SOURCE kND LOGD!NG Z=FRlE IND TRGNSPORT h=OWSPEtlFlED SOUECESi
(E=CONTARINIWTS, CEN. 2=FATE QND TRGNSPORT h=UNSPECIFIED SOURCES>
NVRI FYel 18,000 DISTRIBUTIOH, TERPORIL VRRIfiTIOH:
FY82 41,000 TRENDS, SEDIRENTS, PBRTICliLfiTES,
LRKE OHTIRID,
FY81 15,000 LRKE ERIE, DEGRIDITION, TRENDS,
FY82 17,000 REHIBILITGTION, IHF~RN~~TIGN,
(C=PHOSPHORUS 2=FGTE IND TRANSPORT 3=ENVIRONflENTRL IHPGCTS h=UNSPECIFIED SOURCES)
FY81 35,000 BIOTG, BENTHOS, SUPVEI LLGMCE >
FY82 24,000 DISTRIRUTION, TERPORAL VGPIATIOW,
ECOLOGY, MITER QUALITY, RIVERS,
NIRCRRR RIVER, LGKE ONTGRID,
E 02 h NWRI NMRI FY81 23,000 SEDIflENTS, NUTRIENTS, DECORPOSITION,
. . - FY82 90,000 ACCURULITIOH, PLGNKTOH, PHYTOPLGNKTON,
: NERRSHDRE, OFFSHORE, NIAGARI RIVER,
. . LRKE OHTAR ID,
( E =CONTIflINIHTS, GEN. O=SOURCE &NO LORDIHC 2=FRTE AND TRANSPORT h=UNSFECIFIED SOURCES;
NWRI ~ $ 8 1 41,000 ORGRNIC CONTGflINRNTS~ BIOTR, ALGfiE,
FY 82 20,0'39 PRODUCTIVITY~ DECOI4POSITION, SEDIPIENTS,
OXYGEN,-' NUTRiEHTS: DYNGP!!CS: LIKE ERIE:
EPIL!flNIOti:
.. .
. .
(D-NUTPIENTS l=CHRRRCTERISTICS 2=FPTE RND TRItiSPORT J=EtJVIRONNENTPL IFPACTS h=UNSPECIFIED SDURCES~

151 C 428 H i 2 h HMRI NMRI FY 81 20,060 SED IHEHTS, SUSPENDED 4ATERI ALS,
FY 02 18,060 L R ~ E OHTnRIO,
(H=OTHER l=CHARACTERIST!CS 2=FATE AND TRAHSPORT h=UNSPECIFlED SOURCES)
(C=PHOSPHORUS Z=FRTE 6ND TRRNSPORT J=NETHOD DEV. C l9ODELIHC h=UNSPECIFIED SOURCES)
FYBl 37,000 BIOAV6IL6BILITY~ SORPTION, IRON:
FY 82 16,000 SEDIREHTS: 887 GF QUIHTE, LAKE ERIE:
LQKE OHii!Ei@,:
NWRI
(C=PHOSPHORUS 5=RETHOD DEV. 8 PiODELI NC h=UHSPECIF IED SOURCES )
1 5 4 C 47'5 D 2 h NWRl NWRl
3,000 SEDIWEHTS, #ACROPHYTES, LAKES.
(D-HUTRIENTS 2=FATE AND TRANSPORT h=UNSPECIFIED SOURCES)
NMRI
FY82 4,060 BIOTA: ALGAE, PRODUCTIVITY.
@ISTB1&UT]aH2 Eg:eaPH;fn""' I IL.,~.
NEARSHORE, MATER 2UAL;TY; ZSDELS
(@=NUTRIENTS 3=ENVIRONHEHTAL IPlPACTS S=METHOD DEC'. L WODELINC 6=CRITERIA h=UHSPECIFIED SOURCES)
(DmNUTRIENTS 2-FATE AND TRARSPORT 3=ENYIRONWENTAL IMPACTS h=UNSPECIFIED SOURCESj
HMRI FY82 172,660 LAKE OHTAR!O, BIOTA; ALGAE, PHYSiOLOCY >
EUTR0PH:CATI ON. LIATER GUHLI 7';.

NURI FY81 32,000 SEDIF?EHTS, DISTRI8lJTION,
.FY 82 58,000 . TEHPORAL VLRIATION, TRENDS,
SEDIRENT BANK .
(E=CQHTARINLHTS, CEN. O=SOURFE !?NO LOADING P=FATE AND TRRNSPORT h-UNSPECIFIED SOURCES)
D 0 3 7 h HWRI HURI FY82 ' 30,000 LAKE ERIE.. SURVEILLANIIE,
PRGFRAR PEVEiOP?lEtiT.. TREN35: nXYGEH:
ID=NUTRIENTS Q=SOuRCE AND LOADING 3=ENVIRONHENTAL IRPRFTS 7=RAHAFEflENT h=UNSPECIFIED SOURCES)
E 235 h HWRI NURI FY 82 17,000 ENY IROHRENTAL SIRULATION;
UASTE RANRGEHENT- ECGSY6TEY DYNRRICS:
YRTER QURLITV, RDGEL5,
(E=CONTF)RINLHTS.. GEN. 2=FfiTE AND TRANSPORT 3=ENYIRONHENTRL IPIPACTS' 5=RETHOD DEV. L'HODELIHC h=UNSPECIFIED SOURCES)
E 25 h NWRI NURI FY 82 21- 000 NEARSHORE, CIRCULATION- DYMARI CS,
DISPERSION, RIVERS, N!RtRRR RIVER,
LAKE ONTARIO: PLVflES, MODELS
(E-CnNTRRINbNTS: CEN. 2=FF)TE AND TRANSPORT 5=RETHOD DEV. 8. RODELIHC h=UNSPECIFIED SOURCES)
161 C 504 A 125 h NMRI
W M R I FY81 30j000 YATER, SEDIMENTS, INTERACTIVE EFFECTS,
FY 82 10.600 SDRPTIOH. PBRTICULAYES, DISTRIBUTIONA
RIVERS, NIACAR~ R i VER. LUKE ONTARIO,
. . MODELS. . .
(A-TOXIC ORGANICS I=CHARACTERISTICS 2=FATE AND TRANSPORT S=#ETHOD DEV. L HODELINC h=UNSPECIFIED SOURCES)
C 0 2 5 h HWRI HURI FYPl 43,000 DISTRIBUTION, TERPORAL YRRI ATION:
FY 82 17,300 TRENDS, STAT I ST iCAL RDDELLI NF, RIVERS-
NiA,FARB RIVER, ST. LAWRENCE RIVER,
LAKE ONTARIO~,
(CmPHOSPHORUS 0-SOURCE AND LOADING 2nFATE AND TRRNSPORT 5=flETNOD DEV. L HODELINC h=UNSPECIFIED SDURCES)

.
. .
E 25 h NMRI ,DOE HMRI FY81 20~000 NEARSHORE, C IRCULATI OH, DISPERSION,
FY82 45,000 MODELS,
(EmCOHT6HIHAPTS, GEN. 2mFATE LHD TRANSPORT SmHETHOD DEV. 6 HODELING h=UNSPECIFlED SOURCES)
164 C 509 H 5 h NldRI NYRI
FY 82 10, Q00 INSTRUMENTATION, CURREHTF, TEHPERRTURE:
OXYGEN:
(H=OTHER S=PIETHOD DEV. 6 RODELlNG h=UNSPECIFIED SOURCES)
165 C 509 H i 2 h HldRl NMRI
FY 81 262.000 PHYSICAL LIHNOLOCY, LAKE ERIE,
FY 82 36.000
(H-OTHER l=CHARACTERISTICS 2=FATE AND TRAHSFORT h=UNSPECIFIED SOU.RCES)
H 12 h HWRI NYRI FY81 79,000 LAKE OHTARIO, PHYSICAL LIRNOLOCY~
FYSZ 113,000 NEARSHORE.. OPEN LAKE, CURRENTS,
INTERACTIVE EFFECTS,
TEHPORRL VAR IfiTION, NIutirRA RIVER,
(H=OTHER l=CHQRACTERISTICS 2=FATE AND TRANSPORT h=UNSPECIFIED SOURCES i
J 025 h HYR1,DOE HMRI . CLFRB FYBl 25,000 STATISTICAL HODELLING, DISTRIBUTION,
FY 82 40,000 TEHPDRAL VRRIATION. :RENDS. NUTRIENTS,
OXYGEN, CHLOROPHYLL, YOXIC SUBSTdNCES,
AIIWUNIA,
(J=SEVERAL C=SOURCE AND LOADING 22FATE AND TRAHSPORT 5=WETHOD DEV. b HODELINC h=UNSPECIFIED SOURCES)
FY81 130~000 YATER QUALITY> AVAILIBILITY, LIGHT,
FY 82 16s 000 CHLOROPHYLL, SUSPEHDED HATER IALS.
SHTELLITES, .ki(Nb#ICS, liiVERS,
YIAGARl RIVER. MODELS,
(H-OTHER l=CHARACTERISTICS 2eFATE AND TRAWSPORT S=HETHOD DEV. h HODELIHG h=UWSPECIFIED SOURCES)

NMRl FY 82 3,900 GROUNDYBTER, LBKES,
ENVIRONRENTRL SIRULRTION,
RRDIOBCTIVITY, RDDELS:
(E=CONTPIISINAHTS, GEN. 2=FRTE BND TRFlHSPORT S=P!ETHOD DEV. I ISOOELIHC h=UNSPECIFIED SOIJRCESi
( E=COHTFIRIHFINTSI CEN. 7=HBNBCEflEHT h=UNSPECIFIED SOURCES)
NMRI FY82 37,000 LP~IINISTRRTI~N, SURYEILLRNCE 1
DGTA COLLECTION,
FY 8 1 98,000 PROCRBH DEVELOPflENT.
FY82 103,000 STBTISTICBL BNGLYSIS, COHPUTER,
RDVISORY,
(H=OTHER 7=flBNRCEREHT h=UNSPECIFIED SOURCES)
FY8l 9,000 PROGRAR DEVELOPRENT: CORPUTER,
SURVEILLANCE, UBTER QUtiLI TY > HOOELS,
IHSTRURENTBTION,
173 C 599 H 7 h HMRI HURI
FY 02 15.000 PHYSICAL LIRNOLOCY, INSTRUBENTATION.
SURVEILLANCE. NEkRSHORE, MODELS.
(H-OTHER 7=HAt4ACEHEHT . h-UNSPECIFIED SOURCES)
174 C 614 E 9 - h NURI8DOE ., NMRI
FY8l. 30,590 PRIORITY CHEHICBLS, FlNLLYSIS,
INSTRURENTGTION, MQTER, FEDIRENTSt
CHROWGTOtRQPHY>
( E-CONTRISINANTS, GEN. S=RETHOD DEV. I HODELING h=UNSPECIF IEG SOURCES)

175 C 615 A 5 h NURI ,DOE HMRI FY 61 46,500 ANhLYSIS J BENZENES, TDXAPHENE, UATER,
FY62 160,fJ00 SEDI#Ei4T;, BIOTH, F15S)
(&=TOXIC ORGANICS 5-HETHDD DEV. B HODELING h=UNSPECIFIED SOURCES)
I R=TOXIC ORGANICS S=PlETHOD DEV. 8 flODELINt h=lJNSPECIFIED SOIJRCES i
81,000 BNQLYSIS, DIOXINSt FURRNS. SEPIflEHTS..
61: 000 SUSPEHDED SOLIDS.. BIOTfi: FJ6H..
177 C 627 E 5 h NVRI ,DOE
NURI
50,000 BHBLYSIS, CBRCINDGENECITY, AUTACENS,
HlCROORttiNISMS: B9tTERiA.. RIVERS;
NIkCRRR RIVER,
(E=CONTQflINQNTS, GEN. 5=flETHOD DEV. & HDDELINC h=UHSPECIFIED SOURCES)
F 0 6 h NURI HMRl FY81 45.600 HICROORCANISHSJ BACTERIA, SURVEILLANCE,
FY82 45.640 LAKE ONTARIO, I JC,
(F=FATHOCENS 6-SOURCE AND LOADING 6rCRITERIA h=UNSPECIFIED SOURCES)
179 C 653 E 7 k NURI 'DOE NMRI
59.000 PROCRlH DEYELOPHENT. ADVISORY,
92,006 DATA QUALITY, IJC,
( E=CONTRRINRNTS, CEN. 7=flQNACEflENT h=UNSPECl FIED SOURCES)
180 C 670 H 7 h HMRl
FY81 83,000 CORPUTER I HSTRUflEttTAT I3H:
FY32 100,000 IDHINISTRRTI ON,
(H=OTHER 7=RINBCEflEHT h=UNSPECIFIED SOURCES)

181 C , 22 . . .. . J 467 i , EHD . EHC FY81 458,000 TOXIC ORGANICS: TOXIC RETGLS,
FY82 1,082,900 HICROORGRNISHS~ URTER GHEAISTRY,
FY83 825,000 SURVEILLRNFE- PRIORITY FHEHI GtiLSI
ANAiYSI S,. REGUiGT i OMS.. RL~TfiGENB..
(JzSEVERRL 4*HUARH HEALTH EFFECTS 6=CRITEIIR 7=HdNRFERENT i-SEVERAL SOURCES)
162 C 23 J 467 i EHD EHC FY81 341.746 TOXIC SUBSTANCES, MICROORGAHISWS,
FY82 1a131.446 ASBESTOS FIBERS, PRIORlTY CHEMICALS*
FY83 1~243,006 HETHODOLOCY, MODELS, Dl SINFECTION.
IHF ORHAT ION, SEMhCE,
(JzSEVERAL 4=HUMAH HEALTH EFFECTS 6aCRITERIA 7=#ANACEHEWT isSEVERAL SOURCES)
183 C 24 J 457 c EHD EHC FY81 751,400 PRIORITY CHEHICALS, IUTAGEHS,
FY82 964,900 CRRCINOGENECITY, TOXICITY, PHYSIOLOGY.
FY83 950,000 PHAPYfiCOKINETICS.
(J=SEVERQL 4=HURAN HEALTH EFFECTS 9=llETHOD DEV. b RODELINC T=HANRGERENT caINDUSTRIAL SOURCE)
J 4 5 EHG FYBI' 298,400 TOXIC ORGAN1 CS, TOXIC RETALS t LEAD,
FY82 306,900 CRDPIIUR: PIETHODOLOFY, RNRLYSIS,
FY83 490: GO0 HRZARP- ASS'ESS~~EE?T!
(J=SEVERAL 4=HURRN HEdLTH EFFECTS 5=RETHOD DEV, b RODELINF n=ATROSPHERIC SOURCE)
185 C 2 6 J 4 5 i . EHD EHC , FY81 227,600 TOXIC ORGANICS, HI CRODRGGNI SRS,
' ' FY82 396,400 AETHODOLOGY, RNALYSIS.. NEARSHORE,
FY83 380,000 HRZARD ASSESSMENT, SURVEILLGNCE,
. . . SEMAGE,.. 50 IL,, ATROSPHERIC SOURCE,
( JzSEVERAL 4=HLlflAN HEALTH EFFECTS 5=RETHOD DEV. b MODEL INC i=SEVERfiL SOURCES
. .
. I : ' .
. .
186 C . 27. A 457 h EHD , EHC . ,
.. .
FY81 448,200 PESTICIDES, RUTAGENS, HAZARD ISSESSMENT<
' FY82 993,300 AGRICULTURE, TOXICITY, PIODELS,
FYB3 1,090,000 ADVISORY, IHfORl~RTION~ METHODOLOGY>
(A=TOXIC ORGPlNICS
~ = H U ~ AHEALTH N EFFECTS S=RETHOD' DEV. & RODEL IHG 7=HAHkGEHENT . h=UNSPECIFIED SOLIRCES i

B 457 a EHD FY01 690a560 6CID RAIN, ATMOSPHERIC DEPOSITIOH,
FY82 1 ,.426~ 500 ATHOSPHER! C SOURCE, IHDUSTRIAL SOURCE.
FY03 900~000 HAZARD USSESSHENT, SURVEILLANCE,
ERU'IPNEWT. ADVI SORY, PAH; 5,
(B=TOKIC WETALS 4=HU#AH HEALTH EFFECTS S=METHOD DEV. k MODELING 7m#ANACE#ENT o=AT#OSPHERIC SOURCE)
190 C 029i01 E 7 c DOF,DSS, EPS UTC, ACB FY81 76,000 10% IC SUBSTLNCES, NI TROCEN:
FY 82 51.650 UR'STEWRTEF TRERTREHT:
COEItiC EFFLUENT TRERTKE:4:,
,
. . . ..
. .
(E=COHT AMINdNTS, CEN. 7=flANALEilENT c~INDUSTRIAL SOURCE )
(E=COHTARIHANTS, LEN. 6=CRITERII T=RANALEflEHT c=INDUSTRIkL SOURCE)
FY 81 80,000 VASTEVBTER TRERTRENT,
FY82 148,500 PIOiGGICkL CONTROL: COkL LIRUEFLCTIOH:
(0
190 C 01-24/ 04 E 67 d EPS, DSS 0. BC FY81 120~000 LEACHATES, CHEMICAL CHARhCTERIZATIOHa
FYB2 20, 000 MASTE RANACERENT, 61 OLOCICkt COU:ROL,
ORCAHIC COHT AiIlNAHTS, TOXIC SUBSTA'RCES,
(E=CORTAfi INANTS, CEN. 6rCRITERIA 3=MANACEHENT d=MUN ICIPAL SOURCE )
191 C . 81-26/05. C 237 d O#OE,EPS, DSS UTC, CANVIRO FY01 250~000 BIOAVAILABILITY. UASTEMATER TREATMENT,
FY02 38,000 LAKE ERIE, LAKE OHTARIO,
(C=PHOSPMORUS 2=FATE AND TRANSPORT 3=ENYIRORHEHTAL IMPACTS 7-HANACENENT d=MUNICIPLL SOURCE)
( EmCOHT AHIWANTSJ CEN. 7*MANACE#ENT i =SEVERAL SOURCES )
UTC, CANVIRO FY01 101r200 YASTEMATER TREATMENT, MUNICIPAL SOURCE,
FY82 1248000 IWDUSTRI AL SOURCE 8
ORCAWIC CONTAHIHAHTS,
ANAEROBIC PROCESSES. HHAERDBIC FILTER,
FLUIDIZED BED,

96,009 ANREROBIC FILTER, RETHANE,
42,500 MRSTEWRTER TRERTRENT,
ORCRNjC CONTRAINRHTS,
INDUSTRIAL GOURCE, RUHICIPRL SOURCE,
( EPCONTGHINRFTS, CEN. i=tlRNRCEAENT icSEVERRL SOURCES)
12,5?0 AGRICULTURE? MRSTEMRTER TRERTRENT,
ORCRNIC CONTRAINRNTS~ ANIEROBIC FILTER,
FY81 190,000 RRNURE, AGRICULTUREr VASTE RAHACEAENT,
FY82 30,000 RETHRNE, ANREROBIt DIGESTION,
CORPOSTlNG#
( HIOTHER ?=RQNICERENT f=NON-POINT SOURCE)
cn
C3
196 C 78-9/11 H 7 d OROE,NRC!EPS
(HoOTHER ?=RRNRCE#ENT d=flUNICIPRL SOURCE)
71,700 SEVACE, ANfiEROBIC DIGESTION. RIXING,
69,200
H 7 i EPS
(H=OTHER 7=PifiNRCEflENT i=SEYERfiL SOURCES )
10,200 SEWACE, COST-BENEFIT,
3,000 URSTEUBTER TRERTRENT, RCTIYRTED SLUDGE,
PROCE,SS CONTROL3 -INDUSTRIAL SOURCE,
RUNIC IPRL SOURCE..
. .
FY82 100,000 ,PHOSPHORUS, ,NITROCEN,
B I OLOCI CAL %ONTROCn
(D=NUTRIENTS 7:WGNAGEPlENT d=RllNICIPRL SOURCE )

199 C 80-12/12 H 57 i EPS FY81 548 000 SECONDARY CLRRIFICATIDH. PROCESS DE81 GNJ
FY 82 9,000 SEDIMENTATIDN, MASTEMLTER TREATMENT,
, . INDUSTRIAL SOURCE, ~Ui~ICI.P(rL SOURCE J
(HIOTHER 5-HETHOD DEV. b MODELING 7=MfiNACE#EHT i+SEVERAL SOURCES)
200 C 80-14134 J 25 i EPS FY81 19,000 TOXIC SUBSTANCES, LEACHATES,
FY 82 33,000 CHERICAL CHARACTERIZATION, RETHDDOLOCY.
TOXICS WOGILITY. BEMACE SLUDGE,
LEACHING PROTOCOL-,
< J=SEVERAL 2nFATE AND TRANSPORT 5-NETHDD DEV. b MODEL1 NC i =SEVERAL SOURCES )
201 C 80-15/35 H 57 d EPS MTC FYBl 10,000 ' VLSTEYRTER 'TRELTflENT, COHPUTER,
FY B2 3,000 ADVISORY, CDST-BENEFIT, PIODELS,
(H=OTHEA S=P?ETHOD DEV. b RODELING i=!ldNACE!lENT d=!lUNICIPdL SOURCE>
ti3
'" 202 C 0361/36 H 57 i EPS YTC FY81 17,000 YASTEMATER TREATMENT, #ETHDDOLDCY,
FY 82 69,000 COST-BENEFIT, SLUDGE CONDIT 1ON:NCa
PROCESS CONTROL,

(H=OTHER 7=HfiHAGEHENT c=INDUSTRIRL SOURCE)
FY81 30,000 ADY ISORY t FIELD SUPPORT
FY 82 7,000 CHERICAL CHARRCTERIZATIONI ANALYSIS,
, P~YER GENER~TION..
,. ,, BED COHPUSTIOH RESI'DLiEG:
. .
206 C 81-2/42 0 7 c EP5 Y TC
FY 8 1 20,000 ACCUklULATIONt UASTEWATEP TRELTIENT,
FY 82 14,000 POOER GENERfiTION, fi5H RECIRCVLfiTIGNt
(@=TOXIC RETALS 7=PiANLGEl?ENT c=INDUSTRIAL SOURCE)
. ,.. . .
257 C 81-3/43 J 237 d EPS,DSS (IT C FY81 65,000 RICROORGLNISRS, BRCTER IA, HELVY RETALS,
FY 82 2,000 ORGANIC CONTRAINANTS, SEMgGE, SORPTION,
. . ,
, AGRIFULTORE.* SOIL, ,
. . . . .. . .
(J=SEVERAL 2=FfiTE AND TRANSPORT J=ENVIROHHEHTfiL IRPACTS i=tifiNLGERENT' d=RUNICIPAL SOURCE) ' . .
P
258 C. .81-4/44 ' .E 156 is' EPS , YTC FY81 38,000 MfiSTEMATER T'REATHENT t LEACHATES,
FY82 33,000 TOXIC IRAOBILIZATION, SOLIDIFICATION,
FIXfiTION,
(E=COHTARINAtJTS, CEN. l=CHARACTERISTIFS S=RETHOD DEV. 8 HODELING 6=CRITERIA i=SEYERAL SOURCES)
. .
. .
.
269 C 81-5/45 E 27 i EPS,EHR, DSS MTC, DEARBORH FY81 85,300 UASTE WANACEHENT. COST-BENEFIT,
FY 82 40,000 TOXICS CONTROL, SEUACE SLUDGE,
IHCINERATIOH,.
. .
I
, . . ..
. ,
1 E=CONTAHIHANTS, CEN. PIFATE AND TRANSPORT Z=#ANACEHENT ;=SEVERAL SOURCES)
. ::
H 67 d EPS FY81 3,000 VBSTE HRNRGERENT, RGRI CULTURE, SOIL,
FY 82 15,000 SLUDGE TREfiTRENT- SLUDGE UTILIZATION<
. .
('H=OTHER' 6=CRITERIA I=HANAGEHENT d=RUHICIPAL SOURCE) . . . . . . .
. . , . . .

A 236 i EPS,ACB, MWB 39,006 AGRICULTURE, SOIL. ACCiJWULLTIONA
12,000 PERSISTENCE, SEMAGE SLUDGE,
ORGAHIC CONTAFIINLNTS,
INDUSTRIAL SOURCE, fiUiilCIPAL SOURCE,
(A-TOXIC ORGANICS 2eFATE AND TRANSPORT 3=ENVIRON#ENTAL IHPhCTS 6mCRITERIA imSEVERAL SOURCES)
E 27 I EPS 2 DSSA OHOE YTC, CGMYIRD FY 81 76,000 TOXIC SUBSTANCES, MOBILITY,
FY82 190~060 SEMbCE SLUDGE, SLUDGE CONDI7IONIHC,
SLUDGE PROCESS1 NC ,
( E ~CONT~.HIMANTSJ CEN. ZzFRTE AND TRANSPORT 7=#bNbCEMENT i-SEVERAL SOURCES)
213 C 16 H 7 i EPS
YTC 76,500 ACTIVATED SLUDGE, MASTEYATER TREATMEHT
ENERGY, COST-BENEFIT, PROCESS CONTROL
(H=OTHER 7=#ANACEWEMT i=SEVERAL *SOURCES j
F
3
C-. 214 C 969/69 E 37 c EPS
FY 81 1,444 RADIOACTIVITY,
FY 82 7,004 PHYSICAL/CHEHICkL TREATRENT,
RADIUR-226 REflOYAL,
(E=COHTRHINRNTS, CEN. S=HETHOD DEY. b RODELING 7=flANRGEBENT c=INDUSTRIAL SOURCE)
215 C 79-4/71 E 367 c EPSsEHL bl T C FY81 36,006 RADIUACTIVITY 2 SUSPENDED SOLIDS,
FY 82 1~000 YASTEMATER TREATRENT 2
PHYS:CAL/CHEHICAL TREATMENT,
RAD IUW-226 REWOYUL.
(E=CONTAMINAHTS. CEN. S=HETHOb DEV. b WODELIMG 6=CRITERIA 7=HAHAGEHENT c=lMDUSTRlAL SOURCE)
216 C 04-7/73 H 57 c EPS Y T C FY 81 4,000 SUSPENDED SOLIDS, MASTEMATER TREATMENT,
FY82 1,506 PHYSICAL/CHE#ICAL TREATMENT,
RADIUM-226 REWOYAL,
(H-OTHER 5=#ETHOD DEV. h HODELINC 7=MAHACE#ENT c=INDUSTRIhL SOURCE)

(J-SEVERAL 5-RETHOD DEV. b MODELING i=nfiHACERENT d=RUNICIPfiL SOURCE)
.
45,000 fiDV ISORY a F l ELD SUPPORT 8
33,000 VASTEWGT.ER TREFITMENT: BACTERIA,
SUSPENDED ,SOL IDS, PHOSPHORUS REHOVAL,
I
. . , ,
I -
F 7 d EPS YTC FYBl
FYBZ
2,000 IDVISORY, DISINFECTIOHJ CHLORINATION,
5,000 VASTEMATER TREAT~ENT, DECHLORIHFITION~
, . .
(F=PATHOCENS 7=fleH6CEflENT d=flUNlCIPfiL SOURCE j
> ..
. . . .. .'
. ,
219 C 78 I 357 c EPS blTC " FY82' 1,000 PROCRBH DEVELOPflENT, ADVI SORY,
MASTEMfi.TER TREATII,ENT, fiNALYSIS,
, HETHODOLO'CY., CQ,~L' HINI N,C,
( I = UNSPECIFIED 3=ENVIRONflENTAL IMPACTS S=METHOD DEV. a I40GELIHC ~=RANC~GEMEN~ c-INDUSTRI
AL' SOURCE)
E 6 c EPS, , YTC
( E='CONT6MINANTSr CEN. : 6,=CRITERICl . c=INDLISTRlAL SOURCE j
221 C 84 E 7 c EPS M T C FY 82 1~000 RBDIOLCTIVITY, MLSTEMATER TREATHENT,
PRECIPITATION. RLDIUH-226 REdOVBL,
(E=COHTAWINAWTS, CEN. 7=#RNACEWENT c-INDUSTRIkL SOURCE)
. . . .
' 5
.
. ...
. < , ,. . .
.. .
. . ..... . .
222 .C OCOi81 J S 7 c EPS,ACB,DSS YTC,CANVIRO, KPB FYBl 97,000 HEAVY METALS,: CYANIDE, 6RSEHIC,
FY82 204,000 TO,XI SUPSTRHGES, VASTEMATER T,REATMEHT t
coio ,HI N ING. "~~LKALINE-CHLORINATI ON,
. .
:
... ,
(J=SEVERFIL 5=METHOD DEV . 8 MODELING 7=MANACEflENT c=INDGSTR I AL SOURCE >
. .

223 C 80-1 6/37 J 3 d EPS U T C
5,660 HERVY HETILS, PCB's, SEMAGE, SOIL,
2,006 AGRICULTURE, TOXICITY, VEGETATIDH,
(J-SEYERIL 3=EHVIROHIENTlL IMPACTS d-MUNICIPAL SOURCE)
224 C 17 H 7 i E PS
FY82 24..000 ACTIVATED SLUDGE, PROCESS CONTROL,
MfiSTEMfiTER TRERTRENT> TESTiNG PROTOCOL,
flOBILITY. VGSTEMGTER TREGTRENT,
TDXiCS CONTROL, INCINERATION,
COSi-BEUEF I T,
CRaTOXIC ORCRNICS 2aFRTE RND TRRNSPORT T=HfiHACEHENT c=INDUSTRIBL SOURCE>
I-'
3
w 226 C 78-16/76 J 67. 1 . EPS U TC
TOXIC SUBSTANCES. ATMDSPHER I C SOURCE,
IMDUSTRIAL SOURCE 2 ACID RAIN,
UlSTEMlTER TREATHENT, ADVISORY,
POMER CENERIT ION,
C JzSEVERAL 6=CR I TERI A 7eMAHACEMENT i =SEVERlL SOURCES)
(R-TOXIC ORGANICS S=flETHDD DEV. & HODELING 7=RANRGEREHT c=INDUSTRIQL SOURCE)
YTC. ZENON FY 81 12,360 YlSTEYlTER TREATHENT, RCTIVATED CARBDM.
FY8.2 96.566
(E=CONTRflINQNTS, CEN. SfHETHOD DEV. 8 RODELIHC 7=flRURCEflENT c=INDL'STRI~~L SOURCE)
UTC FY31 1,000 MGSTEMRTER TRERTllENT, THIOSQLTS RENOYQL:
01 OLOCICAL TREQTRENT,
. ..

229 C 034CE B 267 d EPS Y T C FY81 7,300 MIST€ RQNRGEHENT.. SOIL, SEWAGE, COPPER,
.: . :
. .~-.
. . . . . '
. . . . - . .> : . ..I.
. . ,
. . . TOXICITY 1
.. . RETHODOLOGY;
CHERICRL SLLlDtES.. LANO BISFOSfiL;
LYsIRETER STUDIES,
. .
. . .
i . .
. . . ,
(B=TO)cI C HETQLS 2=FRTE QWD TRRNSPO'RT 6=CGITERIQ '~=~~QNIGEHENT d=I3UNIC IPGL SDCiRCE) ... .. , . .,
E 57 c EPS
. . ,
4Sa666 MASTEMATER TREATMENT, COST-BEHEFIT,
DEEP SHAFT PROCESS,
. . PERFORWANCE EYALUATIOH,
' IE=COWTAWI~A#TS, CEN 5=HETHOD DEV. & WODELINC 7=HAWACEWENT c=INDUSTRIAL SOURCE)
- 1 : . . . . .
231 C 81-21/03 E 257 i EPS WTC FY81 6,000 TOX IC SUBSTONCES.. ORCLNIC CONTQfl ININTS,
FY82 139500 BI OLOCI GQL CONTROL 0
MA"STEWI'TER 'T.RE:GTMEHT, NETH~DQLOL'~.
. (E=CORTtf!flINQHTS, tEN. 21F4TE RNC TRQNSPORT S=I?ETH@C DEV. 8, RODELING 7=flQN6GEAENT
> .
. .
'I.'=SEVE,RQL SOURCES > .
. . . . . .
.

235 C 81-36/77 I 7 c EPS MTC
FY81 22,043 ACID RAIN, ECOSYSTEH RESPONSES,
FY 82 11.374 TOXlClTY TESTING, FISM. 8EHTHOS,
FY83 13.260 LAKE SUPER:OR BASIN, Ii4LAWD LRKES.
(H=OTHER 3=EHVlRONHEHTAL IHPACTS a=ATHOSPHERIC SOURCE)
OHNR
26.767 ECOSY ST€# PRODUCT I V I TY,
23,814 STRESS RESPONSES, RCID RAIN,
23.273 EXFLOITATIOH, 61OTA, FISH.
LAKE SUPERIOR BASIN,
BOREAL FOREST LAKES.

241 C (A)-3 . . , '. . H 3 a 014HR . , . , . OR NR
FYSl 19,500 FISH GROMTH, CBLClUR RETBBOLISH-
FYP2 9,559 ACID STRESS, BGE DETERRINATION,
(H=OTHER 3=ENVI RONREHTBL IPPGCTS a=PTWOSPHERIC SOURCE)
. . . .
242 C 077 B 3 I? GLFRB GLFRP
(B=TOXIC RETALS 3=EHVIRONAENTRL IRPdCTS b=DREDGING!
243 C 973 H 8 h CLFRB CLFRB: OHNR
(H=OTHER B=OTHER h=UWSPECIFIED SOURCES)
FY82 19,000 BIOTR, PLQNKTON, ZOOPLANKTON t FISH,
TRENDS< PBRTICULATES, TEAPER$lTURE,
CEORCIBN BAY, LAKE HURON..
, , .,
.. : . .
..
. .
. .
* . . . .
F
0
rn 244 C 082 , I 35 h GLFRB CLFRB FY82 5,909 FISH: BAY OF PUINTE, RETHODOLOGY,
SURVEILLANCE. HBBITQT, LAKE ONTfiRIO,
245 C 92B/?98 A 2 h GLFRB GLFRB FY82 11t999 PCB's, BIOTB, BEHTHOS, SEDIRENTS,
DYNAflICSr QLGAE, LGKE ONTARIO,
(A=TOXI C ORGANICS 2=FGTE AND TRANSPORT h=UNSPECIFI ED SOURCES 1
. .
. . . . . . .
. .
. .
. . .
,
, . .
. .
. '
A 3 h CLFRB GLFRB FY 82 6,009 DIOXINS, PRODUCT1 VITY, FISH, RdRSH,
NIiiSGRR RIVER, BIOCHEl+ISTRY,
PHYSIOLOGY, LAKE ONTARIO,
. , , .
(A=TOXIC ORGANICS J=ENVIRONHENTAL IRPACTS h-OHSPEClFIED SOURCES). , ' . . .
. . . " . . .: :
. .

A 3 5 h CLFRB FY81 53,000 PAH's, FISH, PHYSIOLOGY 0 BIOCHEMISTRY
FY 82 204 500 HBRBOUR 4 LAKE ONTARIO,
(AmTOXIC ORGf?HICS 3=ENVIRDNHEWTAL IHPLCTS 5nHETHOD DEV. b MODELING h=UNSPECIFIED SOURCES)
E 3 h GLFRB FY81 21,000 FISH., PRODUCTIVITY r PHYSIOLOGY
FY 82 23,000 LIRE ONT9RIO, BIOkSSfiY:
(E=CONTAflINANTS, CEN. 3=ENYIROHREHTAL IMPACTS h=UHSPECIFIED SOURCES)
249 C 042 I 5, b CLFRB LLFRB: HMR I
FY 82 26,000 IlETHODOL06Y. SEDIMENTS, BIOASSbY,
IQUQTIC SYSTEflS, HARPDUR. LAKE ONTRRIO,
LRKE ERIE, CHEflltki CHQRRCTERIZIiIOH.
CEOCHERISTRY,
( I =UNSPECIFIED 5=tlETHOD DEV. b IIODELINC b=DREDCING)
6
y 250 C 006 E 3 h CLFRB GLFRB
FY 82 10,006 DATA COLLECT ION. BIOTA 8 BEHTHOS,
ECOLOC'I'. MATER QUALITY. SEDIMENTS.
LAKE ERIE, DISTRl2UTIOt4,
E S a GLFRB CLFRB FY82 15,606 METHODOLOCY, FISH. STREAMS, ACID RAIN,
LAKE SUPERIOR*
(E=COHTAMIHINTS. GEM. S=HETHOD DEV. 8 HOOELIHG &=ATMOSPHERIC SOURCE)
H 7 h GLFRB GLFRB, CLFC FY 82 2,066 HDDELS, EHVI ROHHENTRL SIHULATIOH;
REHABILITLTI ON, FISH, HABITAT,
( HmOTHER 7=MANLCE#EHT l>=UHSPEC IF IED SOURCES)

253 C 971 I 3, h. CLFRB , , CLFRB FY81 1,500 PRODUCTIVITY. BIOTk, PLkHKTON,
. , . .
FY 82 4,000 PHY TGPLkNKTDN, BENTHOS, ECOLOGY,
DYNARICS, LRKE HURONr
:, . . . .
( I=UN~PECIF IED 'B=ENVIRONRENT~L IRPRCTS ~=~NSPECIF~ED~S~URCES > . .
254 t 49SOIi E 0 a 0NT.H.:. DNT. H.. FY 83 40,000 SULFUR DIOXIDE- FURVEILLRNCE,
. .
FY 84 40,000
(E=COHTkRIN&NTS GEN O=SOURCE PND LORDING a=kTIlDSCHERIC SOURCE;
3
255 C 99315 J 2 c . ONT'.H: ' 0NT.H. .
FY 8 2 30,000 THERMAL POLLUTION, CHLORINRTION, PLUMES*
kNkLYSI 5, LIRITEP USE ZONE:
(J=SEVERkL 2=FRTE AND TRRNSPORT c-INDUSTRIkL SOURCE,;
0NT.H. FY 83 56,660 PRECIPITATIOH, AEROSOL, ACID RAIN,
FY 84 50,006 SULPHATES, INALYSIS. SURVEILLANCE.
(E=CO,HTABINAHTS, CEN. b=SOURCE AND LOIDINC a=ATMOSPHERIC SOURCE!
. . .. . . . .
.:
257 - C : 99353 ; C 3 :C . , ONT. H. , .ONT. H. , FY 82 83,333 810TA, HYDROLOGY, FISH ENTRAPMENT,
. .
FY 83 83,333
FY 84 83,333
. .
. . . , . . .
(C=THERWAL DISCHARGES ~'=ENVIRONNENT~ IMPACTS &INDUSTRIAL SOURCE)
258 G 9s355 . : , . G 7 . c ONT. H: ONT. H. . FY82 15,000 INTkKE, SCREENS* FISH..
.. . .
. . .
(G=THERllkL D ISCHkRCES 7=HkNRGERENT c-INDUSTR IkL SOURCE i
, . . . .

C 3 c 0NT.H. ONT. H. FY83 45~e60 BIOTA, ALGAE, PRODUCTIVITY,
DISTRIBIJTIOH, HABITAT,
(G=THER#AL b ISCHARGES 3-ENYI RONWENTAL IMPACTS =-I NDUSTRIAL SOURCE)
(C=THERPIAL DISCHARGES S=ENYIRONWENTAL IMPACTS c=INDUSTRIAL SOURCE)
FY 82 50~066 ENTRIPMENT. BIOTA, FISH,
FY83 ' 50.036
FY 84 53~001)
(E=CONTAMIHANTS. CEN. Z=FATE AND TRANSPORT f=NON-POINT SOURCE)
0NT.H. FY 83 36,660 LEACHATES, FLY ASH, PIOEILITY,
FY84 30.036 AQUATIC EHVIROHHENTS, LANDFILLS.
LAND Dl SFOSAL,
B 0 c 0NT.H. Ot4T.H. FY 83 75,000 ASH, CDdL PILES, RUNOFF. pH,
FY 84 75,000 GROUHDMQTER, LEfiCHPTES t
(B=TOXIC IlETQLS O=SDURCE dND LOQDIHG c=INDUSTRIAL 'SOURCE)
B 0 c 0NT.H. 0NT.H. FY 83 45.660 LEACHATES, ASH, AIR. COAL,
FY 84 43.060
(B=TOXIC AETQLS O=SDURCE QND LOdDIHG c=INDUSTRIfiL SOURCE>
264 C 99369 , J 67 c ONT. H. ONT. H. FY83 75~0h6 TOXIC ORCAHI CS. RADIOACTIVITY, PAHJ5r
FY 84 751660 HI TRIC OXIDE, ORGAHIC COMTIHIHlNTS,
CARBDH.
(J=SEVERAL O=SOURCE AND LOADING 7~WANAGEPIENT c=IHDUSTRIAL SOURCE!

, (E=COHTAflINhNTS.. GEH. 0-SOURCE AND LOADING c=INDLISTRIGL SOURCE )
a .
266 c" 9g372:.: ': E 3 . a 0NT.H; ONT.. H. FY 83 30,000 ACID, BI OTA, LAKES, SOCIOEtONOflI CS,
FY 84 30,000
'. ., .( E=COHTAflINR#TS: GEN. 3=ENVIRONflEHTAL IAPACTS a=AT,npf.PHERIC SOURCE) '
, . . ~
(E=CONTI?flINRNTS: GEN.. 3=ENVIRONBENTAL IflPfiCTS c=INDUSTRIAL SOURCE)
FYP3 60,000 SOCIOECONOflI CS, COST-BENEFI 1,
FY84 60,000 POYER CENERLT~O'N, RIR: WATER,
C1
268 C 99374 E 5 a ONT H 0NT.H FY 83 70,000 RODELS> RCID RAIN,
FY84 15,000 ATHOSPHERIC DEPOSITION.
POYER CENERLTION,
(E=CONTAflINRNTS, CEN. S=RETHQD DEV. % RODELING ~=ATROSPHERI c SOURCE i
. . . . ,
. . . . .
. .
. . . .
269 99a7s E 05 a 'ONT.H. GCRES; ONT. H : ' ' FY83 15,000 aCID RAIN, ATRDSPHERIC DEPOSITION,
Fv84 13,000 MODELS,
(E=CONTPflIHRPTS.. GEN O=SOURCE PND LOADING S=F!ETHOC DEV % RODELINC a=ATROSPHERIC SOURCE)
270 C 99377 ' . J 0 . c . -. ONT. H.. :. . . . PN.1. H. ,, . . FY83 45,000 LEQ~HBTES, TOXIC ORGRNICS, DIOXINS,
' F Y I 4 45,000 YASTE ARNGGEHENT~ SEWRGE.. FCRUBFER..
SULFUR DIOXIDE,
. .
! JsSEVERkL ?=SOLIRCE AND LOhDINC ' c=INDUSTRIRL SO'URCE')
. .

271 C 99378 E 7 c 0NT.H. ONT.H.
FY83 83,000 SULFUR DIOXIDE, AIR, ECONOBICS,
FY04 85,600 POMER CEHERhTION,
( E -CONT~#INAHTS, CEN. 7=HANRCE#ENT c=lNDUSTRIAL SOURCE )
C 37 c 0NT.H. ONT.H. FY82 305,000 VBTER QUALITY, BIOTG, FISH, ENTRfiPRENT,
FY83 305,444 INTgKE:
FY84 305,9P0
(CmTHERflAL DISCHARCES 3=ENVIRON!4ENTAL IRPACTS 7=AAN6CEtlENT c=INDUSTRIOL SOURCE)
(G=THERflAL DISCHARGES 2=FATE BND TRANSPORT c=INDUSTRI6L SOURCE)
FY81 42,000. PLURES, LAKE HURON, DISTRIBUTION,
FY82 130,090 TERPERBTURE,
FY 83 34,000
k-
k-
c-. 274 c 3
FY 82 28.500 THERWAL POLLUTION. HYDROGEN SULPHIDE.
FY 63 28,500 PLUMES, LIMITED USE ZONE, NODELS,
(J=SEVERlL 2=FRTE AND TRlNSPORT SzMETHOD DEV. L MODELING c=INDUSTRIAL SOURCE)

Appendix VI
Historical Research Activities
in the Great Lakes

APPENDIX '41: H/FTC:FiICGL SESEGRCH QCTIVITIES :'N THE GRERT LSIKES
--------+ =C------------'----I------------------.----------------'----'--------------------------------------s=~-~---------------------
------------------------------------------.-------------------.-----------------------
- .....................
I .J.-C. PdGE NO. PROJECT FUNDi N t PERFOkRl or. &flC;U#T
SERI dL It4 1976 CODE ORGIN1 ZRTION ORCRNI Z9TI@N FUNDED KEYYQWPS
No..
DIRECTORY
ssL=====1=1==+=5O5;i==-",-=5.==51L=Ls-----------------------
-----------------------==------------------------------------------=-----------------------------
........................................ ------------------------------
(H=OTHER 2=FATE AND TRANSPORT h=UHSPECIFIED SOURCES) .. .
(I5 E FY75 69,333 PnYSiCGL L IRNOLOCV. CURRENTS, YAVES,
FY 76 69: 353
" FY77 69,333
002 R 52 H S g ACE ICE, NOQd FY 75 4 PHYSICRL LIINOLOGYe HYDROLOGY,
,.: . . ,. . , . . . , . .
.- 403 R 54
H 5 f ICE ' RCE, NDII . ,*- ...:~~76 . '. .'.4i';.666 EROBIOH, . HEIR SHORE^. TERPORRL V~R-ICIT ION,
FY 7-7 41,666
>
(H=OTHER S=RETNOD DLV. & NODELING f=RON-POINT SOURCE) . ,
, .-
, . .
E 2 3 5 i RCE ACE , FY76 260,400 SURVEILLQNCE, POLLUTIOH, PEPIOTE SENSING.*
FY77 260,400 DISPERSION, EROSI OH: SEDI flENTS P
TERPERATURE, DYNRHICS? ECOLOGY.
EUTROPHICITION*
CE=CONTFIRINdHTS, GEM. 2sFQTE AND TRCINSPORT 3=ENVIRONHE#TRL IltPACTS S=RETHODGEV. P PIOGELINC i=SEQERFIL SOURCES)
. .
E 3 f ACE FY76 5,??4,000 DRTA CDLLECTION, GIOTL, FISH:
RRCRVPHYTES, LdKE SUPERIOR, RIVERS,
ST. LOU16 RIVER, HQRBOUR:
(._E=COH?FIRI HkMTS.. GEM. 3pEHVI ROWRENTRL IRPFICTS f=NON-PO IN? SOURCE )

006 A 138 fi 26 b ACE U .TEX FY76
( A-TOX IC ORGPN ICS 2uFATE AND TRfiNSPORT 6-CRI TERIB b=DREDCI NG >
0 PCB'S, SEDIMENTS, BIOTd, BENTHOSA
ACCUHULATIOH> BIOASSfiY,
E 057 h
ICE
ACE, USEPI FY74 625,000 PROGRIM DEVELOPI~EHTJ REHBPIL IT61 ION,
FYTS 623,306 LIKE ERIE< UASTEUATER TREATRERT:
FYi6 625,000
FY77
. .
625,000
(E=COWTARIHAHT6.. 'GEM. O=SOURCE PlND LOADING S=RETHOD DEV. 8, MODELING 7=MIWICEHENT h=UNSPEC'IFIED SOURCES)
H 1 g ~ C E ICE FY 75 3 SEDIREHTSt BOTTOM SUBSTRITES, LIKES,
FY 76 0
(H=OTHER l=CHARICTERISTlCS g=OTHER SOURCES)
J 3 b ACE U.MI.
FY 74 988 864 TOXIC SUGSTLNCES, SEDIIENTS.
FY 75 98,864 BIOAVAILABILITY. CURRENTS, TEMPERATURE,
FY76 98,864 OPEN LAKE, HARBOUR, LAKE SUPERIOR.
. .
010 A 314 E 23 b ACE
ACE, SUCB FY76 607,000 SEDIWEHTS. HARBOUR. OPEN LAKE,
AQUATIC SYSTEHS, HYDRAULICS.
(E=CONTAMINANTS. CEN. 2=FATE AND TRANSPDRT 3=ENVIRON#ENTAL 1IPACT.S b=DREbCIMC)
611 A 314 J 3 b ACE SUCBaACEaUSEPd FY76 245,562 NUTRIENTS, TOXIC METALS, pH, OIL,
. .
YLTER euALITY. OPEN LLKE, HARBOUR,
SEDI#ENTS,, LAKE ERIE,

. .
012 A 315 1'3 b' ' ACE SUCB
FY76 180,941 HARBOUR, BIOTA, BEHTNDS, PLANKTOH. FISH,
LAKE ERIE..
( I=UNSPECIFIED J=ENY 1,RONHENTAL IWPACTS b=DREDGINC )
013 A 315 E 7 b ACE ACE
FY 76 0 POLLUTION, YASTE RANIGEHENTr
> FY77 0 SURVEILLfiNCE,
(E=CONTIRIYANTS CEN 7=RANRCEflENT b=DPEDGING)
$14 A 316 E 7 b ACE a ACE
0 SURVEILLANCE, POLLUTION,
0 URSTE RANAGERENT,
(E=CONTfiHINANTS, GEN. 7=HANAGERENT b=DREDGING)
P
rn 015 A 318 H 1 2 b ACE IND.BIO T LAB FY76 181,957 SEDIflENTS, HARBOUR, LAKE ERIE,
HYDRAULICS,
(H=OTHER I=CHARACTERISTICS 2=FATE AND TRANSPORT b=DREDGING)
. , - . .,. .
,... . , . , . .
016 A 319 H 7 b ACE ACRES AM. LTD . FY 76 90,600 SED IWENTS, UASTE MANAGEHENTJ
, .
017 A 324 H $7 f ACE H T U FY 76 20,000 SHORE, EROSION, PLAN, HARBDUR, TRENDS,
(H=OTHER O=SOURCE AND LOADING ?=RANRGEflENT f=NON-POINT SOURCE)
, . . .
. .,

610 A 325 H 07 t ACE HTU FY75 , ,18,728 SHORE, EROSIOW, PLAH, HARBOUR, TRENDS,
. . .
iH-OTHER 0-SOURCE AND LOADING 7-MANAGEMENT CmNOH-POINT SOURCE)
,
. .
. ,
. .
H 0 f BCE FY 74 22,500 SHORE, EROSION, TRENDS. HARBOUR, VBVES,
FY 75 22,300
FY 76 22, SO0
(HaOTHER O=SOURCE AND LORDING C=NON-POINT SOURCE)
620 A 397 H 3 b ACE SUCBaUSEPA FY76 166,941 HARBOUR. BIOTA, PLANKTON, BENTHOS, FISH,
DISTRIBUTIOHj TEnPORAL VARIATI OW.
ECOLOGY,
F 2 a NOBB CLERL
0 PHYSICBL LIFiHOLF6f, CIRCULITION,
0 DYNnHICS. TEHFORRL VfiRIfiTION? YGVES*
(F=PATHOCENS 2-FnTE BND TRQNSPORT a=BTROSPHERIC SOURCE)
6 PHYSICAL LIMHOLOCY, NEARSHORE,
0 CIRCULATION,
0
0
(F=PATHOCENS 2=FATE AND TRAHSPORT h=UNSPECIFIED SOURCES)
023 A 38 ,' H 25 h NOLA GLERL FY 75 0 EHVIRONMENTAL SIWULATION, C IRCULATIOMx
FY 76 6 DISTRIBUTIOW; TEiiPQRdL VARIAT!OR;
FY 7.7
., .
6 TEMPERATURE, NEARSHORE;
LAKE WICHICAN 8
LAKE OHTkF:IG.
<
. .
. . . I
. ..
1H=OTWER ?=FATE AND TRANSPORT S=HETHO@ DEV. 8 MODELING h=UNSPECIFIED SOURCES)

. . . - . . . .
. ..
324 G 38 H 2 h NOAFi CLERLn CCIU FY 74 0 LIKE OHTflRIO, PHYSICAL LIRNOLOGY:
FY 75 0 .
FY 76 0 , . . . . .. .
. ,
. .
H 2 h NOFiG,USEPFI CLERL
(H=OTHER Z=FBTE RHD TRANSPORT ~=UHSP€C~FIED SOURCES)
0 CURRENTS, NEGRSHORE: LGKE RICHICGN,
0 ClRtULITION, TEHPORGL VGPIITION,
Dl STRIPUTIOH,
026 FI; 41 ,, , .. . . H 8. , h NOFiFI.. . . , CLERL
0 LGKE HURON, PHYSICRL LIflHOLOGY~
0 TERPORIL VARIATION,
CH=OTHER B=CTHER h=UNSPEtIFIED SOURCES)
H Z h NOlG' CLERL
0 TEflPORlL VdRIFiTION, SURYEILLGNCEt
HYDROLOGY,
< H=OTHER 2=FGTE RND TRFiHSPORT h=I?NSPECIFIED SOVRCES)
. .
OZS A 53 H 5 J "HOAA.CLERL ' ; CLERL
0 HYDROLDGY. HYDRAULICSs TEMPERATUREJ
RIVERS, ST. CLAIR RIVER, DETROIT RIVER.
!H=OTHER 5=HETHOD DEV. b MODELINC =OTHER SDURCES)
(I=UNSPECIFIED Z=FATE FiND TRAHSPORT g=OTHER SOURCES)
CLERL: USEPI FY74 4,375,000 LAKE OHTGRIO, DflTG COLLECTION,
.>. . . FY75 4,375,000 UlTER QUALITY, PHYSICGL LIMNOLOCY,
'. FY76 4,375,000
FY 77 4,375: 000
. . ' :,. ,
.

0 LAKE HICHICIN, NEARSHORE, DISTRIBUTION,
0 TEMPORAL VARIATION, OPEN LAKE;
(JmSEVERAL 2=FATE,AHD TRANSPORT h=UNSPECIFIED SOURCES)
J 32 h NORAJGLERL CLERL
0 RIVERS. OSUEGO RIVER, LkKE ONTARIO,
0 HIRBOUR: #I?TER QUiiLI TY: DISTRIBL~TION,
P TEHPORRL VkRi kT ION.
(J=SEYERAL O=SOURCE AND LOADIHC 2=FATE AND TRkNSPORT h=UNSPECIFIED SOURCES)
032 n 139 H 2 h NORA~GLERL GLERL
0 OXYGEN, DYNRNICS? LIKE ONTIRIO,
STATISTICRL ANRLYSIS, ,
tH=OTHER Z=FATE AND TRINSPORT h=UNSPECIFIED FOURCESi
FY 76 17.734 INSTRUHENTATION, NEARSHORE, HARBOUR,
HATER QUALITY,
(H=OTHER 2=FATE AHD TRANSPORT 3=EHVIRONMEHTAL IMPACTS 5=METHOD DEV. MODELING h=UNSPECIFIED SOURCES)
034 A 48 H 25 h NOAA.U.YI. U.MI. FY 7 5 100.469 HARBOUR, LAKES, DISPERSION, POLLUTlOH,
(H=OTHER 2=FATE AND TRANSPORT S=METHOD DEV. b HODELING h=UNSPECIFIED SOURCES);
C 256 c NOB6,MIDNR U.MI .rMIEPC FY 74 50,625 REllQTE SENSI Ntt NEARSHORE, PLUtlES,
FY 75 30,625 LRKE llICHlGRN, CIRCULRTION.*
FY 76 30, 625
tG=THER#AL PISCHARCES 2=FATE IUD TRANSPORT 5=HETHOD DEV. b HOPELINC C=CRITERII c=INDUSTRlRL SOURCE)

. . . . . .
036 R 170 G 7 c NORR U.YI'.'
. . .( G=THERNRL DISCH&RGES 7=RANRGEREHT, .r=IHGijSTRlRL SOljRCE;
ON,
FY 76 58.244 NERRSHORE,
' ~ i 7 5 '' 58.2)4 E~UCATI
ENVIRONRENTRL SI PIULRTION.
FY 74 14cQ77 PIETALS, ORGANIC CONTARINANTS 8
FY75 , 14,077 PHOSPHORUS* DISTRIBUTION. ACCUHULATIDN,
FY76 , ' 14,077 SURFACE FILMS. LAKE PIICHIPAH.
(J=SEVERAL P=FATE AND TRANSPORT ~=UQSPE'CIFIEP SOURCES)
038.R - 1RB : .R 2 h NORA U.MI. , F,Y 7 5 30,132 Dl STRIBUTIOH, YRTER, BIOTR, SEDI REHTS,
. , ....
FY76 ' .' 30,132 LRKES, CIRCULR.TION-, LRKE RICHIGRN,
. .
: (R=TOXIC ORGRNltS ZfFRTE RHD TRRNSPORT h=UNSPECIFX..ED SOURCES)
. . L'. , . . . .
R'023 h NORR FY 75 23,907 CHLORINRTED HYDROCARBDNS, PESTICIDES,
FY 76 23,907 RCCURULATI ON, PER$ ISTENCE, PCB's,
BIOTR, PLRNKTON, NERRSHORE:
LRKE RI CHIGRN;.
.
.. . .
,
CR=TOXlC ORGI?NICS O=SOURCE RND LORDIHG 2=FRTE AND TRRNSPORT 3=ENYIRONRENTAL IRPACTS h=UNSPECIFIED SOURCES!
. .
.: . .
. . . . :
. ... .. . ,. . .
040 R 194 A 2 h NOLR,FYS U.MI. FY 74 4,545 TRENDS, BOTTOR SUBSTRRTES, BIOTR,
FY 75 4,544 BENTHOS, FISH* VRTERFDWL, PCB's,
'FY 76 4,546
.
GREEH BAY,'. ECOSYSTER, LZlKE RICH1 CRH,
I.: , ,
Cr?=TPXIC ORGr?NICS 2=FATE RFD TRAHSPORT h=UNSPECIFIED SOUPCES) -,
(&=TOXIC ORGfiNICS 3=ENVIRONHENTRL IRPRCTS ~=UNSPE~IFIED SOURCES)
FY 76 18,450 CHLORINRTED HYDROCARBONS, PCB's,
HORPHOLOGY, PHYSIOLOGY, BIOTG: F16Ht
PRODUCTIVLTY,
,. . . .., . , '.
, . .. . .
, - . .. .
. . . ...

FY 74 13,014 PCB'S, PHYSIOLOGY,
FY 75 13,014
FY 76 13,814 .

. ., , . . .
H 012 C NOIQ FY75 17,220 SHORE, EROSION, TREMDS. LBKE flICHIC6N,
FY 76 17,220
(H=OTHER t=SOUPCE AND LOIDING l=CHQRICTEPISTICS 2=FPTE IND TRANSPORT f=NON-POIWT SOURCE!
. ,. .
(D=NUTRIENTS 2=FATE AND TRQNSPORT h-UNSPECIFIED SOURCES)
FY74 23,779 Dl STRIBUTION, PRDDUCTIVITY: BIOTA I
FY7S 23,779 PLINKTDN, PNYTOPLANKTON, LiGtiT,
FY 76 23,779 LIKE RI CHI CAN t
. .
v
. .
. .
. .. ,
. . .
050 I 402 I 5 h NOIItL'.UI. U.MI. FY 76 21,324 BIOTR, PLQNKTON, ZOOPLPNKTDN,
D'RTFI COL'LECT I ON.- RETHODOLOGY.
DIS-T'RI~UTION'~ TEflPORBL VARI IT!ON,
. .
. . LIKE 'HI CHI GIN, ,
(I=UNSPECIFIED 5=flETHOD DEV. b MODELING h=UWSPECIFIED SOURCES)
. ,
. . .
FY 75 15,000 SUSPENDED SOLIDS, BI OTQ, F I SHt BI06SSAYt
DISTRIBUTIONn LPKE SUPERIOR,
(H=OTHEI?
3=ENVI RONRENTIL IRPRCTS h=UNSPECIFIED SOURCES)
. . . . . , . ,
. .
. .
052 I 232 C 7 i NOIk U.MI. FY 74 20,245' L~KE 'HIGHICAU', MBSTE RFINICEMENT,
FY 71 20,245
. ..
FY 76 20,245 '
. .
. . . .. . , .
. . . .. . ~
. .
(C=PHOSPHORUS ?=HINBCERENT SEVERAL SOURCES i
053 A 240 J 7 c NOII U.MI.cVIDNR FY 76 18,902 SURVEILLANCEz DISINFECTION, NUTRIENTS,
NI TROCEN, SUSPENDED SOL IDS,
(J=SEVERAL 7=flANBGEflENT CJIHDUSTRIIL SOURCE)

054 b 299 . . H 5 (1 ' NOAA~U..hlI. U. MI.
FY75 30,807 BOTTOM SUBSTRATES, DISTRIBUTIOHJ
FY 76 30,807 LAKE MICHIGAN,
(HIOTHER 5=RETHOD DEY. h RODELIHG g=OTHER SOURCES)
H 05 C HOAA U.MI .,UIDHR FY73 1 8 ~ 5 0 0 SHORE, EROSI OH. CONPUTER, LAKE WICHICAHJ
FY 76 18,540 LdKE SUPERIOR.
(H=OTHER O=SOURCE AND LOADING S=WETHOD DEV. 8 WODELIHC C=HON-POINT SOURCE)
H 02 < NORA FY 75 27,763 SHORE, EROSION, LAKE Ill CHIGAN,
FY76 27.763 HERRSHORE: DYNARIFS! PISTRIBUTION:
SED IHENTS..
(H=OTHER O=SOURCE AND LOADING 2nFATE AND TRANSPORT

.. H. 37 g . NORA. U.YI., VIDNR
FY 74 21, 191 BIOTR, FISH, TERPER~TUREJ LIGHT,
FY 75 21,191 PRODUCTIYITY FIELD SUPPORT,
FY 76 21, 191
FY 77 21.191
!H=OTHER 3=EHVIR@HRENTRL IRPACTS 7=RRNRGEREHT g=OTHER SOURCES)
8,641 SHORE, VEGETATION, BIOTA, flRCROPHYTES,
8,641 DISTRIBUTION, ECOLOGY, POLLUTION,
EROSIOB, REHAPILITRTION, LRKE RICHIGGN,
C.J=SEQERFIL 3=ENVIRONRENTRL IRPGCTS 7=flANRGEHENT '
i=SEVERRL
SOURCES).'
32,689 HI TICATION, REGULATIONS, POLLUTION,
FOX RIVER,
'( 1-UNSPECIF IED 6=CRI TERIR 7=RRNRCEHENT i=SEVERRL SOURC,ES )
17,963 SHORE, INFORRATION, PLAN,
. .
i I=UNSPEC IFIED ?=RANAGERENT h=UHSPECIFI ED SOURCES)
FY 74 33.333 TRENDS, ECOHOPIICS.
FY 75 33.333
FY 76 33,333
I 3 7 i ' NORA
FY 75 24,417 LRKES, SHORE, PLRH,
FY 76 24,417
cl=UNSPECIFIED 3=ENVIRONHENTRL IMPGCTS 7=RANRGERENT i=SEYERRL SOURCES)

. .
666 A 41 H 25 h HUBA U. MI . , N MRI* FY 74 32.285 LRKE OiITARIO, PWYS!CAi ilMilO~OiY,
FY 75 32,285 TEhPORbL JARIATION, D!STRIBUTIOR,
FY 76 32,285 MAVES, ,
H 23 g HUAA 9,470 LbKE OHTARIO. TEMPERATURE, MAYES,
9. 47G DISTRIBUTION,
9,476
(H=OTHER 2=FA:E AND TRANSPORT 3:EHYIROHWEHTAL IMPACTS g=OTHER SOURCES)
E 2 5 h NOAA SUNY,EV.HAN. INC FY76 19. a95 D l SPERSIOH, STATISTICAL MOPELLiHC
DISTRIbUTION, TENPORAi VARIBTION,
(E=CONTAWIH6EiTSJ CEN. 2=FATE ANI! TRANSPORT 5=WETHOC DEV. C MODELING .h=UNSPECIFI.ED LOURCES) . .
! I =UNSPECIF iED 7=RANRCEfiENT h-UNSPECIFIED SOURCES)
OW, SUN'i FY76 15-000 DRTn COLLECTION.. PRDtRRR DEYELOPHEHT,
A 2 h HOAA NED. COL .MI. FY74 14,185 ACCUMULATIONJ FISH, PHYSIOLOGY, PCB'S.
FY 75 14,185. LAKE RIC'rl:CBN,
FY 76 14, i 8 5
(A=TOXIC ORGANICS 2=FATE AND TRAHSCURT h=UNSPECIiIEP SOURCES)
* FORMERLY KNOWN AS CANADA CENTRE FOR INLAND WATERS (CCIW) BRANCH
. . $ . . . . .
. .

FY 76 249915 BIOTL, PLRNKTON, PHYTOPLRNKTON, ECOLOGY,
DISTRIBOTIJH, TERPJRGL VRRIGTION:
LBKE OHTfiRIO:
tI=UNSPECIFIED Z=FFITE RND TPbNSPORT '5=RETHOD DEV.: .S; RODELIHC h=UtiSPECiFIED SOURCES)
,.. .
, . . ..j
573 g 73 E 23 h NOfifi,OSU
, .
@slj '
I , . . .
'
. FY 76 50,000 ECOLOGY ,. ESTUARY, EGOSVSTER . LGKE E R I E
FY 77 JQ,QOO RIVERS, OLD UON6iN CREEK:
!E=COI4TAI?IHfiKTS CEN. Z=FRTE RND TRGNSPORT Z=EMQIRONPlENTGL IIjPliCTS h=UHSPECIFIEC: SOURCES.!
. .
D 25 h NORR.GLERL GLERL
< .
. .(. G=~lUTPIEHiT. Z=FfiTE RE!C TPQ,#SPORT S=!lETHOD DEV. L I4OGE.LING h=UNSPECIFIEP SOilRCESi
. .
. .
+
h)
ij?C..fi : 140 :, C s i NOir13 GLERL FY75 O ATMOSPHERIC ,SOURCE.. tiON-POI NT SOURCE..
. . . FY76 . . B : URBAN RUk!CIFF, ACRICilLTl.iRE,
MUNIC IPAL SOURCE. !NDllSTRIRL SOURCE*
. . ENV!R.OHf4EHTRL S.iR1;iR.TiDH.. . .;
. . . .. . .
iC=f'HOSPHORUS 5=KEiHSD DEY. & MODEi.If

. .
385 R $1 ,J li h (I::EP~~ a LiPC
(J=SEVERGL O-SOURCE fiND LOGGING h=VNSPECIFIED SDUPCES!
C--l
V
. .
631 A a6 '1 03 ti USEPA, !?dSii, IJC . OS?t,HdSA; CUR 2. FY75
53,044 RiYERS, RUNOFF, LAKE EIIE,
REfiOTE """ acAaI::C,
! I=Vi.I.SPECIF!ED O=SOURCE AND LObDltiC 3=EN:'lRONWENTAL IMFACTS li=UNSPECIFIED SrJURCES )
! I=!.!tlSPECIFIED 7=I!GtifiCE14ENT i -5EVERfiL SOURCES >

FY 75 15,0P6 EUTROPHICATI ON, TEHPORAL VARIATION,
FY76. 15. G00 BENTHOS, 6LCAE. LAKE HUSON,
LAKE 9UFERIDR, LAKE MICHIGAN.
G 3 . h . USEPCI
FY 75 93,250 EUTROPHICQTION, BIOTA: PENTHOS,
FY 76 93,258 PLQ?I%TON, Dl STRIBUTIOH, SACIHQY BQY,
LAKE HUROtk,
! D-NUTRIENTS J=ECVIRON~ENTAL I HPfiCTS ' h=UNSPECIFIED SOURCES)
I--I
N
00 087 Q 144 C 2 h USEPCI
, .
. .
(D=HUTRIENiS Z=FhTE AND TRANSPORT h=UHSPECIFIED SOURCES)
FY 74 86-665 GISTRIBUTIOH, TEflPORkL VGRIATIOH,
F'i7.5 86,666 PLktIETON, PHYTOPLQtIKTflV: SRGINAW Bay,
FY 76 P6t666 LRKE 3URCN,
~ ~ 7 4 ' 29,333 PIOQSSGY~ PLANKTON. PHYTGPLGNKTDN
FY 75 29, 333 LIGHT.. TEIIPERATVRE. OPEN LRKE..
FY 76 29: 333 LRKE HURON,
. .
389 k 146 D 3i h USEPA s11c~. QC'Z.. asv FY7b I13,000 LfiKE. ERIE.. UirTER, SEDJilENiS.. PlOTQ:
BENTHOS, ?LRM#TOH, PHYTOPtRHKTOH:
< D=!

i@=iiUTRIENTS O=SOURCE AND LPADINC 3=ENVIR@H!lENTdL I#PLCTS 7=HOH -PDIHT SOURCE !
, ,. . . .
. . .'
FYT6 45,.500 ECOSYSTEM: LAKES.. RE~iiiPILITATSON:
i a =.,8:~r.~r;a~.
: : ...--r ZjLn-r. o~.pr 8tiD LGhPIHG 2=FATE AND TRGHSPDRT ~.I=L'~;SF'ECIFIED SGL!RtES?
L!.#It4N FY 76 17,700 MATER, TEKPERATURE; D8tt4A#!C:.Si
D;.;TR!g,,"r
IJdN. AIR. SDIL,
(G=:HERMAL DISC%ARCES PIFATE R::C TEANSPGRT 5-14ETHOC DE7. 2? MODELING h=UNS7ECIFIE@ SOURCES?
3 DISTR!Bl.lTIOH, 8:OTA: FISH, ?iUHES:
:i
( t=TIiER?lRL C; ISCHARGES 3=EhlYIRONHEHTAL IBPACTS c=I HGUSTR IAL 5OURCE') '

! t=THER?

U. DAY
(A=TOXIC OPCPNICO S=METHOD DEY 8 NODELING 7=#IHACE#EMT h=UNSPECIFIED SOURCES)
iA=TOXIC ORCANiCS 0-SOURCE AND LOADIHC h=UNSPECIFIED SOURCES)
FY 76 56,060 SURYEILLAHCE. WATER,
134 A 211 B 13 h USEPA 0 5 U FY76 54:247 SELEHiUH, STRUCTURE-ACTIVITY ., SIOTR,
! B =TOXIC METALS l=CHARRCTERI STICS 3=EHVIRONHENTAL IPlPRtTS h-UMSPECIFIEQ SOURCES i
, .
i B =TOXIC METALL; 4=HUMAN HEALTH EFFECTS. d=#UNICIPAL SOURCES
6 36 h UPEPA U.MINN. FY 75 492 329 TOXICITY TESTING. BIOTA 3 FISH, CYANIDE,
FY 76 49,323
iB=TOXIC METbLS Z=EUYIROHMEN:BL IMPACTS 6-CRITERIA k,=UNSPECIFIED SOURCES:
( J =SEYERAL 3-ENVIROHHEHTIL IHPACTS h=UHSPECI FIED SOVRCES)
FY 76 40,300 BIOASSAY: BIOTA.- ALGAE, LERCHITES,
. ECOLOGY, PHYSiOLDGY, CHiOROPHYLLl
EHY ISOHIIEHTIL SIAULATiDM..

I I=LlHSPEC IF I ED O=SOURCE R&D LOADING i=HRN&GEHENT C=NON-POI NT SOURCE)
FYf4 123,723 SEPTIC TANKS, UaSTE RGtljGERENT,
FY75 170,729
FY76 123,723 . .
FYi7 120,723
,. . .
, .
, .,
139 A 237 I 7 i USEFFI
! I=UHSPEC IFIED i=flANACENENT i =SEVERAL SOURCES)
113 .1 242 . G 7 h USEPR . .
, urn
FY 75 32,510 NITROGEN,
FY 76 32,510
FY 77 32,510
!D=NUTRIENTS
~=~I?NFIGEIIENT h=UtlSPEClFIED SOURCES)
FY 76 44,654 NI TROGEN, UATER, WASTE RRNRGEIIEHT,
, .
B 35: h U~EPQ flIFiflI U. FY 74 5,387 BIOQSSAY, T.DXICITY TESTING, COPPER,
. . I
.FY75 ' ' 5,387 LI HC, BlOTZl, PLaNKTDN. ZDOPLZlHKTDN,
5, 387
Fy76 > , ,
C B=TOXI C NETQLS %=E'NVIRDtlflEtiTAL IIlPFiCTS 5=HETHOIS DEV . h HODELI NG ~h=VHSPEClFIED SOURCES )
. . .:

. .
114 fi 431 H 3 h USEPA U. W I ; ERi-D FY 74 23,665 SUSPENDED SOLIDS, BIOTA, FISH,
F?75 23,665 DISTRISUTIOH, TE4PERAfUREj PHYSIOLOGY,
FY 76 23,665 LAKE SUPERIOR,
(H=OTHER 3=ENVIRONMENTAL IMPACTS h=UHSPECIFIED SOURCES!
i l =U'- t4sFECIFIED 3=EHVIRO;4MENTAL IMPACTS h=UNSFECIF IED SOURCES )
FY 75 15; 606 BIOTA, BENTHOS, ALGAE, ECOLOGY: ilABITAT,
F't'76 15,000 63:" ,.JW .;ugg~;fi;;g~ LAKE fi:c;dv- I aAN
LAY'; SUPERIOR,
FY 76 85,509 LEACHATES, BIOTA, BENTHOS, NACRDPHYTES.
HLRBOUR, LAKE SUPERIOR.
(E=TOXIC METALS 3=Et4VIRONMENTAL IMPACTS c=IHDUSTRIAL SOURCE )
H 025 F USEPB 11. FIINN. ,NO11 FY 75 29,500 SUSPENDED SOL IPS, CURRENTS, RUNOFF,
. . FY 76 28.. 500 STREAHS, LGKES, SHORE. EIOSiOt4..
RESIj30EH5iOt1, SqTELCiTEZ,
LRKE SUPERIOR,
(H=nTHER O=SOURCE BND LOBDING 2=FBTE F)ND TRBNSPORT 5-METHOD DEV. & HOPELING F=N~N-~OZN'T 5nUPtE)
118 A 333 J 0 f USEPA CLBC, ACE, USSCS FY76 14,060 SHORE, EROSION, YUTE% CHEMISTRY.
. .
, . .
C d=SEVERAL 6-SOURCE AND LPADIHG f=NOti-POINT SOURCE:
(!-!=OTHER ?=FATE AND TRANSPORT P-NON-POINT SUURCE)
FY 75 0 SOIL; EROSION, YEGETAT!ON,
FY 76 O KEMAbJI F:T3?EE:;
FY 77 r?

FY76 37: 000 SOIL.. EROSION, URTER, VEGETATION,
NEHfiGJI RIVER. RIVERS..
! H=OTHEC Z=FGTE AND TRflNSPORT ;=NOH-POI NT SOURCE?
. .
! H=BTHER 2=FATE AND TRANSPORT f=NON-PO! NT SOURCE)
FY 76 25..?00 EROSION, VECETATI ON, GNALYSIS- RIVERS.
NErlADJI RIVER,
. . . .
122 G 302 : H 37 f USEPFl U.YI.,USEPR FY 76 43,333 EROSiON. ttEkiRDJ I RIVER, PIOiP. FISH,
FY 77 43,333 DiSTRIel~.TION. ECOLOGY:
(J=SEVERRL T=NGNACEHENT f =NOH-POINT SOURCE >
U . UI , USSCS, USGS FY74 239,779 PROCRFlB PEVELOPMEHT: SEDINEHTS J EROSI OM?
FY7S 239,779 REtULbTIOtlS. ECONO~ICSI VRPRY RUNOFF..
FYi6 239:779 fiGRICULTURE.. tHEAIt9L CYGR9CTERIZATION,
FY77 239,779
.J 912 f .. USEPFl
FY 74 95,603 LRND USE, SEDIMENTS, RGRICULTURE,
FY 75 95,603 RIVERS., SOIL, EROSION SORPTION,
FY 76 95..603 PRECIPITATION, INTERgCTIVE EFFECTS,
FY 77 95,603
(J=SEVERRL Q=SOURCE FlND LOPDING l=CHflR6CTERISTICS 2=FFlTE AND TRPNSPDRT f=NOH-POINT SOURCE)
125 A 353 ' ' " J 025 i USEPA - '. U.UI :-UIDt4R FYT4 202.. 36 1 NOH-POINT SOURCE, ATMOSPHERIC SOURCE<
FY75 202,461 URBRN RUNOFF, AIR, PRECIPITaTIOH,
FY76 202-461 STRERflSt WATER QUGLITY, YATEE QUANTITY,
FY77 202,461 LRKE RICHICRN,
(J=SEYERAL C=SOURCE AND LOflDINC 2xFFlTE RND TRfiNSPORT 5=METHOD DEV. h RODELING i=SEVERAL SOURCES)

FY'" ,., 304,304 LAND USE, RIVERS, VATER QUCILITY,
. . . . . . . . .. , .
,_ . .-,
. FY75 304~600
FY76 304,060
.... . . . .
i ' ...
FY 77.:; 300, 000 8;
. .
i. :
' . . _.
.,;:. ,,,.,..
. i:
; ? : i, ,. . .
. . . . ,
., . . ~ ; .,
. '.. :, . . . . .'< ,:, ....: > ...:.. .< , ' , ., . I' . . t i ;
126 A H '!, 3, L' E C
* ,353: : .: ,.., 2 .'.,!,;., : ? 5 02.5 ,f . , :!fE.PY .,.; \.,I,.I,,:,..,! , . ,
IE=CONTA#IHANTS, GEN. 0=SOURCE AND LOADIilG P=FFlTE AND TRANSPORT ~=METHDD DEV. 6 ODELI LING C=HON-POINT SOURCE!
1 , 4 ,. . : . : , , J ....... f . USEPfi HSU, IJ C FY74 250: 430 POLLUTION: RGRICLILTURE; HYDROLOGY:
.........- ..;..!;;:. .! ?:;.!,.it ;$?< ,!=...;;FE:c
.-. ,-
:......., *......-
,,..:I: .,,- t:..:. . FY75 290,430 CHEfliCRL GHGRACTERIZA~~ONI
FY76 254: 430 SURVE!LLAHCE,
1 . ?! .. ;
. - ..... . i FY77 2 9 0 430 ~ TF:~;:: >:,.;,;i: ;. .
1 $ ............. ! !!:,,.a ~ j < ~ ,t. ~ .-:,-
..... ,. ~ , :;.;.,? ~ ,:.:. .
. ,. . ., . ,.
(J=SEYERRL Q=S@llRCE RND LOADING I=CHRRRCTERISTICS 7=l!AHGtEI4EHT f=NCN-PCINT SOURCE)
128 il 358 J 9 f USEPA fl5U
; ... .,:..: .;,-..-..
. .*( .... ,:';:.,' !.'. RUNOFF,
FY7 E. 11,418
1 2 9 A 365 A 42 h USEPA M S U, FY 75 38,770 PESTICIDES, RUNOFF RIVERS,
FY 76 3a, 770
! :,: ,. -': . :::,:'.,::."?, 3 . , ., , .t $ 'k.:,,;, :.;.* ; ';;;;:.:-.!,,:; , :2i..;:;\;;.;:;r-l;;: ;!;;t&,,:r,:,.,
. &.
,_I...
(p=T?X,l C OPGANICS 0-SOURCE CiND LOAFING ;=FATE RND TRFIHSPORT h-UNSPECIFIED SOURCES >
.. .. . s. r!, .. ii . .
r ., !,(
.......
.,.., ...
: . L C .+ ,:,,;\,:, :
....
< .,,,,.
t
a . . . , ,. .....
' < ! : 2: :::.
. .
(F=PRTHOGENS O=SOURCE AND LOFlDlNC 4=HUflAN HEALTH EFFECTS )i=UI4SPECIFIED SOURCES)
131 A 382 F 1 h USEPA U.DET.
. . .
...
( F=PQT'HOGEH~ ~'=CH~R&CTERISTICS h=UtdSPECIFIED SOURCES) :
FY 76 28,000 BRCTERI 6 P

132 b 382 F 5 h USEPa PUR 11. FY 76 22,833 SURYEILLfiNCE . HETHODOLOGY,
(F=P6THOCEHS %=HETHOD DEQ h HODELI NG h=UHSPEtI FI ED SOURtES i
(F=PfiTHOCEMS S=#ETHOD DEV L MODELING h=UNSPECIFIED SOURCES!
134 1 383 F 5 h USEPfi SYR.U.
FY76 19,000 HETHODOLOCY, SORPTION,
(F=PATHOGENS J=flETHOD DEQ. h MODELING h=UNSPECIFIED SOURCES)
(F=PATHOCENS 4=HURAN HEALTH EFFECTS d=RUNICIPQL SOURCE)
I 5 g USEPA 1 14 FY 76 34,000 BIOTbt ALCfiE, REMOTE SENSING, ~N~LYSIS,
LbKE ONTARIO,
fI=lINSPECIFIED S=RETHOD DEY. b NODELING g=OTHER SOURCES)
' j
137 9 387 D 3 h LlSEPfi U.IJI. FY 75 37,464 BIOTI, RLCfiE7 IVRILbEILITY: pH: LIGHT,
FY 76 37,464 TEI4PERbTURE, IRON,
(D=NUTRIENTS J=ENVIRONUENThL IHPQCTS h=UNSPECIFIED SOURCES)
, .

I! 3 h USEPA Ufl, LLRS FY 76 65,000 BIOTA, PLANKTOH, ECOLOGY,
FY 77 65,000 EUTROPHICATION, SACINAU BAY,
. , LAKE HURON,
(D=NUTRIENTS 3=ENYIRONWEHTAL IMPACTS h=UNSPECIFIED SOURCES)
139 FI '440 I 43 h lISEPir U.NY . ' FY 74 . 23,333 BIOTFI, PLFIHKTON: ZO@PLRNtiT@N r
FY 75 23,333 DISTRIPUTIOH, PRDDUCTIVITY,
FY 76 23, 333 YRTER Q"fiLITY,
. . .
. .
(I=UNSPECIFIED O=SOURCE RND LDFIDING 3=EHVIRDNRENTFIL IHPfiCTS h=UNSPECIFIED SOURCES)
O BIOTR, PLQNK'TON, ZOOPLfiNKTON, ECOLOGY:
YRTER QUiiLITY, STkTISTiCRL RNRLYSIS,
SFIGIHfiY 8GYr LQKE HUROH:
(I=UNSPECIFIED ~=ENVIRQNHENTBL IN'PCtCTS 5=VETHOD DEV. & NDGELIHC h=.UHSPECIFIEP SOURCES)
O 2 h USEPA LLRS,IJC FY 75 10,000 LAKE HURON, MATER BUAL I TY
FY 76 10,r)00 ;:AT; 'jTICAi bH.'.; T r .
n ~ ~ a ~ CPEH a , LAKE,
(@=NUTRIENTS 2-FATE AND TRANSPORT h=UNSFECIFIED SOURCES)
D 57 h USEPA flAN. COL. NMRI FY75 63,500 EUTROPHICATION, PLAN, LAKE ONTARIO,
FY 76 13,506 NEARSHDCE, STAT!STICAi BHALYSIS,
PiANKTOti,
(O=NUTRIENTS 5=HETHOD DEV. b WODELINC 7=MANACEWEHT h=UNSPECIFIE@ SOURCES)
143 A 140 D 025 h USEPAJLLRS ~~AN.coL.,N~~'RI ' ~ ~ 7 5 568 862 EUTROPHICFITION, LAKE HURON, SAGIHAM BAY,
FY 76 - 56; 862 OPEN LAKEj LbCE ERIE; PLAHKTOH, CXYGEN,
!P=NL!TF:!ENTS O=?QL:RCE AND LOADING >=FATE At4D TRANSPORT 5=WETHOD DEV. & NODELIHG h=L!t4CCEC!F.?ED SOUF:CE:?

D 157 h USEPB OSU FY74 150,000 EUTROPHICBTION, LRKE ERIE, BIOTR,
FY75 150,~>00. BENTHOS: PLRNKTON, COHPUTER I
FY76 150,000
FY77 159,909
(@=NUTRIENTS 1-CHBRPCTERI STICS 5=flETHOD DEV. 8 MODELING 7=ilBNitGENENT h=VNSPECIFIED SOURCES )
145 il 169 G 5 C' USEPA OSU, HF?I,flIDNR FY76 45,000 BIOTB, FISH.. NEARSHORE, LQKE ERIE,
(C=THER?lBL DISCHBRCES 5=flETHOD DEV. % HODELING c=INDUSTRIBL SOURCE)
.J 356 g USEPb ERL-D FY74 3,000,Q00 TOXICITY TESTING: BIOTfi, FISH,
FY75 3,000,000 MITERFOUL, BIORSSIY, DEGRRD~TIONP
FY76 3,000,COQ ECOSYSTEA,
FY77 3,003,009
!J=SEVERRL 3=ENVIRONPlENTBL IHPBCTS 5=FiETHOD DEV. % NODELING C=CRITERIfi g=OTHER SOURCES)
R 125. h USEPB ERL-D FY 74 0 Dl STRIBUTION, PERSISTENCE,
FY 75 D BIObCCUHVLRTION~ PIOTB, FISH,
FY 76 0
FY 77 0
!P=TOXIC ORCBNICS l=CHARRCTERISTICS 2=FBTE RND TRRNSPORT S=HETHOD DEV. % HODELING h=UNSPECIFIED SOURCES)
148 CI 248 E 37 d USEPB ERL-D FY74 ' 240,000 DISIHFECTIOH, CHLORINRTION, SEWQCE,
FY75 240,000 COST-BENEFIT- TOXICITY, ECOLOGY,
FY76 240,000 Dl STRIBUTIOH,. BIORCCURULRTI ON,
(E=CONTBHIHBNTS, GEN. 3=ENVIRONNENTRL IHPACTS 7=RRNfiCEflENT d=MUNICIPbL SOURCE)
149 R 248 E 237 d USEPB ERL-D,U.HINN. FY 76 0 CHLORIHRTIOH. pH, DECRBDRTION,
(E=CONTPRINGNTS, CEH. 2=FBTE RHD TRBWSPORT 3-ENVIRONHENTLL IHPLCTS 7=flfiNRCERENT d=HUNICIPBL SOURCE)

150 A 156 J3S c FMSJCLFL GLFL, CLFC FY76 127,004 THERMAL POLLUTI OH, TO8 IC SUB~TAHCESJ
BIOTA, FISH, PLANKTON, ZOOPLANKTON,
ECOLOGY,
(JPSEVERAL S=ENVIRONWENTAL IWPACTS 5=WETHOD DEV. b WODELINC crINDUSTRIAL SOURCE)
151 A 186 . , E 257 h , FVSttLFL CLFLtCLFC, 1 JC FY76 136~900 RHdLYSI St BIOTA, FISH: Dl STRIBUTIOH:
TRENDS, DYNIR ICS,
(E=CONTAHINGFTS, GEN. 2-FATE AND TRRHSPORT 5=F?ETHOD DEV. % PlODELINC 7=RAHAGEI4ENT ~=VNSPECIFIED SOURCES)
152 d 187 J 35 h FYSBCLFL CLFL FY 76 57,900 BIOCHERISTRY, TOXICITY >
TOXIC SUBSTINCES, BIOTG, FISH,
(J-SEYERdL 3=ENYIRONflENTBL IHPdCTS S=flETHOD DEY. Z HOVELING h=UNSPECIFIED SDURCES)
A 2 7 h FMS HFRL FY 76 11.060 PESTICIDES. LAMPRICIDES.
FY 77 1 l, 000
(a=TOXIC ORGANICS 2sFATE AND TRANSPORT 7=#ANACEWENT h=UNSPECIFIED SOURCES)
A 2 3 4 g FMS NFRL, CLFC FY76 lSOaOOO LAflPRICIDES, TOXICITY. BIOTA. FISH,
MATERFOYL, DYNAMICS. DISTRIGUTION.
. . BIOTRIHSFORfiA::OH, :OIL. UATER,
(A=TOXIC ORGANICS 2=FATE AND TRANSPORT 3=ENVIRONfiENTAL IfIPICTS 4=HU#AH HEALTH EFFECTS g=OTHER SOURCES)
155 A 444 A 7 g CLFCJFMS FMS
0 LAWPRICIDES, BIOTA: FISH,
REHA~LITATION, HABITAT,
(A=TOXIC ORGANICS 7=WANAEEWENT g=OTHER SOURCES!

D 27 h CLFL CLFL FY76 132,000 TEHPORLL Y6RIRTIOH~ NERRSHORE,
ECOSYSTER, BIOTA, ECOLOGY, PLRNKTON,
ZOOPLANKTON, ALCRE, FISH, PRODUCTIVITY t
RDVISORY,
! D=NUTRIEHTS 2zFRTE RND TRfiNSPORT 7=RfiNAEERENT h=UNSPECIFI ED SOURCES)
157 CI 451 G 3 h CLFL CLFL, ~ C E FY 76 65,300 BiOTA, BENTHOS, ICE,
iG=THERflRL DISCHRRCES 3=ENVIRONflEHTRL InP6CTS h=LlNSPECIFIED SOURCES)
E 37 i CLFL CLFL, CLFC FY76 186j000 BIOTL, FISH? PRODUCTIVITY I ECOLOGY,
NEARSHORE, HABITLT, LRKE ERIE,
iE=CONTRMlNRNTS, GEN. 3=ENVIRONflENT6L IHPACTS 7=HRNRCEtlENT i=SEVERRL SOURCES;
I 37 i CLFL CLFL: GLFC FY76 80.. 000 B i OTG, FISH: SURQEILLRNCE: HEARSHORE,
HLBITRT, REHRBILITATION, LAKE OHTARIO,
H 35 h CLFL CLFL,CLFC, HIDNR FY76 152,000 BIOTA, FISH, PHYSIOLOGY I WETHDDDLOCY.
PRODUCTIYITY,.TEHPERATURE, OXYGEN.
tW=OTHER 3=ENYIRONWENTBL IMPACTS 5=HETHOD DEY. & HODELINC h-UNSPECIFIED SOURCES)
1 3 i CLFL FY 76 52,700 BIOTR, BENTHOS, HE4RSHORE, DISTRIBUTION,
PRODUCTIVITY, ST. RBRYS RIYER,
DREDGING, SHIPPIHC, HUNICIPRL SOURCE,
IHDUSTRI RL .SOURCE,
CI=VNSPECIFIED 3=ENYIRONflENTRL IHPLCTS i=SEQERRL SOURCES)

162 A 117 I 7 g GLERL
CLERLn LLRS, HMRI
FY74
FY 75
6 DATA PUALITY. ANALYSIS.
0
0 . . .
i I =UNSPECIFI ED 7=WAHACEMENT g=OTHE'R SOURCES)
D 235 h CLERL
CLERL
FY 75 25.900 BIOTA. PLBNKTON, PHYTOPLRNKTON: ECOLOGY,
FY 76 25,000 TEHPORBL VRRIATION, LIGHT, TEMPERGTURE,
FY 77 25,000
(D=NUTRIENTS Z=FBTE RND TPRNSPORT 3=ENvIRONHENTRL IHPLCTS 5=HETHOD DEV & NODELING h=VNSPECIFIED SWOPCES)
164 A 400 D S h CLERL CLERL
0 ECOSYSTEM. LAKE ONTARIO, BIOTfi,
0 PLANKTON. CARBOH, H: TROCEN, PHOSPH0RL;S.
< D=HUTRIENTS S=#ETHOD DEV . & HODELI HC h=UNSPECIFIED SOURCES 3
I 23 h CLERL CLERL
FY 75 29:QOQ BiOTfi: PLANKTON, ZOOPLGt4ETON: ECOLOGY,
FY76 20,000 TENPORBL VARIATION. ALCGE,
FY 77 2Qr000 LAKE blICHICBN.
( I=UNSPECIFIED 2=FQTE QND TRANSPORT 3=ENVIRONflENTitL IHPLCTS h=UNSPECIFIED SOURCES >
I 5 h ' GLERL CLEPL
6 ECOLOGY, BIOTA, BENTHOS, LAKE on:fifiIa,
0 ECOSYSTEM,
9
0
(I=UHSPECIFI€D S=METHOD BEY. b #ODELING h=UWSPECIFIED SOURCES)
H 3 h GLERL GLERL FY 76
FY 77
( HEOTHER 3=EHVIROHNENTAL IFPfiCTS h=UHSFECIFIED SOURCES !
,O TE~~PEPATUREJ BIOTA
0 ZOOPLbHKT5N,
PLANKTON,

1 7 h CLBC
. , / .
CLBCJUSEPA FY76 15,000 PROGRAR DEVELOPMEHT: PLAN,
FY77 15,000 VBTER QUALITY, DBTA COLLECTION!
! I =VHSPEC!FIED 7=HfiNRGENEHT h=UNSPECI F l ED SOURCES) .. .
;.
. .
189 A 252 F 7 h USEPA U.CINN. FY 74 23,000 PIS!NFECTIOH I UASTEW'9TER TRERTPlENT,
FYTS . 23,000
FY76 ,
. .
23,000
(F=P+THOtENS 7=llRNALEtlENF h=UNSPECIFIEG SOURCES) . '
. . .
179 d 254 'I 4 1? ' '.USEPA ' , U.CI NN . . ' ;.FY75. , ' 91,3.71 ,HRZARD ASSESSNENT: SENAGE,
FY 76 91,371
., .
. .
!I=UNSPECIFIEP 4=HUliAN HEALTH EFFECTS h=UHSPECIFIEF SOURCES)
. .
C--l
I t 1 A 255 I 57 d VSEPA liO.CO. PUA FY75 390,090 URPRN RUNOFF, SEWAGE, DiS!HFEtTION,
. . FY76 390,000 MRSTEURTER TRERTHENT, MODELS,
172 I 303 E 2 h USEP6,DDE I L CS, HMRI FY 76 33,960 SEDIMENTS, GEOCHEMISTRY, D!STR16UTIONJ
CREEH 6AYa LAKE MICHIGAN,
(E=CO,NTBMIMH~'TB, CEH. P=FATE IND Tl?II?SPORT h=UNSPECIFIEP SOURCES! . .
,
. .
1 7 3 B 304' ' ' ' J '2 ' h USEPA . ' U fl FY 74 34,500 NUTRI EHTS, RETALS, RAG1 OGCTI VITY,
FY 75 343 500 ACCUMULATION, SEDIMENTS,
FY 76 34,500 BOTTOfl SUPSTRATES: SAGINBY BAY,
LIKE HURON,
, .. .
r J-SEVERAL 2=FATE AND TRLNSPORT h=UNSPECIFIED SOURCES)

FY 76 29,400 ORGANIC HATTER, ORGANIC COWTAMINANTS,
DISTRIBUTIOHJ SEDIMEMTS,
TEMPORAL VARIATION, LAKE HURON,
(E='COHTA#IWWHTS, GEN. P=FATE AND TRANSPORT ~=UNSP'ECIFIED SOURCES)
175 A 313 E 37 b USEPA, COE NW.U. FY74 62,409 MRSTE URNQGEHEHT, NGTER QURL ITY,
FY 79 62* 400 SUSPENDEP SOLIDS,
FY 76 62: 400
IE=CONT6fllNAtiTS: GEN 3=ENYIRONflENTAL IRPACTS 7=flRC6CE#ENT b=DSEDGINC)
176 A 317 J 2 b USEPA u n
FY75 43,990 PHOSPHORUS, CARBON: METALS> SEDI RENTS
FY 76 43,090 MITER, RIVERS. OPEN LAKE,.
< J=SEVERRL 2=FRTE AND TRANSPORT b=DREDCINC )
FY 76 7.373 AEROSOL, PLRTICULATES, MODELS.
FY 77 7.573 ATHOSPHERIC DEPOSITION,
ORCANIC CONTAHINANTS, LAKE RICH1 CAN,
( E=CONTAHIHAKTS. CEN. b=SOURCE AND LOAD1 NC a=ATHOSPHERIC SOURCE)
178 A 4 J 8 1 NOAl
SUNY FY 75 S0.000 LAKE ONTARIO. LAND USE, MAYES,
FY 76 56.000 TEMPERATURE. CHEHICAL CHARACTER1 ZATION.
BIOTA, PHYSICAL LIINOLOCY 8
(J=SEVERAL 8zOTHER i =SEVERAL SOURCES)
179 A 7 H 025 a USEPA
GSll, USGS FY 75 83,000 ATflOSPHERl C DEPOSITION . REROSOL, FIODELS:
FY 76 83,000 LRKE HICHIGRH,
FY 77 83,090
(H=OTHER O=SOURCE AND LORDING 2=FRTE RND TRANSPORT 5=#ETHOD DEV,. L IlOCELIHG a=ATROSPHERIt SOURCE)

C 0 o USEPA U.YI .,U.flINN. ' FY75 40,000 PRECIPITATION, LIKE flICHIGLN,
FY 76 40, 000
FY 77 40,000
( C=PHOSPHORUS O=SOURCE AND LOADING Q=ATHOSPHERI C SOURCE )
181 A 8 C 0 a USEPd UH.OHOE,HI DNR FY75 30,000 ATHOSPHERIC DEPOSIT1 ON, LdKE HURON,
FY 76 36,000
(C=PUCSPHORUS 6=SOURCE AND LOADING &=ATMOSPHERIC SOURCE!
182 A 9 A 02 a USEPA DEPAUL Ci. FY 76 10: 125 PCB's. AIR. PRECIPITATION, PARTICULATES~
LLKE HI CHIGLN,
(A=TOXIC OPCANICS O=SOURCE ACD LOADItJG 2=FATE AND T"PAHSP0PT a=RTROSPHERIC SOURCE)
P 0 . , a , USEPA USEPA, MI. DNR FY 75 0 PRECIPITQTION, AIR,
. . .
164 R 23 ' H 25 CLERL G E " FY75 26,. 000 ICE, NEARSHORE,
FY 76 26,000 EHVIROHflENTAL SINVLRTION.~ OODELS,
!t!=OTHEP 2=FI)TE OND TRANSPORT S=NETHOD DEV. Q HODEL,INC g=OTHER SOURCES)
H 2 a CLERL GLERL FY 74 0 YOVESt ANALYSIS, INTERACTIVE EFFECTS,
FY 75 0 AIR,
FY76 0
FY77 0
(H-OTHER 2=FATE AND TRANSPORT a=RTflOSPHERIC SOURCE)

H 25 a CiOElI CLERL FY 76 0 HETHODOLOCY, STAT I ST ICAL MODELLI HC,
EYAPORITIOH, HYDROLOGY, MATER QUANTITY,
' LAKE ERIE, LAKE SUPERIOR,
(HEOTHER P=FATE AND TRANSPORT 5=METHOD DEY. & MODELINC a=ATMQSPHERIC SOURCE)
157 A 18 H 3 a CLERL CLERL FY76 0 PRECIPITflTION, tlETHODDLOGY~
STfiTISTICAL fiNALY515: HYDROLOGY
C HIOTHER S=FETHOD DEV . a n@DELING a=ATflOSPHERIC SOURCE )
188 A 21 H 5 g NQRR GLERL
0 ICE: HDDELS, TEI!PERBTLlRE,
(H-OTHER S=#ETH@t DEV. & HOGELING g=OTHER SOURCES)
F
e
vl 189 I 22 H 2 g CLERL CLERL
0 ICE, DISTRIBVTION. INFORfifiTIOH,
ADY ISORY,
(H-OTHER 2-FBTE AND TRANSPORT g=OTHER SGURCES)
(H=OTHER ?=MANAGEMENT g=OTHEP SOURCES >
CLERL
O ICE, LAKES. CHEMICAL CHARBCTERIZBTIOH,
PROCRIM DEYELOPHEHT,
191 A 25 C 3 k ICE ACE FY 76 50,000 TEMPERATURE, ICE,
(G=THERMAL EIfCHARGES 3=EN?IRDH#EHTIL IMPACTS h=UNSPECIFIED SOURCES)

192 R 31 H 2 f QCE R C E
9 MIVES, INFORRBTION: TRENDS,
0
0
C V=OTHEP 2-FQTE RNG TFQNSPOPT CONON-POI NT SOURCE)
193 4 33 H 7 a RCE
I H=OTHER ?=BRNRGEMENT Q=BTFIOSPHERIF SOURCE )
\
RtE
. .FY76 100. Os0 PROGRBA DEYELOPHENT: 1IIVESz RETHODOLtlGi',
FY 77 190,900 TEflPERRTURE, FII R:
001 C 39 H 2 h DOE ' WYRI*
FY75 27,300 CURRENTS 8 NEBRSHORE.. LRKE ONTRRIO,
(H=OTHER 2=FaTE RND TRRNSPORT h=UNSPECI FIED SOURCES)
H 2 h DOE
FY 75 34,600 LLKE HURON: LGKE SU?ERiOR,
FY 76 0 PHYSlCRL LIINOLOGY tIRtULRT1ON.-
TEHPERATURE, TEHPORIL YRRIRT ION,
CEORGIRN BAY,
! H=OTHER 9=FRTE BND TRINSPORT h=UNSPECI FIED SOURCES)
NURI FY 75 0 Dl SPERSION,
!H=@THER 2=FfiTE BND TRANSPORT S=NETHOG DEV. 8 MODELING ~=UN~PEC~FIED SOURCES;
G 27 ' h DOE FY 76 0 NEQRSHORE, OFFSHORE.. CURRENTS,
TEflPERATURE, Dl SPERSIDN,
(G=THERMQL DISCHGRCES 2=FGTE IND TRQNSPDRT 7=RINRCE#ENT h=UNSPECIFIED SOURCES)

045 C 50 W 2 h DOE,U.MI. MMRI
0 DISPERSION, TENPERATURE,
SUSPENDED MATERIALS, LAKES,
(H-OTHER ?=FATE AND TRANSPORT h=UHSFECIFIED SOURCES)
J 25 h DOE
(J=SEVERAL P=FATE AND TRAHSFORT 5-METHOD DEV. h MODELING h=UHSPECIFIED SOURCES)
H 5 h DOE HURI . FY74 0 IHSTRUUENT.ITION, CURRENTS, TERPERATURE,
FY 75 O OXYGEN, NERRSHORE, DYNRFlItSn
YRTER QURLI,TY, SURYEILLRHCEp
(H=OTHER 5=HETHOD DEY. 8 RODELING h=UNSPECIFIED 60URCESi
J 2 h DOE MMRI FY 75 168 200 TRENDS, DISTRIBUTION,
TEMPORAL VIRIATIOH, MATER QUALITY,
EUTROPHI CAT1 OH. OXYGEH CHLOROPHYLL,
PARTICULGTES. PHOSPHORUS,
(J=SEVERAL 2=FATE AND TRANSPORT h=UNSFECIFIED SOURCES)
4 0 9 C 62 , J 2 3 h DOE MMRI FY 74 0 LAKE SUFERIORJ YATER QUALITY, OPEN LAKE,
FY 79 75,300
(J-SEVERAL P=FATE AND TRANSPORT :=ENVIRONREHTAL IMPACTS h-UNSPECIFIED SOURCES)
0 1 0 C 66 E 2 7 h' DOE FY75 107,800 PROCRIH DEVELOPRENT, SURVEILLAMCE,
MATER QUALITY, OPEN LAKE, LdKE HURON,
GEORGIAN BAY,
(E-COHTAMIMAWTSJ GEM. L=FATE AND TRANSPORT 7=WANAGEMEHT h-UNSFECIFIED SOURCES)

E O h DOE 0 LlKE ERIE, SURVEILLRNCE, MATER QUALITY,
0
0
(E=CONTBFIINANTS.. GEN. O=SOURCE AND LOADING h=UNSPECIFI ED SOVRCES)
012 C 71 J 0 h DOE I Mli FY75 Q LlRE QNTARIO, SURVEILLANCE<
FY76 0
! J=SEVERlL 9-SOURCE BHD LOADING h=UNSPEC IFIED SOURCES)
. .
F ? 6 h DOE NMRI FY 75 0 SURVEILLANCE, BACTERIA, TRENDS,
LIKE ,ERIE, LAKE Ot?TARIO,
(F=PlTHOGENS O=SQURCE AND LOGDIfit C=CRITERIl h=UNSPECIFIED SOURCES)
J ,235 i . DOE HMRI FY 75 45,500 BIOTA, BACTERIl, SURVEILLANCE,
HIXIHG ZOHE, NUTRIEHTS,
INDUSTRIlL SOURCE, RUNICIPRL SOURC.Er
!J=SEVERlL 2=FATE AHD TRlNSPORT 3=ENVIRONflEHTAL IFIPACTS ~~METHOD DEV. L RODELING
~PSEVER~L SOURCES)
€ 0 3 h DOE UldRI
.. .
FY75 0 TRENDS, EUTROPHICATION, MATER QUALITY,
SURVEILLANCE, LAKE ERIE. LAKE ONTARIO,
i€=CONTAI4IUANTS, CEN. b=SOURCE bND LOADING 3=EUCIROH#ENTAL IMPACTS h=UNSPECIFIED ,SOURCES)
E O h DOE FY 75 o ORGANIC CONT~HINANTS, HTA, SURVEILLAHCE,
LlKE OHTQRIO? HARPOUR,
(E=CONTPHINAtJTS, GEN. O=SOVRCE BND LQlDINC h=UNSPECIFIED SOURCES)

617 C 76 J 3 7 b DOE HMRI FY 74 6 HARSH, LAKE ST., CLAIR, MATER QUALITY,
FY 75 52, 200 SED,IPI.EHT,S, LlASTE 'PiAilACEHENT 2
FY76 Q :
FY 77 0 :
. ,
(JmSEVERAL 3-ENVIROHHEHTAL IBPACTS 7=HANAGEMENT b=DREDCING)
018 C 77 E S h DOE HURl FY75 0 D'tNAMICS, UATER QUALITY,
619 C 77 H S 6 h DOE NURl FY7S 0 DYNAMICS. MATER QUALITY8
;. .
(H=OTHER 5=#ETHOD DEV . 8 MODELING C=CRI TERIA h=UNSPECIFIED SOURCES)
, , . .
. .
, . , . . .
. ..
C-r
r 020 C 84 E 02 h DOE I blD. FY75 100,000 LRKE HURON, RIVERS, ST. 9RRYF RIVER,
0
, SURVEILLRNCE, WRTER QURLITY,
DIVRIBUTIOH,
. ..
!E=CONTAtlIRkMTS, GEN. Q=SOURCE RND LORDING 2=FRTE RND TRANSPORT h=UNSPECIFIED SOURCES)'
621 C 88 .:. E 6 2 h- .DOE. . . . ' IUD FY 75 94,000 LAKE OHTARIO. RIVERS. t4IAGARP RIVER,
DISTRIBUT;ON, TEAPORAL YARIATIOH,
UATER CHEHISTRY,
. .
. ..
.
.. .
. >
(E=COHTA#IHAt

323 c 92 H a h DOE HURI
O DISPERSION, STRERflS, HYDRQULICS,
(H=OTHER Z=FATE AND TRQNSPORT UNSPECIFIED SOURCES)
. .#
H 2 h DOE HMRI
FY74 O Dl SPERSION. STREAflS. RIVERS, BORPHOLDGY,
FY 75 O CURRENTS,
! H=OTHER Z=FQTE AND TRQNSPORT h=UHSPECI FIED SOURCES)
H 5 h DOE
NMRI
. .
0 STREIHS, RIVERS, HYDROLOGY, HYDRRULICS,
0 .ENVIROHflEHTQL SlflULATION, HODELST
O
(H=OTHER 5=RETHOD DEV. S NODELING h=UNSPECIFIED SOURCES)
A 92 h DOE U.MQT. FY 75 7,986 BETHIHE, DISTRIPUT ION- GROUNDUQTER,
!Q=TOXlC ORtGHltS DaSOURCE AND LOADING B=FQTE QND TRRHS~ORT h=UNSpECIFIED SOURCES)
027 C 110 D 2 h DOE HCCILL U
.. .
(@=NUTRIENTS 2:FfiTE AND TRRNSPORT h=UNSPECIFIED SOURCES)
FY75 24.983 DYNAWICS, LAKES,
. .
J 02 i DOE 2,620 NITROGEN, PHOSPHORUS,
EHVIROHHENTAL SIflULRTION, EPILIRNION>
HYPOLIflNION, SEDI RENTS,
IHTERlCTIVE EFFECTS, DREDGING,
PESTICIDES,
(JsSEVERQL C=SDURCE QND LOADING 2=FQTE RND TRlNSPORT i=SEVERQL SOURCES)

029 C 112 J 12 h DOE NldRI
FY74 O DISTkIBUTION. DISPERSIOfi, WITROCEHJ
. . , 'I' , .
. .
. . . '. . . .
( JmSEVERAL l=CHARfiCTERIST ICS ?.=FATE AND TRANSP.6RT h=UNSPECIFIED SOURCES )
! : . . , . EY 75 O SULFUR, YATER, SEDIHEHTS.
FY76 0
FY77 ' 0 .# . .
0 2 h DOE
. .
. .. ..
NYRI
FY75 5,.000 CEOtHEllISiRY, PRECIPITATION,
PIRTICi!LATESt RETGLSt
ORGnN IC COMTGA,IHRNTS,. SORPT I GN, : :
. . . ,LnKE ERIE. LAKE ,,ONTARI'O:
!B=T@KIC METALS 2=FITE AND TRINSPORT h=VNSPECIFIED SOURCES)
, . J 7 .'h - .DOE.
031 C 115' " NVRI
0 ADVISORY, SURVEILLRNCE: OPEN LAKE,
0
0 , . $
t , , . . 4 ::. .
! J =SEVERAL f=PlINRCERENT h=UNSPEC IF IED SOURCES)
r
u l
r 0 3 2 C 116 I 5 7 h DOE. U.MRT. . I UD FY 79 8.896 YATER QUALITY, SURVEILLANCE,
FY 76 8.836 DISTRIBUTION, TEHPORAL VARIATION,
( I=UHSPECI F I EL? !3rPIETHOD DEV b PIDDEL*IHC 7=PIANACEWENT h=UHSPECIF IED SOURCES
033 C 118' D 5 h DOE.
. .
WURI , . FY 75
FY 76
(D=NIJTRIENTS J=AETHOD DEV . h RODEL-INC h=lJNSPECIFIED SOURCES )
. .
0 DATA QUALITY, PHOSPHORUS, HITROCEN*
0 Al4l46NIA, ANALYSIS,
, . ., . .
034 C '120 E 5 -'-g ' DOE ; . .. . NVRI
(E=CONTARINRtlTS, CEN. S=HETHOD DEV.. % HODELING ge0THER SOURCES)
0 VBTER QUALITYJ 9NALYSISt
0 INSTRURENTAT ION,
> , . .
. . . %
* FORMERLY KNOWN AS GREAT LAKES BIOLIMNOLOGY LABORATORY (GLBL)

E 5 g DOE NWRI
0 ANALYSIS, UATER BULLITY,
O INSTRUHENTATIOH,
(E=COHTFIPIINGHTS, CEN. 5=HETHOD DEV. 8 IIODELING g-OTHER S(1L;RCES)
E S ' g DOE
0 HATER QUALITY. ANALYSIS,
0 INSTRUWENTATION.
iE=COt4TA!lINAWTS, CEN. 5=RETHOD DEV. b WODELINC g-OTHER SOURCES)
037 C 121 B S g DOE NMRI .
(B=TOXIC PIETaLS
S=RETHOD DEV. & HODELING. g=OTHER'SOURCES)
w
m
ro 038C 122 E 5 h DOE NURI
O INSTRUHENTATIOH, RHALYSIS, UITER,
O SEDIRENTS,
(E=CONTAflINANTS, CEN. 3-METHOD DEV. & WODELING h=UNSPEtIFIED SOURCES)
039 c 122 .BS h DOE IUD
( B=TOX I C METALS S=flETHOD DEV . & HODELINC h-UNSPEC IF1 ED SOURCES >
FY 76 17,000 ANALYSIS, METALS, SEDIRENTS,
COHPLEXATION, PRECIPITGTIONJ SORPTION,
. .
SILICA,
940 C 123 E 5 h DOE ORF FY 75 69,954 16BE6TOS FIBERS, ANBLYSIS, MITER,
(E=CONTIflINFINTS, GEN. 5=RETHOD DEV. & HODELIRC h=UNSPECIFIED SOURCES)

041 C 125 A 5 h DOE HMRI FY75 22,600 PESTICIDES, PCB's, ANALYSIS, MATER,
(A=TOKIC ORGANICS 5=WETHOD DEV. h. HODELIUC . h=UHSPECIFIED SOURCES)
'042 C 125 A S h DOE NWRI FY 73
0 PESTICIDES: QNRLYSIS: CHROflQTOCRQPHY.,
(A=TOKIC ORGANICS 5-UETHOD DEV. & MODELINC h=UNSPECIFIED SOURCES)
. .
043 C 126 Q 5 h DOE NVRI FY 75
0 PESTICIDES, QNRLYSIS, CHROflQTOCRQPHY.
!R=TOXIC ORGFINICS 5=METHDD DEV. & FlODELINC h=UHSPECIFIED SOURCES)
w
644 C 126 A 5 h DOE HMRI FY75
(d=TOXIC ORGANICS 5-METHOD DEV. 8 #ODELIUC h-UHSPECIFIED SOURCES)
645 C 127 A S h DOE HMRI FY 75
FY 76
0 NITROGEN, PHOSPHORUS, PESTICIDES,
0 ANALYSIS, MATER,
(&=TOXIC OCCRHICS S=WETHOD DEV. b MODELINC h=UNSPECIFIED SOURCES)
046 C 127 A 0 2 5 c DOE HWRI FY 75 72, 600 DISTRIBUTIOH, QQUQTIC ENVIRONHENTS,
I* ( YRTER, SEDIFIEMTS, PERSI STEHCE,
nIxIHC ZONE, OPEN LQKE YERRSHORE,
PESTICIDESJ BIOACCU~~ULI?TIOH~
(#=TOXIC ORGPNICS O=SOURCE AND LOADING 2=FATE AND TRAHSPORT S=METHOD DEV. & UDDELIHG c=IHOUSTRIAL SOURCE)

047 C 128 CI 5 h DOE NMRI ~ $ 7 5
0 ANALYSIS, tHROfl6TOGRfiPHY, RETHODOLOCY,
ORGdNIC CONTBflINlNTS, ,,
~@=iJXIt ORGQHItS 5=HETHOB DEV. G RODELING h=UNSPECIFIED SOURCES)
948 C 128 CI5 h DOE NMRI FY 7 5
7:500 ANfiLY518: WATER, L9RPRICIDE5,
! @=TOXI C ORG2HICS ?=RETHO@ DEV . & RODELINC ~=UHSPECIFIE~ %'OURCES~
1215 h DOE NMRI FY7S 0 ANaLYSIS, PESTICIDES, BIODECRBDATION~
FY 76 0 TOXICITY,
(fi=TOXIC ORGRNlCS I=CHARBCTERISTlCS 5=HETHODDEV. b flODELING h.UNSPECIFIED SOURCES)
w.
vl
050 C 129 A 5 c DOE NMRI FY 75
(@=TOXIC ORG2NltS J=nETHOD DEV. & HODELING c=INDUSTRIBL SOURCE)
0 BNALYSIS. WATER,
091 C 130 H 5 p DOE HMRI
! H=OTHEI! ..S'=RETHOD DEV. 8 MODEL IN^^ g=OTHER SOURCES )
052 C 130 H 5 h DOE 0 R F
FY75 159,988 ORGANIC CONTfinININTS, aNBLYSIS, WaTER,
(H=OTHER 5=fiETHOG DEV. & flODELINC h-UNSPECIFIED SOURCES) ,

I 2 5 h DOE 6 'MLTE RU~LITY. ~"RVE'ILL~NCE,
REMOTE SEWS:ING,, DISTRIBUTION J
TEMPORAL YARIATION'Z . ,
( I ~UNSPECIFIEI! 2nFATE AND TRANSPORT S=METHOD DEY. L:.IO'DELINC haUNSPECIFIED SOURCES) ' ' . .
:
. . .
054 C 131 1 5 h- DOE NMRI 8 NOAA FY 75 0 MATER EUALITY. IHSTRUIENTATION,
SATELLITES,
, . , .. * .
( I =,UNSPECIF IED 5=METHOD DEV. b NODELINC h=UNSPECIF IED SOURCES) , ..
. .
: . . . . . .
. . . . ,
I 7 i DOE
, .
NWRI FY 74 0 6DVISORY, REMOTE SENSING, FIELD SUPPORT,
FY75 0
FY 7.6 0
FY 77 0
l=UNSPECIF XED T=flbtIbCEflENT i =SEVERGL SOURCES)
+
056 C 132 H 5 h DOE NYRI
(H=OTHER S=METHOD DEY 8 MODELINC h-UNSPECIFIED SOURCES)
0 REMOTE SENSI NC, PHYSICAL LI WNOLOCY,
INSTRUMENTATION, SUSPENDED SOLIDS,
PRODUCTIVITY,
057 C 133 H S
'a DOE
, .
#cN.AS:,YORK U. FY7S 13,324 INSTRUIENTATION. EQUIPMENT,
REIOTE SEHSI NC,
(H=OTHER S=WETHOD DEV. 8 FODELINC a=kTflOSPHERlC SOURCE)
358 C 133' ,- ' . .., H 5 h ' DOE.; . . . CH6THQfl 6SSOC. FY75 8,400 DOT6 COLLECTION ,. EQUIPHEHT:
(H=OTHER 5=nETHOD DEV. & PlODELlNG h=UNSPECIFIED SOURCES)

J 5 h DOE
,. .
0 HELVY RETbLS, OXYGEN, LIGHT, pH,
0 TERPERRTURE, INSTRURENTbTION,
SURVEILLINCE,
!J=SEYERAL 5=HETHOD DEV. & RODELING h=UNSPECIFIED SOURCESi
063 C 135
. .
I 5 g DOE NYRI
! I=UNSPECIFIED 5=RETHOD DEV. h HOGELING q=OTHER SOURCES i
061 C ,135 I 5 h DOE NYRI . .FY 75
c I=UNSPECIFIED S=RETHOD DEV. h RODELING PUN SPECIFIED SOVRCES)
I 5 h DOE NYRI
0 IHSTRUMENTLTION, SURVEILLINCE,
0
0
0
cI=UNSPECIFIED 5=RETHOD DEV, h flODELING h=UNSPECIFIED SOURCES)
C 25 h . DOE NWRI
0 EUTROPHICATION, PHOSPHORUS, NITROGEN,
PRODUCTIYI TY 8 BIOTA, BLChE,
AVfiILABILI TY, SEDIMENTS, ZOO PLANKTON^
(C=PHOSPHORUS 2=FfiTE AND TRANSPORT S=HETHOD DEV. & HODELINC h=U,NSPECIFIEE SOURCES~'
. . ,. .
364 C 141 D 235 h ' DOE NMRI . . . FY75 . : 125.) 700 EUTROPHI CCITI ON, RQUCITI C SYSTERS,
DYNARICS. PRODUCTIVITY: BIOTfi,
PLLNKTON, BRCTERIFI, SEDIMENTS,
PRRTICULfiTES, OXYGEN, HYPOLIRNlONt
(D=NUTRIENTS 2=FFITE CIND TRRNSPORT 3=ENYIRONRENTLL IRPRCTS 5=RETHOD DEV. L RODELING ~=UHSPEC~FIED SOURCES)

D 23 h DOE , FY74 0 i l ~ ERIE.
FY75 30,600
FY 76 0
FY77 0
!D=NUTRIENTS 2-FATE AN@ TRAHSPORT 3=ENVIRON#ENTAL IMPACTS h=UNSPECIFIE@ SOURCES)
D 2 3 h DOE NWRl FY 74 0 BRY OF QUINTE, LRKE ONTBRIO.. SEDIRENTS,
FY 75 34,800 RESUSPENSION, DYNAflICSt ECOSYSTEH,
PRODUCT I ?I T,Y,
(D-NUTRIENTS 2=FATE RND TRGNSPORT S=ENYIRONHENTAL IflPACTS h=UNSPEClFIED SOURCES)
;
067 C 149 C 5 g DOE HWRI
0 BIOlSSlY, 810TA. ALGAE, BACTERIA,
6
( C=PHOSPHORUS S=METHOD DEV. & PlODEL IHC 9 = .SDURCES ~ ) ~ ~ ~ ~
E 235 c DOE NWRl
FY 74 0 RADIOBCTIVITY. BT406PHEPIC DEPOSITION,
FY 75 62,000 DISPERSION, LBKE OtlTiiRI 0,
FY 76 0
FY 77 0
!E=COHTGHINBWTS.. CEN. 2=FRTE RND TRRNSPORT 3=ENYIRONflENTRL IAPBCTS S=nETHOD DEV. 8 HODELING' C=IN~USTRTGL SOURCE?
3 c DOE M.T. CEILING FY7S 10,500 NUTRIENTS, THERWlL POLLUTIDN. ECGSYSTEPl,
. , BIOTA. PLINKTOH. ZOOPLANKTDN,
370 C 161 J 2 h DOE HVRI 0 DYNbRICS, NERRSHDRE, PHYSICfiL LI PINOLDGY,
Dl SPERSIOH, THERflAL ?3LLBT13H,
SUSPENDED RI~TERIALS~ LBKES: RIVER:,
HYDRRULICS, RIR, UBTERJ
(J=SEYERRL 2=FATE RND TRRNSPORT h=UNSPECIFIED SOURCES)

,
G 37 c DOE WLt. LTD. FY 74 168 420 LRKES,
(t=THERPlfiL DISCHARGES 3=ENVIRONRENfkL IlqPbCTS 7=WRNRGEREHT c=IHtYSTR1RL SOURCE;
A 2 h DOE NVRI 8 OROE FY75 113,800 OIL, AQUATIC EHVIROHREHTS, PERSISTENCE,
EYRPORRTIDN,
(A=TOXIC OPGRHICS l=tYARRCTERISTICS 2=FATE RND TRRNSPORT h=UNSPECIFIED SOURCES)
L 25 h DOE U . TOR. 8 DOE FY 7 5 9,800 OIL, B I ODEGRRDRTION, B I OTR, BRCTERIR,
RLGRE,
(&?=TOXIC OPGdNICS 2=FfiTE RHD TRRHSPORT S=PIETHOD DEV. b RUDELING h=UHSPEClFlED SOURCES)
w
ul
00 074 C I 7 4 R 35 h DOE NblRl FY 75 0 OIL, ECOLOGY, flICROOREANISHS~ BIOTR,
(R=TOXIC ORGRHICS 3=ENYIRONRENTbL IflPRCTS J=HETHOD DEY. 8 tlODELlNG h=UHSPECIFIED SOURCES)
R 2, h DOE WVRI , FY74
0 01 L, TEflPORRL VRR IRT ION t TRENDS,
ECOLOGY, BIOTR, BRCTERIL, PLRNKTON,
-VGTER CHERISTRY* NITROGEH, SILICR,
PHOSPHORUS, .. .
(R=TOXIt ORGANICS 2cFATE RND TRRHSPORT h=UHSPECIFIED SOURCES)
076 C 176 R 67 h DOE HblRI FY 74 0 OIL, EQUIPMENT, RIVERS,
FY 75 0
( A =TOXIC ORGPIN ICS .C=CRI,TER IR 7-WANAGERENT h=UNSPEtlFIEG SOURCES )
, .

077 C 176 A 5 h DOE BUR1 FY 75
(A=TOXIC OBGANICS S=hETHOD DEV b HODELIHG h=UHSPECIFIED SOURCES)
378 C 177 0 2 h DOE NMRI FY76 0 OIL, VATER, RIVERS,
(A=TOXI C OPGAHICS 2-FFITE RtJD TRFINSPOST h-UHSPECIF IED SOURCES)
079 C 184 J 0 2 6 h DOE HMRI FY 76 0 ADY ISORY, DYNfiHltS, B!@DEtRADATI ON,
AQUATIC ENYIRONRENTS,
2
!J=SEVERAL O=SO'URCE FIND LOFIDING 2=FFITE AND TRAHSPORT $=CRITERIL h=UNSPECIFIED SOURCES>
8
. .
C1
vl
10
080 C 184
E 3 h DOE U.TOR. FY75 0 TDXIC SUBSTANCES, ADVISORY,
( E=CONTAMIHAHTS, CEN. 3=ENYIROHPlENTAL IWFACTS A=UNSPECIFIED SOURCES)
081 C 189 A 2 h DOE HURI FY7S 0 TOXIC SUBSTANCES, PERSISTEHCE,
BIOACCUflULATlON~
(A=TOXIC ORGANICS 2=FATE FIND TRANSPORT h-UNSPECIFIED SOURCES)
082 C 192 A 2 3 h DOE
.. ,
CYS,HYRI FY 75 70,900 VATERFDVL- ACCUNULATIDH: LLKE SUPERIOR,
LLKE HURON, LAKE ERIE, LAKE ONTRRIO,
(AmTOXIC ORGAHICS 2=FfiTE AND TRANSPORT 3=ENVIRONHENTfiL IHPRCTS h-UNSPECIFIED SOURCES)
. . .. . . .

083 C 193 A 3 h DOE CYS, NVRI FY 75 0 ACCUUULATION, YLTERFOWL, TOXICITY,
FY 76 13,700 PCB's,
(B=TOXlt ORGBNICS S=EHVlRONUENTBL INPACTS h=UNSPECIFIED SOURCES)
A 37 , d DOE WMRI
(A=TOXI C ORGANICS 3=ENVlRONMEWThL IWPhCTS ?=#ANACE#ENT d=kiUNICI PAL SOURCE) . .
A 3 h DOE
0 PESTICIDES, ANILYSIS,
0
!A=TOXIC ORGBNICS 3=ENVIRONflENTAL IMPACTS h=UNSPECIFIED SOURCES)
w
07
0 086 C ,203 A 2 , g DOE NVRI
(B=TOKl t ORteNICS Z=F@TE BHD TReNSPORT g=OTHER SOURCES)
FY75 3,000 SURFACTANTS, Bl ODEGRADATI ON 3 LAKES,
. -
2s i DOE NYRI
FY 75 0 .SURFACTFINTS, ANALYSIS, MI)TER, SEYRCE,
BIODEGRRDI)TION, Dl STRI BUTION.
ACCUUULATI OH,
! A=TOXIC ORGaNICS P=FBTE BND TRANSPORT 5=UETHOD DEV. b NODELING i=SEVERAL SOURCES)
B 35 h DOE U. CUE FY 75 5,354 CBDI'iIUU, LEID, LIGHT, PLINKTON,
ZOOPLIHKTON,
!B=TOXIC F!ET@L6 Z=ENQIRONRENTAL INPACTS 5=RETHOD DEV. & HODELINC h=UNSPECIFIED SOURCES)

B 3 h DOE 5rd0'0 LEAD, TOXICITY TESTING, PHYSIOLOGY.
BIOTA, FISH,
(0-TONIC METALS 3mEWVIRONHEMl6L IHPACTS h=UNSPECIFIED SOURCES)
. .
080 C 210 J 35 h DOE HWRI 9 TOXI'C H.ET~~LS, TOXIC 0RGfiHlt.S.
o BIOCHERISTRY: BIOASS~~Y~ PnYsloLot~,
! J=SEVERRL 3=ENVIRONHENTIL IHPICTS S=HETHOD DEV. 8 HODELINL h=UNSPEC IFIED SOVRCES)
091 C 211 ' B 13 h DOE,CCIU , U.VRT. FY74 12,500 COHPLEXITION, MERCURY.. CADRIUM,
FY75 12,599
(B=TOXIC HETfiLS l=CHfiRACTERISTICS 3=ENVIRONllENTfiL IMPfiCTS h=VHSPECIFIED SOURCES.)
C1
C1
. .
0 9 2 C 212 B 23 h DOE U.TDR. ,NYRI
FY 74 9,800 COPPER, NICKEL, TOXICITY. BIOTA. ALCLE.
CA.RBON,, Ct3WPLEXATION. sEYACE.
(B=TOXIC METALS P=FITE AND TRdNSPORT 3=ENVIRON#ENTAL IMPACTS h-UNSPECIFIED SOURCES)
812 h DOE NURI.CLFR6 FY 76 0 COMPLEXATION, LAKES.
ORGANIC CONTAMINANTSJ TOXICITY,
PEODUCTIYI TY.
(B=TOXIC METALS I=CHARACTERIST ICS , 2=FATE AND TRANSPORT . h=UNSPECIFIED SOURCES)
. .
094 C 2!6 B 2 b DOE HURI
. . . .
. .
FY 75 4 HERCURY. AQUClTIC ENY'IBONHEIITS.
. . SEDI,HENTS,

E 02 h DOE
. . .
NWRI FY 74 0 ASBESTOS FIBERS, DISTRIPVTIONP BIOTA,
FY 75 15,000 FISH, LAKE HURON,
( E =FONT~~~IN~NTSI GEH. Q=SOUPCE d#D LOAD1 NG 2=FRTE AND TRGHSPORT h=UNSPECI FIED SOURCES)
096 C 219 E 07 .' c DOE ; WMRI > OPIOE FY.74 0 BSBESTOS FIBERS, WATER,
FY 75 0 VRSTE FIANACEFIEWT,
!E=CONTBRINRNTS, GEN. O=FOURCE RHD LOADING 7=fiRNAGERENT ==INDUSTRIAL SOURCE)
, .
097 C 2.22 E 023 i DOE NIJRI FY 75 25,100 RRDIOBCTIVITY, ATPIOSPHERIC SOURCE,
. . . . FY76 O INDUSTR I GL SOURCE,
BTFIOSPHERIC DEPOSITIOWt DISTRIBUTIONP
SEDIHENTS, LRKE HURON, RIVERS,
. ,
!E=CONTBflIti6NTS, CEH. O=SOURFE RND LOADING 2=FATE RND TRRHSPORT 3=EHVIRONMENTIL IMPACTS i=SEVERAL SOURCES)
E 02 c DOE HWRI FY 74 0 RRDIOBCTIVITY, DISTRIBUTION, UATER,
FY 75 39,700 SEDIRENTS, BIOTA, PLRWKTON, FISH,
LRKE HURON, LAKE SUPERIOR,
!E=CONTbf41Nht!TSr CEN. O=SOVRCE AND LOADING 2=F&TE RND TRRNSPORT ~=IHDuSTR~AL SOURCE)
1 ClD FY 74 0 INFORflATION, ECOLOGY,
FY 75 0
FY 76 0
FY 77 0 . .
CJ=SEVERAL C=SOURCE bND LOADING 3-ENVIRONREHTAL IRPICTS ?=flANBGEflENT ~=SEVERIL SOURCES)
E 57 i DOE 0 CDST-BENEFIT,
0
0
0
(E=CONTRRINANTSt GEN. 5=METHOD DEV. O RODELINC 7=flf3N~CEMENT i=SEVERBL SOURCES)

141 C 232 E 7 i DOE INF.LTD.
( E-CONTA#I~!ANTS, GEH. 7=#AMRGE!4EHT imSEVERAL SOURCES)
192 C 239 E 7 i DOE
10,200 YLSTEWLTER TREATRENT: INDUSTRIRL SOURCE,
HUHIC IPAL SOURCE,
C E=COHTAWIHAFTS: CEN. 7=nfiNICEBEHT i=SEVERaL SOURCES)
103 C 239 E 7 i DOE J.Y.PIKE
9,000 YLSTEVATER TREBTWENT, INDUSTRIRL SOURCE,
nunrcrPeL SOURCE,
I E=CONTRHINRNTS- SEN. 7-RBNRCEBENT i=SEVERAL SOURCES )
w
Ol
w 104 C 246 E l c DOE DRF
( E=COHTA#IWCINTS, CEN. I =CHARACTERIS.TICS c=IHDUSTRIAL SOURCE )
105 C 246 E l P DOE J . DACC
. .
(E=COHTAk!IHANTS, CEN. 1 =CHARACTERISTICS e-SHIPPlHC)
FY75 5 0 LHALYSIS, DATA COLLECTION,
106 C 246 E 7 e DOE S. JEMELL

107 C 246 E 7 e OOE
7,500 DISINFECTION,
(E=tONTARINRHTS9 GEN. 7-HRNRGERENT e=SHIPPlUG)
108 C 250 G 27 d DOE U. ORT. n NYRI FY 74 108311 ORGRNIC CONTRflIHANTS~ CHLORINRTION>
FY 75 10,311
(G=THERRRL OISCHRRCES 2=FRTE AND TRRNSPORT 7=RANAGERENT d=flUHICIPRL SOURCE)
109 C 252 I 27 d DOE NURI FY 75
10,000 CHLORIMRTIOH, LIGHT,
(IaUNSPECIFIED Z=FPTE AND TRANSPORT 7=RQNRGERENT d=RUNlCIPRL SOURCE)
I-
m
c 110 C 253 E 27 I DOE NMRI FY 75
0 ORGRNIC CONTRflINANTS, PERSISTENCE*
DECOHPOSITION, LIGHT, ULTRAVIOLET,
(E=COHTARINRNTSI CEN. 2zFRTE AND TRRNSPORT 7=RANACEIENT i=SEVERRL SOURCES) '
111 C 253 E 27 h DOE
,
0 ORGANIC CONTAf41 NANTS 4 L ICHT 8
ULTRAVIOLET, HETALS,
(E=COWTfiWIWRNTS, CEN. 2=FRTE AND TRbNSPORT 7=#AMbCE#EMT h=UNSPECIFlED SOURCES)
112 C 257 H 5 d DOE NMRI 0 URBRN RUNOFF t ENY IRONRENTRL SI flULATION
0
0

113 C 266 H 5 h DOE F PENICKA FY 75
., :
92 700 RUNOFF, TENPORAL YWRIBTION,
(HEOTHER 5=P!ETHOD DEV. 8 MODELING h-UNSFECIFIED SOURCES)
I14 C 265 H 6 7 d DOE NURI FY 74 0 SEURCE, URBdN RUNOFF:
FY 75 17,080
FY 76 0
C H=OTHER 6=CRITERIfi I=FlbNRGERENT d=MUN ICIPRL SOURCE ).
115 C 266 E l c DOE ORF FY75 3,629 ANALYSIS.
. ,
(E-CONTAMIHANTS, CEN. l=CHAPLCTERISTICS c=INDUSTRIAL SOURCE)
P
116 C 267 E l c DOE UNIROYRL LTD FY 75
4,846 PESTICIDES,
< E=COMTRftINRNTS, GEN l=CHbRACTERISTIGS c=INDUSTRIfiL SOURCE )
E l h DOE NMRI , MRC FY74
FY7S
FY 76
,
FY77
(E=CONTAMIHANTS, CEN. l=CHARLCTERISTICS h=UNSPECIFIED SOURCES)
0 BIODECRADQTIONJ ORCQNIC C0HTAM:HANTS.
0 FIBRILS* HICROBIOLOGY,
0 STRUCTURE-ACTIVITY,
6
1.18 C 276 E 2 c DOE U .MAT. , OMOE FY 74 26,666 SORPTIONa SOIL,
! E'=COH'TAWIHANTS, CEN. 2mFATE AND TRAHSPORT., . c=I.NDUSTR-IdL SOURCE ): , , .

119 C 286 B 17 h DOE U.TOR. FY 75 7,488 YRSTE flANQCEflENT, QGRICULTURE,
(E=TOXIC HETPLS I=CHRRRCTERISTICS f=RANfiGERENT h=UHSPEClFIED SOURCES)
120 C 291 H 5 h DOE
12,328 SEYQGE, DRTR COLLECTION, RETHODDLOGY,
(H=OTHER 5=#ETHOD DEY. & flODELING h=UNSPECIFIED SOURCES?
121 C 292 I 7 h DOE 8. PREBTED FY 75
16,675 IRON, UASTE flhNQGEIIENT, IIETHODOLOCY,
( I-UNSPECI'FI ED 7=flt?NQCEFIENT ~=UN~PECIFIED SDURCES )
8..
F
cn 122 C 293 H 1 7 h DOE UVRI FY 75
!H=OTHER I=tHARACTERISTICS 7=tIt?NACERENT h=UNSPECIFIED SOURCES)
H 7 h DOE
.COR.PUB.SER.LTD FY75 34,500 YRSTE flQNRCEMENT, INFORflRTION,
(HIOTHER T=RRNRCEflEUT h=Ut!SPEClFIED SOURCES)
124 C 297 E 25 h DOE UWRI FY 74 0 SEDIREHTS, LAKES, DISTPIBUTION~
FY 75 0 DISPERSIOHt TRENDS,
FY76 0
FY 77 0
(E=COWTPRIIIACTS, CEN 2=FQTE RND TRQNSPORT 5-RETHOD DEY 6 HQDELING h=UNSPECIFlED SOURCES)

125 C 298 H 2 g DOE
(H=OTHER 2=FBTE AND TRAHSPORT BOOTHER SOURCES)
CiSU, U. MAT. FY 74 0 SEDIMEHTS, PALEOLIHHOLOCY~ LAKES.
FY 75 94 500
FY 76 6
. . .
FY 77 0
. .
. .
126 C 300 H 0 1 2 g DOE HYRI . . '
FY 74 0 SEDIREHTS, HERRSHORE, DISTRI PUTION,
FY 73 60,000 LRKESt
FY 76 0
FY 77 0
(H=OTHER O=SOURCE AND LOADING l=CHARACTERISTICS 2mFATE AND TRRNSPOPT g=OTHER SOURCES)
J: 012 i DOE
,.. .
HMRI FY 75 0 SEDIRENTS, GEOCHERISTRY, DISTRIBUTIOH,
FY 76 14,900
FY 77 0
(J=SEVERfiL O=SOURCE AND LOADING I=CHARRCTERISTICS 2=FATE AND TRfiNSPORT i=SEYERAL SOURCES)
I-'
12BC 302 H 6 ' i DOE ' HMRI JU .MAT. 8GSC FY74 0 SEDIHEHTSJ ACCUMULATION, LAKE ERIE,
FY 75 35,000 LAKE HURON, LAKE SUPERIOR,
FY 76 0 GEOCHEHISTRY, .
FY 77 6 . ,
. .
, . . .
(H=OTNER O=SOURCE AND LOADING IzSEVERAL SOURCES)
129 C 303 J 155 h DOE NMRI FY 75 0 NUTRI EHTS, TOXIC METALS PHOSPHORUS,
FY76 23.300 IRON, SEDIRENTS, MATER, ANALYSIS,
IHTERACTIYE EFFECTS, LAKES,
(J-SEVERAL l=CHARACTERISTICS P=FATE AND TRANSPORT S=HETHOD DEV. b HODELIHC h-UNSPECIFIED SOURCES)
€ 2 5 h DOE
. .
NMRI 0 ORGANIC MATTER, ANALYSIS, SEDIBENTS,
LAKES, EUTROPHICATION, DISTRIBUTION,
(E=CONT6RINfiKTSt GEN. 2=FRTE AND TRANSPORT S=HETHOC DEV. 8 RODELING h=UHSPECIFIED SOURCES)

131 C 307, E l 2 h DOE NYRI FY73 0 SDRPTIDN. SEDIRENTS, SUSPENDED SOLIDS,
. .
. .
! E=CONTLPlIt4AtiTS, GEN. l=CtikRfiCTER ISTICS 2aFRTE kND TRfiNSPORT ~=UNSPECIFIED' SOURCES)
132 C 308 H 7 h DOE WUPI
9. SEDIWEWTS, IIIFORHATIOW. HETHODOLOCY.
AWALYSI S s EPUIPRENT,
(H=OTNER :=NANACEBENT h-UNSPECIFIED SOURCES)
H Z h DOE NURI
5,800 SEDIMENTS, BOTTOR SUBSTRRTES,
DISTRIBUTION, TERPORLL VIRIATION,
STfiTISTIClL INfiLYSIS,
!H=OTHER 2=FRTE eND TRlNSPORT h=UNSPECIFIED SOURCES)
C--l
cn
w 1 3 4 ' ~ 309 H 5 h DOE NURI
. .; 0 BDTTOM SUBSTRATES, SEDIFIENTS, EQUIPHENT,
(HIOTHER S=RETHOC DEY. & IIODELIHG h=UNSPECIFIED SOURCES)
H 5 h DOE NWRI
0 SEDIMENTS, EQUIPRENT,
0
0
(H=OTHER S=RETHOD DEV. 8 IIODELIHG h-UNSPECIFIED SOURCES)
136 C 310 H 7 b DOE
!H=OTHER 7=F6NbGEMENT b-DREDGING )
NGRI r GSC, NRC
FY 76 0 DATL CDLLECTION, FIELD SUPPORT,
SEDIREHTS, LAKES, RIVERS*

137 C 99 A 2 h DOE DOE, EPS FY 75 6 RIVERS, ST. CLIIR RIVER, CURRENTS, OIL,
. . . . .
(AmTOKlC ORGANICS 2=FATE AND TRANSPORT h=UNSPEClFIED SOURCES)
138 C 167 6 567 c DOE EPS
< CrTHERPIRL DISCHRRCES S=HETHOD DEY. 8 IIDDELINC B=CRI TER 1A ' ~=RRN~CERENT c=INDUSTR IRL SOURCE )
. .
I. ' . . .
EPS, ORF FY75 63,211 VRSTEMATER TRERTRENT,
P
146 C 113
CO
J 7 h DOE CLFRE
FY7S 101.346 PROCRAM DEYELOPHENT, BURVEI LLANCE
(J =SEVERAL 7-MANACEHEWT h=UNSPEC IF I ED SOURCES )
141 C 147 D 63 h DOE
CLFRB FY 75 33,260 SURVEILLANCE, NEARSHORE, OFFSHORE,
EUTROPH1,CATI ON, BIOTI,
TOXIC SUBSTANCES, TRENDS,,
(D=NUTRIENTS O=SOURCE AND LOADING 3=ENYIRONtlENTAL IMPACTS h=UNSPECIFIED SOURCES) "
. ... .
G 3 c DOE CLFRB FY 75 124 456 TOXICITY TESTING, BIOTA, BENTHOS,
PHYSIOLOGY 8
(GmTHERMAL DISCBARGES 3-ENVIRONliENTAL IHPACTS c-INDUSTRIAL SOURCE)

143 C 164 C 3 c DOE GLFRB . FY75 230,040 ECOSYSTEM,
! G-THERRAL D ISCHARGES ~=ENVI RDNNENTAL 'IRP~CTS ~=X'NDUSTR'I'RL SOVRCE)
I .
144 F 189 J: 2 i . . DOE , .. FY75 .1?9,95:0 TOXIC SUBSTRNCES: BIOACCUMULATIDH,.
PERSISTENCE, ENVIRONRENTRL SIRULITION,
VRTER, SEDIHENTI,, N0.N-POINT SOURCE,
AGRICULTUR,E, DREDGING::
i JzSEYERGL 2=FGTE AND TRLHSPORT i=SEYERAL SOURCES')
. ..
J 23 h DOE GLFRB, U. MAT. FY75 152,210 TOXIC HETALS, TOXIC ORGANICS,
TOXICITY TESTING, BIOTA, ALGAE,
BENTHOS, FISH, PHYSIOLOGY,
BIOCHERISTRY, METHYLITION, SEDIMENTS,
(J=SEVERRL 2=FATE AND TRANSPORT 3=ENVIRONMEHTAL IRPA'CTS h=UNSPECIFIED SOURCES') ' ' . '
B 39 h DOE GLFRB FY 75 5,250 ZINC, BIOTA, FISH, PHYSIOLOGY,
(B=TOXIC IlETALS 3=ENVIRONHENTCL IMPACTS 5=METHOD DEV. & RODELING h=UNSPECIFIED SOURCES)
. .
. .
. .
147 C 210 E 2 h DOE GLFRB FY 75 30,760 ATMOSPHERIC DEPOSITIONn BIOTA, LIGHT,
. . . .
.?
. . .
(E=CONTbMINfiNTS, LEN. 2=FATE RND TRANSPORT' UNSPECIFIED SOURCES)
. .
'( ! . .
. . .:
(E~CONTAHININTS, GEN. 7=MAt!AGEMENT ~=INDIJSTRIAL SOURCE )
FY 75 1,500 TOXICITY n VRSTE MIMACERENT,
TOXIC SUBSTANCES, STREAMS,

149 C 234 E 7 d EPS UTC
FY 75 24,000 BI OLOGI CAL CONTROL,
(E=CONTAHIHA1?TS~ GEN: . 7mnANAGEHENT d=PIUN.ICIP,AL SOURCE)
150 C 238 J 7 d EPSaOHOE U TC
iJ=SEVERAL 7=MANQGE#ENT d=MUHICIPAL SOURCE)
151 C 239 E 7 i EPS, OBOE V T C
FY 75 25,000 TERPERLTURE, CaRBON, URSTE RINAGERENT,
INDUSTRIAL SOURCE, WUNltlPAL SOURCE,
ECOHORI CS,
(E=CONTRflININTS, CEN. 7rflANACEBENT i=SEVERAL SOURCES)
D 7 I EPS U T C
FY 75 Sa000 NITROGEN. DENITRIFICATION. TEHPERATURE,
OXYGEN. 01 OLOGIC&L CONTROL.
UASTE NhNAGEHEHT,
(D=NUTRIENTS 7=NANhGEHENT ;=SEVERAL SOURCES)
153 C 242 D 7 1 EPS MTC
FY 75 442 000 PHOSPHORUS, NITROGEN, CARBON
DENITRIFICATION, TEHPERATURE,
BIOLDCI CAL CONTROL, MdSTE nAHACEHENT,
(DPHUTRIENTS 7eMANACEHENT l=SEVERAL SOURCES)
154 C 243 D 7 c EPS MTC
( DmNUTR IENTS 7=PlAHACEtlENT c=INDUSTR IAL SOURCE )

155 C 244 D 7 c EPS UTC
FY75 11,075 NITROGEN. YRSTE MfiNdGERENT,
C D=NUTRIENTS 7=RfiNQGEflENT c=INDUSTRIRL SOURCE)
156 c 24r E 7 e EPS U T C
FY75 44,000 VRSTEIlRTER TRERTMENT,
(E=CONTfiRINfiNTS, CEN. 7=nfiNdCEflENT e=SHIPPINC)
157 C 245 . J 1 a EPS
FY75 36,000 POLLUTION,
(J=SEVERfiL l=CHfiRfiCTERISTICS e=SHIPPING)
F
2 158 C 249 E 7 d EPS,OMOE UTC
FY75 18,000 OZONE, bISIHFECTIOM~ ECONOMICS,
(E=CONTAflINfiNTS, GEM. 70nfiNfiGERENT d=HUNICIPfiL SOURCE)
159 C 231 E 7 d EPS MTC
3,666 ECONOMICS, OZOWE. BIODEGRIDITIOW.
(E=COWTA#ININTS, CEN. 7=llANACE#EWT d=HUWICIPIL SOURCE)
160 C 268 1 7 c EPS UTC
4,500 SEVRGE, YRSTEYRTER TRERTMENT,
(I=UNSPECIFIED 7=UfiNRCEflENT crINDUSTRIfiL SOURCE)

161 C 269 A 7 c EPS hl T C
FY 7 5 lor 250 TOXICITY, SEYACE, VASTE H~NICEHENTI
( AMTOXIC ORCkNICS ~'=NANACEMENT c=INDUSTRIAL .SOURCE,
162 C 270 H 7 c EPS
YTC
( HeOTHER ?=RBNRCEIIENT -c=INDUSTRI AL SOURCE) ' :
J 7 c EPS
(J=SEVERAL 7=MANACEWENT c-INDUSTRIAL SOURCE)
UTC
FY 79 48,560 RADIOACTIVITY, CYANIDE, ARSENIC,
YASTE IAHUCEHEt4T.
P
164 C 273 E 6 7 c EPS YTC FY75
! E=CDNTFIRINBNTS.. &EN. 6=CRITERIR 7=RRNBCEIIENT c~IWDUSTRIAL SOURCE)
7,000 RADIOACTIQITY~ LEACHATEST
UASTE IIGNBCEHEHT,
169 C 274 J 7 c EPS .
(J=SEQERBL 7=RBNRGEHENT c-IHDUSTRIGL SOURCE)
UTC
FY 79 12~000 HETALS, SUSPENDED SOLIDS, CYAHIDE, pH,
SEMACEa RUNOFF,
166 C 276 E 7 c EPS MTC
( E=CONT~MIHAHTS, GEM. 7-MANAGEMENT :c=IHDUSTRIAC.. SOURCE )

167 C 278 E 37 d DOE, OROE U T C FY75 17,000 SEVfiCE, URSTE RfiHACEflENT,
IE=C.0NTfiRIli6F.'TSn CEN. S=ENVIRONPlENTlL IRPRC.TS ?=RRHLCEOIENT d=flUNICIPRL SOURCE)
168 C 281 J 267h EPSIOROE, U T C FY 75 40,000 SEYGGE, 6GRl CULTURE, SOIL, BiOCHEflISTRY.
COflPLEXRTl OH.
(.J=SEVERRL 2:FRTE RND TRRNFPIJRT , 6=CRITERIR 7=RfiNFICEOIENT h=UNSPECIFIED SOURCES)
169 C 283 D 27 h EPS UTC FY 75 28,000 SEYRGE.. RCRl CULTURE, SOIL:
(0-NUTRIENTS 2=FRTE RND TRRNSPORT 7=RANAGEflENT h=UNSPECIFIED SOURCES)
I 7 h EPS UTC
FY75 12,000 CHERICRL PIIXTURES, PRECIPITATION,
SEU6GE.. EQUI PNENT,
171 C 289 C 7 h EPS MTC
(C=PHDSPHORUS 7-flANACECIEWT h=UNSPECIFIED SOURCES)
172 C 289 N 7 h EPS UTC
FY75 3,000 SEVRCE, YRSTE RGHRCERENT,
( H=OTHER 7-MRNGGEMENT ~=UNSPECIF~ED SOURCES)

173 C 290 H 7 h ' EPS '
'..
. , '
M TC
(HEOTHER. :=MANACEMEHT ~=UNSPEC'IFIED,SOURCES~
174 C 299 H 7 c EPS UTC
(H=OTHER 7=HRNRCEflENT c=INDUSTRIAL SOURCE)
H 3 f DOE DOE FY76 . 43,000 LRND USE, VECETATIOH, ECOSYSTER,
VRTER RURLITY P VRTER RORNTITY,
HYDROLOGY: RUNOFF, PRECIPITATION,
!H=OTHER 3=ENVIRONflENTAL IRPACTS f=NON-POINT SOURCE)
P
176 C' 374 E 2 f DOE HYD.CONS.LTD. FY 75 86.763 DYNARICS.
(E=COHTAMIHANTS, CEN 2=FATE RND TRANSPORT f=NON-POINT SOURCE)
. ..
177 C 376 H 5 f DOE CREC.CEOSC.LTD. FY75 20.966 REMOTE SENSI HC, SATELL1 TES, LAND USE.
(H=OTHER S=HETHOD DEY . b HODELINC f =NOH-POINT SOURCE) . .
. . ..
H 5 h DOE NWRI FY74 0 BRCTERIR, EUTROPHICATION, SURVEILLANCE,
FY 75 16,890 ECOLOGY,
FY 76 .O
FY 77 0
(ti-OTHER 5=METHOD DEV. B MODELING h=UHSPECIFIED SOURCES)

179 t 379 D 29 h DOE HURI FY 75 0 BRCTERIR. LRKES, UATER, BIOTA, RLGRE,
(D=NUTRIEHTS 2=FATE AND TRANSPORT S=RETHOD DEV. & RODELINC h=UNSPEClFIEG SOURCES)
E 02 h DOE NURI FY74 6 REHDTE SENSING, SUSPENDED SOLIDS,
FY 75 6 PLUMESA RIVERS, OPEN LAKE,
FY 76 0 STATISTICAL hNhLYSIS, YATER CHEMISTRY,
FY 77
b
(E=CONTA#INANTS, CEN. b=SOURCE LND LOADIHC 2=FITE AND TRANSPORT h=UNSPECIFIED SOURCES)
H 256 h DOE NURI FY 74 0 RIVERS, HYDRRULICS, IISTRURENTRTIOI,
FY 75 0 SURVEILLANCE, DISTRIBUTION,
TERPORRL VARIATION,
(H=OTHER P=FATE RND TRRNSPORT '~=RETHOD DEV. 8' RODELINC 6=CRITERIA h=UNSPECIFI ED 60,URCES)
C1
V
182 t '342 H 2 f ' DOE' RCRES
(H=OTHER 2=FRTE RND TRANSPORT f-NON-POINT SOURCE)
FY 75 452 000 SHORE, EROSION, VEGETATION,
E 0 2 f CCIU,DOE RUE. U. , OMOE FY 75 46,000 URTER RUANTI TY, YATER OURLI TY, RIVERS,
LAND USE, RORPHOLOCY,
(E=COHTbMlNANTS: CEH. O=SOURCE AND LOADING F FATE RND TRRNSPORT f=NON-POINT SOURCE)
184 t 334 J 03 f 'DOE NURI FY 74 0 SEDIMENTS, SHORE, EROSION, METRLS,
FY 75 Q AttUIlULATION: LAKES: b!BTER QUALITY,
FY76 0
!J=SEYERRL C=SOURCE AND LOFiDINC 3rENVIRONRENTAL IRPCICTS f=NON-POINT SOURCE) . .. . '

185 C 335 .. D 6 f DOE MVRl
O MI TROGEN r CIRBON, SWORE 8 EROSI 02,
0
6
(D=WUTRIENTS ~ESOURCE AND LOAD1 NC' ~PMOW-POINT SOURCE )
186 C 335 C 02 f DOE NURI
. .
0 QVRILQBILITY, BIOTR, SHORE* EROSION,
P LAKES: SORPTION,
0
(c-PHO'SPHORUS 0=80URCE AHD LOADING Z=FATE AND TRRNSPORT f=NON-POINT SOURCE)
187 C 336 ' 3 0 2 f DOE
. .
MURI , DHOE
0 RIVERS.. SEDI RENTS, SUSPENDED IfBTERIRLS,
'3 LBKES, WATER RLlkLITY SCRPTIGN,
9
( J -SEYERfiL 9-SOURCE AND LOkDING ~=FRTE AND TRkHSPORT f =HON-POINT SOURCE i
. .
I. .
MIJRI ,'DROE FY 7 5 72,060 SHORE 2 EROSION, CROUHDMATER a SO1 L 8
LAKE ERlE.
(H=OTMER O=SOURCE AMD LOlDlWG l=CHARACTERISTICS PzFATE AND TRhMSPORT f=HON-POINT SOURCE)
129 C 332 M 15 f DOE R.H.QUICLEY FY 75
7,000 SHORE. EROSION,
iH=OTHER I=CHARACTERISTICS ME METHOD DEV.' h MODELING f=b!UN-POINT SOURCE>
196 C 333 H 237 'h DOE. NVRI ' ' ' FY76 . . 0 PROGRLU DEVELOPFIENT.. EROS!QM, SEDIREHTS:
SHORE, NEARSHOREJ RIVERS, LAKES,
DYHRRICS. -MIYES, VRTER QUBLITY:
..
( HIOTHER 2=FATE RND TR~~SPORT I=EHV IRONHENTLL IfiPQCTS 7=flRHAGEt!ENT h=UNSPEClF IED SOURCES). ,. :

NMRI
O RI VERS.. STRERNS, MRTER QUAL I TY,
0 STRTISTICRL RNfiLYSIS, LQKES. SEDIREMTS,
0 TEFIPORRL VQRI QTIOH,
(JrSEVERRL Q=SOURCE QND LOQDING 2=FATE QND TRRNSPORT f=NON-POINT SOURCE>
192 C 31P I 1 b DOE
NMRI ,ACE,USEPG
FY75
O
SEDIHENTS> CHEHICRL CHQRRCTERIZRTION,
C I=UHSPEC IF1 ED 1 =CHRRfiCTERISTICS b-DREDGING>
H 02 f DOE
NVRI
0 SHORE, EROSION, TRENDS, DISTRIBUTION,
0 TEflPORRL VRRIQTIOH,
t
(H=OTHER O=SOURCE AND LORDING 2=FRTE AND TRRNSPORT f=NON-POINT SOURCE)
H 02 f DOE NVRI 0 UAVES, SEDIHENTS, IHTERQCTIVE EFFECTS,
0 NEARSHORE, EROSIOM, LRKE ONTBRIO,
(H=OTHER O=SOURCE AND LORDING 2=FRTE AND TRRNSPORT f=NON-POINT SOURCE)
195 C 331 H 012 f DOE NMRI
FY 74 O SHORE, EROSION, CEOCHERISTRY,
FY 75 0 DISPERSION, SEDIHENTS, LRKES,
FY 76 0
(H=OTHER O=SOURCE BND LOQDING l=CHRRRCTERISTICS 2zFRTE RND TRRNSPORT f=NON-POINT SOURCE)
: :
196 C 134 D 5 g DOE NU R'I
0 SURVEILLQNCE: HfiTER CHERISTRY,
IHSTRUHENTBTIOH,
-(D=NUTRIENTS 5=HETHOD DEV. b RODELING g=OTHER SOURCES)

D 3 h DOE
:.. .
CLFRB, OMNR FY 75 31870.0 BIOTA, HRCROPHYTES, ALGAE, PLANKTOR,
ZOOPLA~~KTON, ECOLOGY, BEHTWOS,
BAY OF BUINTE, LAKE ONTnRIO,
(D-NUTRIENTS 3=ENVIRONMENTAL I HPACTS. h.UNSPECIFIED SOURCES)
198 C 399 D 35 h DOE LLFRB FY 75 26,460 BIOTA, ECOLOGY, PHYSICAL LIMNOLOCY,
(D=NUTRIENTS 3=EWVIRONPiENTAL IMPACTS 5-METHOD D E ~ . h MODELING
h=UNSPECIFIED SOURCES)
I 23 h DOE CLFRB FY 75 10,200 BIOTR, PLRNKTON, ZOOPLRNKTDR,
TEIIPORRL VQRIQTION, DISTRIBUTIFH,
(I=UNSPECIFIED 2=FLTE RHD TRRHSPORT J=EHVIROHRENTRL IflPQCTS h=UHSPECIFIED SOURCES)
W 5 h DOE
. .
CLFRB FY75 7,860 BIOTA, PLANKTON, ZOOPLANKTON,
TEMPERATURE. BAY OF QU INTE.
LAKE ONTARIO, .,
( H=OTNER 5=F!ETHOD DEV . h HODELlNC h=UNSPECIFIED SOURCES )
:.
201 C 455 H 2 h DOE CLFRB FY 75 16a400 PARTICULATES, BIOTA, BENTHOS, OPEN LAKE,
BOTTOM 'SUBSTRATES, LIfWT. TEMPERATURE,
.(.H=OTHER ;=FATE AND TRANSPORT h=UWSPECIFIED SOURCES)
. .
202 C 451 n 3 h DOE BIOSYSTERS CONS FY75 3.000 BIOTA, BENTHOS, LRKE ONTARIO,
(H=OTH.ER 3=ENVIRORREHTRL IflPRCTS h=UNSPECIFIED SOURCES) . . . .

B 23 h DOE GLFRB FY76 15,600 HETHYLATION, LEAD, SELENIUH,
MICROORGANISMS, ALGAE, BACTERIA,
EHVIROHHEHTAL SIHULATION, TOXICITYI
BIOACCUHULATION,
!B=TOKIC WETOLS 2mFATE AH@ TRANSPORT 3=ENVIRONHEHTAL IHPACTS h=UNSPECIFIED SOURCES)
204 C 213 E 23 h DOE GLFRB, U .MAT. FY 75 7.700 ORGANIC CONTARINRNTS.
SUSPENDED RRTERIRLS,
AQUATIC ENYIRONRENTS~ TOXICITY,
RICPOORGGN ISRS,
tE=CONTAflINANTSI CEN 2=FkTE AND TRRNFPORT 3=ENVIRONRENTAL IRPACTS h=UNSPECIFIED SOURCES)
205 C 291 H S h EPS LlTC FY75 22: 000 SEMRGE, DRTA COLLECTION, RETHODOLOCY,

269 C 386 E 235 h DOE HMRI FY 75 6 HICROBIOLDCY ECDLOGY~ AQUBTIC SYGTEHS 2
BIOTA, BACTERIA. ALGnS,
IWTERACTIVE EFFECTS; POLLUTION,
BIOLOGICAL CONTRUL,
. .
(E=COHTAHINANTS, CEN. 2=FATE AND TRRWSPORT 3=ENYIRONWEi4TAL IHPACTS S=#ETHOD DEY. 8 HODELlNC h=UNSPECIFIED SOURCES)
210 C 390 H 9 h DOE BEAK
7,546 BIOTA, PLANKTON. PHYTOPLANKTON,
(H=OTHER R=UNSPECIFIED h=UHSPECIFIED SOURCES)
1 3 , h DOE
0 BIOTA, BEHTHOS, HABITAT,
MATER CHEWISTRY, PALEOLIWNOLOGY,
E.UTROCHICIlION, SlREAIS. LCtKFS.
< I=UNBFECIFIED 3=ENU'"- . A~.UNHEN~AL. IHFBClS
R=UNSFECIF IED S0URCE.S)
213 C 396 F : h DOE IlldRJ FY75
LF=PA~~OGENS SxWETHOD DEY. & MOCFLING h=UNSPFCIFIFD SOURCES!
F 5 h DOE
. .
(F=PATHOGEilS f=HETHliD DEY. AODEiii4G )i=UNSPE~CIFIELI SOURCES )

F 557 i DOE 0 BDQISORY* RETHODOLOCY, SURVE ILLIt4CE 2
BUNICIPt3I. SOURCE, LRKES. RI VEKS..
SEMt3GE;
(F=PBIHOGENS 9=METHOP DEV.!b RODELINC S=CRITERIB 7=BBkiRCERENT i=SEVERBL SGURCESi
216 c 384 F t d GSIE OBOH
(F=pB1 HOGEHS 0-SOURCE BND LOQDlNG d=RUHICI PBL SOURCE )
1 3 h DOE
( I=UNSPECIF IED 3-ENVIRONRENTAL l R PICTS h=UNSPECIF IED SOURCES >
4,250 PDLLLIlION, BAY OF QLIlNlE: LAKE OHTk910,
4,253 01 OTB, NACROPHYTES- BLGAE PEHTHOS,
DISlRiBUllON, ECOLOGY, LIGHT.
TElqPERB1 URE:
CI
21PC 274 P 27 c EPS Y 1 C
CP=lOXIC BElfiLS 2-FfiTE' AND. TRIHSPORT 7=RAHkGEBEN? c=INDUFTRlBL SOURCE)
7,500 HEBVY HElBLS, MBSlE RRHBGERENT,
7,500
219 C 175 B i h CCIU NWRI ,EPS, VSCS FY74
( B =TOXI C. ORGPH l CS ?=RAHBGFRENT h=UNSPEClFl ED SOVRCFS)
0 RIVERS., 51. CLBlR RIVER, DE1KOIl RIVER:
(H=OTHER 2=FATE RHD TRBHSPORT g=SITHER SOURCES)
0 SEDIflEHlS, PALEOL IRHaLOCY,
0 LAKE SUPERIOR, LBKE RICHJGRN:
3

22: c 110 D 2 h HRC u . TOE.
. . . . II
. . . .
(D=NUTR.IENTS 2=FATE AND .TR6HSPORT h=UHSPEClF 1 ED SOURCES )
E l 2 h NRC
. .
. . .
FY75 9 SDRPT 1OHt PIRl'lCULATES, URlER..
SEDIMEHTS: LAKE Pl!PiRin8:
(E-COHTAR~NAN~S.. FEN. I=CHARQClERISlICS 2:FPTE QND TRPNSPORl h=UNSPECIFIED SOURCES)
. -
223 C 141 C 5 h NRC U. TOR. FY75 0 MITER, LQKES:
. .
. , . ;
( C=PHOSPHORU~ ~ = ~ E ~ H O D
)
DEV. & RODEL INt ~=UHSPEC'IF'I ED SOURCES
D 3 f HRC U.OIN. FY 75 0 EUTROPHICATION, ICKICULTURE, RUHOFF.
LUKE ST. CLAiP,
(D=HUTRIENTS 3:ENVIROWWEHTAL l WPACTS f-NOH-POIHT SOURCE >
. ..
D 2 3 h HRC U TOR. FY 75 0 EUTROPHICAlION, LAKES, PLAHKTON,
PHYTOPLANKTON. OATER CHEWISTRY.
(D=NUTRIENTS 2=FPlE OND TRQNSPURT 3=ENYIRONflENTQL IHPPClS h=UNSPECIFIED SOURCES)
H 2 f NRC U.GUE. 0 SHORE? LAKES,
0
0
0
(H=OTHER 2=FRlE RNC TRRNSPORT f=HDH-POINT SOURCE)

. .
227 C 432 1 3 h NRC U . CUE. FY75
( I=UNSPECIF IEG 3=ENVI RONRENTRL IRPBCTS h-UNSPECIF I ED SDURCES >
228 C 436 : .. 1 3 h . . HRC . . . U.16Fc. , FY75,
. .
9 01 OTA 4 F I SHA ECOLOCY, PHYSI OLOCY
: I -UNSPECIFIED 3=ENVIRONREHTAL IMPACTS 5:METHOD DEV. b HODEL IHC h=UWSPECIFIED 50URCE8)
229 C 436 1 3 h NRC . U. TOR.
0 BIOTI, FISH, CIQUIT 1C EHVIRONRENTS,
! I =UNSPECIF IED 3=ENVI RONRENTCIL IRPACTS h=UNSPECIF IED GO!IRCES )
P
03
C 230 C 437 H 3 h NRC YORK b .
8 . :
(H=OTHER ~=ENVI RO'NRENTIL I ~ ~ P ~ C Th=UNSPECI S
F I ED SOURCES)
0 B107Rt FISH, IERPERRTURE, LIGH1,
231 'C 437. , I 3 h NRC. U . CUE. . . FY75
! I=UNSPECJF IED 3=EHVIROKREHT6L IRPACTS h=UNSPECIFlED SOURCES >
0 81 OTb- FISH., PHYSIOLOGY,
232 C 438' H 3 h NRC. ,, . . U. CUE.
0 BlOT1, FISH, ECOLOCY,
(H=OlHER ~=ENVI RONRENTQL IAPCICTS h=UNSPEFIFIED SOURCES)

233 C 438 1 3 h URL U. TWEUT FY75
O lERPERAlURE, ECOLOGY, BIOTA, FISH,
(I=UNSPECIFIED S=ENYIRONHENTAL IRPACTS h=UNSPEClFlED SOURCES)
. .
. . .
234 C 398 1 3 h HRC McN U. FY75 0 Bl OTdr PLfiNKTON, PHYTOPLdNKTOH? ECOLDZY,
PRODVCTIVI TY .
. . . .
(1-UNSPECIFIED J=ENVIRON~ENT8L IHPBCTS h-UNSPECIFIED SOURCES)
.. , ,
H 3 g HRC

259 C 301 'H2, h NRC . - PUE.lI.,.
(H=OTHER ?=FATE RHD TRbNSPORT h=UNSPECI FIED SOURCES)
H 2 f NRC 11. CUE. t ONOE FY 74 @,04Q SHORE, SOIL, ORCbHlC f16TTERt
FY75 8,900
(H=OTHER 2=FBTE BND TRBNSPORT f=NON-POI NT SOURCE)
241 C 383 F 2 h NRC U. CUE.
0 RICROPIOLOCY t SEDIMENTS,
( F-P6THOCEHS ZJFATE AND TRANSPORT h=UNSPEC.IF.lED SOIJRCES) -
1 9 h NRC U. CUE
( I =UNSPECIF IED 9=UNSPECIF IED h=UNSPEClF lED SOURCES )
243 C 399 H 2 h NRC YORK U. FY75
0 BIOTB, ILCAE 8 PHYSIOLOGY, L I CHT?
(H=OTHER Z=FbTE BND TRINSPORT h=UNSPECI FIED SOURCES)
244 C 399 1 9 h NRC U.TOR. FY75
0 PHYSIOLOGY, BIOTR, ILLRE, BRCTERIfi,
( I=UNSPEC IF IED 9=UHSPECIF I ED h=UNSPECIF IED SOURCES)

245 C 397 1 3 h NKC U .TOR. FY75
0 BIOTA. ALCAE, PHYSIOLOGY,
246 C 397 1 3 h: ,
. . .
NRt
11. VAT.
. .
O . BIOTA, ILGdE: ECOLOGY; PROCUCTIVITY,
. / : I
. .
247 C 438 F 3 h HRC U .GUE
O BIWTb, FISH,
IF=PITHOGENS 3=ENVIPOk4HEHTQL ItlP+ltTS h=UNSPECIFIED SWURCESI
% . , .
e
248 C 451 1 3 h NRC U TRENT F'175 0 OXYGEN. BIOTA, BEHTHOS. LIKES,
( I=UNSPECIFIED 3=ENVI RONWENTIL IMPACTS h=UNSPECIF I ED SOURCES )
249 C 453 1 3 h HRC U.YAT. FY74 4,600 BIOTb, BEHTHOS. DISTP16UTIOt4J ECOLOGY;
. . . . . , .
FY75 4,000 CEDRClAH Bb't, LbKE HURDN,
. . . . . . .
(I=UNSPECIFIED 3=ENVlRONl!ENTAL IMPACTS h=UNSPECIFIED SOURCES!
, .
. . . . .
250 C 456 1 3 h HRC U. MAT 0 BIOTA. DISTRIBUTIONJ PRODUCTIVITY.
ECOLirGY,
.. .
(I=UNSPECIFIED 3=ENVIRONMENTRL IMPACTS h-UNSPECIFIED SOURCES)
. .

251 C 459
. .
1 '9 h NRC U. TOR
I I =llHSPECIF IED 9=1lNSPECIF IED h=UNSPECIF IED SOURCES 1
252 C 461
,
1 9 h NRC BUE. 11.
( I =UNSPECIF I ED 9=VNSPECIFIED ~=ONSPEC~F IED
SOURCES?
253 C 255 E 957 d EPS RPW9 FY74 28,250 URBAN RUNOFF, ECONOHICS,
FY75 28,250
(E=CONTRRINBHTS.. GEN. OsSOURCE RND LOBDING $=RETH@D'DEV. & RODELING 7=fllNlGERENT d=flUN1CIPlL SOURCE)
P
2 5 4 C 256 1 7 d EPS E PS
(I=UNSPECIFIED 7=RRNBGEMENT d=RUNICIPdL SOURCE)
5,000 URBlH RUNOFF SEYBGE, RECULBTIOHS, SOIL,
1 5 d EPS WAC,LTD. 4 NYRI FY74 1014 500 EHVIROHI4EHThL SIMULATION, URBAN RUNOFF.
FY75 101,500 MITER QUIHTITY, MITER PUALJ TY.
(I=UNSPEC.IFIE@ 5=#ETHOD DEY. b RODELIHC d=I4UHICIPAL SOURCE)
256 C 258 t! 57 d EPS P&R LTD. FY75 14,000 IHFORflRll@N, URBBN RUHOFF, CORPUTER,
(H-OTHER 5=flETHOD DEV. 'B MODELING 7=flBHBGEMENT d=RUNICIPAL SOURCE)

1 5 d EPS,E#S ' ' GO.bSTO. LTD. , FY74 . 15,533 DPTA COLLECTION; DATA QUALITY,
FY75 15,533 EHVIROHHEHTAL SIWULATIOH, URBAN RUNOFF,
FY76 15,533 PREC! PI TAT I OH 8
iI=UHSPECIFIED 5-METHOD DEV. h WDDELIHC ~=#UNICIPI+L 'SOUF!CE)
1 5 d EPS..EUS IgC. LTD
FY?4 3.951 DBTQ COLLECTION: MiiTER QVG:! TY:
FY75 . 5,950 . VGTER RUF\HTlTY, URBBN RUNOFF,
VGSTE RGNGGEHENT,
(I=UNSPECIFIED S=flETHOD DEV. b PIODELING d=flUNICIPfiL SOURCE)
259 C 260 ' 1 5 d' EPS PI. DILLDN
FY74 24,300 DPTA COLLECT ION, ULBdH F:3:4D;F,
FY 75 24,500
i l=Ut4SPECIF:ED 5=WETHOD DEV. b WODEL IHC d=#UHICIPAL SOURCE)
H 5 d 'EPS,EHS. . HMRI
FY74 15,150 DGTR COLLECTION, URBdt4 RUNDFF,
FYi5 15,159 YRTEP EUPLITY. UPTER 3UPtJTl TY.
PRECIPITCITIDN,
(H=OTHER S=PIElHOD DEY. b PiODELlNC d=RUNlClPAL SOURCE)
261 C 268 7 c EPS M T C
FY75 1,500 SEMACE, MPSTEMbTER TREhTXEH?.
(H=OTWER ?=NxNACE#EHT c= INDUSTRldL SOURCES
262 C 271 J 17 c EpS EPS, OWOE FY 75 944 000 MPSTE HAH$CE#EHT>
.
i J=SEYEF:AL l=CWbR6CTERISTICS ?=W~HWCEWENT' C=IWDUSTRI~L SOURCE j

E 27 c EPS FY 74 13,003 TOXIC SUBSTRNCES, SORPTION, SOIL .*
FY 13, ?on
!E=COHTfiRIHRKTS, CEN. Z=FRTE AND TRRFSPORT ~=R~N~GEREHT c=INDUSTRIfiL SOURCE)
is
E 27 c EPS EPS FY75 9,250 SORPTIDN, HOBILITY, SOIL3 SEMRGE,
INTERRCTIVE EFFECTS, POLLVTIDN.
CROUNDWBTER:
(E=CONTAflINAHTS, CEN: 2=FFITE RND JRAFSPORT 7=flBNRGEflENT c-INDUSTRIRL SOURCE)
E 2 f EPS FY 74 53,500 LGNDF ILLS, LERFHRTES: CROUtiDWRiTER
FY 75 53,500 SURVE ILLRNCE, IlUHICIPRL SOURCE,
NON-POI NT SOUPCE..
(E=CONTRRIHRFTS, CEN.. 2=FfiTE RND TRRFSPORT f =NOH-POINT SOURCE)
QUE. U. 2 NklRI FY75 20,000 NERRSHDRE: URTER PURL1 TY, DISTRI BUT IDN;
TERPORRL VdRIATION, TRENDS,
STRTISTICRL RNBLYSIS:
( I = UNSPEt IF I ED Z=FRTE RND TRRNSPORT h=UHSPEC l F l ED SOURCES )
OHJE FY75 4 TRENDS, WATER QURLITY, NEBRSHDRE:
FY76 0 LRKE ERIE,
(4-SEYERRL O=SOURCE RND LORDING 2:FATE RND TRRNSPORT 3-ENYIRONflENTRL IRPACTS h=UNSPECIFIED SOURCES)
J 03 i OHOE OHDE FY75 9 TRENDS, WRTER OURLITY.* LRKE ONTRRIO,
HUNICIPAL SDURCE, RIVERS..
TVELVE RILE CREEK.
(4-SEYERRL C=SDURCE RND LORDlHC 3=ENVIRONREHTRL IRPRCTF i=SEVERRL SOURCES) . .

26% t 74 E 257 h OM?. , Ot40E; OWHR FY 74 6 HBRBOURa MITER QUALITY, L'YH6!lICS;
FY 75 6 CURRENTS, TREWDP,
FY76 6
FY77 6
(E=CONTCHINAHTS, CEN. 2lFRTE AND TRANSPORT S=#ETNOC DEV: $ MODELING 7=HQNRGEt4ENT h=UNSPECIFIED SDURCES!
~~E=COHTI?HIWQ#TS, GEN. 3=ENVI~RONPIENTAL IHPACTS 7=HfiHAGEHENT h=UHSPECIFIED SOURCES)
OROE~OHHR~HURI FYi5 40,000 HARBOUR, OXYGEN, HYPOLIflHION, AIR,
FY 76 40< 000 fiCCURULfiTI OH? EPI L IAN! ON, HAP1 TAT r
FY77 40,900 EIOTfi, FISH: PLRHCTON..
I 5 h OHOE OHOE FY 74 0. NEARSHORE.. YdTER QUALITY..
FY75 0
FY 76
cj
FY 77 9
(I=UNSPECIFIED S=HETHOD DEV. UODELING h-UNSPECIFIED SOURCES)
I-
2722 81 E 6 h OWOE,DOE OHOE OMNR FY 75 13.006 TRENDS, RIVERS,
FY76 13aOOO
( E=COHTAHIHAt4TSa CEN. O=SOURCE AMD LOAD1 HC h=UNSPECIFIED SOURCES)
O LAKE ST. CLAIR; RIYERS. ST. CLAIR RIVER;
MATER QUALITY, SURVEILLANCE,
(I=UNSFECIFIED O=SOURCE AND LOADIHC 7=RANACEHEHT h=UNSYECIFIED SOURCES)
OflSE, R l . PNR
(I=UNSF'ECIF:ED O=SOURCE AND LOADING h=UttSPECIFIED SOURCES)
FV75
FY 76
0 LbKE ERIE, RIVERS, DETROIT RIVER,
t SUCVE:LLANC:E!

0 BACTERIG, LAKE ERIE, RIVERS,
DETR61T RiYEli,
(F=PA?H@GEHS O=S@llRCE RND LOkDl HG h=UNSPECIFIED S@l)RCES j
276 C 88 : 1 6 h OWOE O#OE, I MD, USEPa FY76
6 RI VERSa Wl ACARI RIVER, SURVE ILLIHCE,
LIKE ONTARIO,
(I=UHSPECIFIED 6-SOURCE AND LOIDIHC h=UNSPEEIFIEb SOURCES)
277 C 90 J 02 h OROE. OROE FY75 0 RIVERS, ST. LAURENCE RIVER. DISPERSION,
FY 76 0 SEDIIIENTS: BIOTG, BENTHGS:
FY77
o
(JoSEVERAL Q=SOURCE AND LOADING 2-FATE AND TRANSPORT h=UHSPECIFIED SOURCES)
OROE FY 75 0 RIVERS, GRfiHD RIVER? THRRES RIVER,
NOH-POINT SOURCE.. INDUSTRIRL SOURCE:
RUNICIPRL SOURCE, iVPTEP BUkilTY.
('H=OTHER O=SOURCE AND- LOIDIHG ~=EHVIROHREHTAL .IRPACTS 5=RETHOD. DEV . P RODELING .i =SEVERAL SOURCES.)
(H=OTHER 2=FRTE BND. TRANSPORT .5=14ETHOG DEV. 8: NODELING 6=CRliERIfi i =SEVERGL SOURCES!
FY75 0 DISPERSION, RIVERS, RIXING ZONE,
FY76 0 MUNlClPRL SOURCE.. INDUSTRIRL SOURCE:
CI 23 h DHOE OROE FY 75 20,000 PCB'S, RCCURULATIOH, BlGT6, RLGAE,
FY76 20,000 PLANKTON t ZOOPLANKTON.. F l SH,
(A=TOXIC ORCPNICS Z=F.OTE RND TRGNSPORT 3=ENVl~@NllENTAL IHPRCTS h=UNSPECIFIED SOURCES>

FY75 0 ACCURULATIOW, PCB's, HEARSHORE, MATER,
SEDINEHTS, BIOTd, BENTHOS,
IUNICIPAL SOURCE, 1 HDUSTRIAi SOURCE,
ATWOSPHERIL SOURCE,
(AmTOKIC ORGANICS 0.SOURC'E bND LOADING 2oFATE AND TRANSPORT i=SEVERbL SOURCES)
FY75 Q TRENDS, RIVERS, THfiRES RIVER,
FY76 0 LRKE ST. CL6!R; NERCU?'!'. SEDIiiEKT5..
HEAVY RETALS, NUTRiEFTS: PESTICI,;JES..
B 957 i OROE OROE FY 75 0,000 ARSEHIC, CRDUWDVRTER, IHPUSTAItiL SOURCE.
NON-PSiNT SDVROE, PRECIP; T&TIOH/
(fi=TOXIC ORGkNlCS O=SOUPCE AND LOfiDING 5=flETHOG DEV B RQDELIHG i=RhNkCERENT i=SEVERAL SOURCES;
F 7 i OHOE
(F=,PATHOCEHS 7=HfiHACE#EHT i =SEYERIIL SOURCES)
DHOE DOE
0 01 OLOCl CAL COHTROL 8 BACTERIA 8 SEMACE,
0 HUHIClPAL SOURCE, lHSUSTRIfiL SOURCE;
E 7 i OMDE
DMOE
5,000 SEMACE, ORCbNIC RATTER.
YfiSTE RANACEHEHT, RUHlCIPdL SOURCE,
INDUSTRl AL SOURCE,
( E=COUTA#INANTS, CEN. 7=fiANACEMENT i :SEVERAL SOURCES !
I 37 i OMDE, DOE M T C
FY75 26,000 DISINFECTIOH, CHLORIHATIDH, TOXICITY,
BIOTA, FISH, SEMLGE,
(I=UNSPECIFIED 3=ENVIRON#ENTdL IHPbCTS 7=WINACEHEHT i=SEVERAL SOURCES)

287 C 351 :. E 0,. i OROE,OflAF QC. CRN . , OHOE FY75 20,200 ATIlGSPHERlC SOURCE, NDH-POIHT SOURCE
AGRICULTURE, STREARS, WATER QUALITY,
UATER QUGNTITY: PRECIPITGTTON,
SURVEILLANCE, . ,
! E-CnNTCRI NkRiS.. CEH. O=SOURCE RND LOAD1 NC i =SEVERAL SOURCES i
E 0 f OROE OHOE FY74 225,250 POLLUTI ON, LBND USE, FURVEI LLBNCE,
FY75 225,250
FY76 t25,25Q
FY77 229,259
. . ,
( E=CONTRRI NGNTB., CEN. O=SOURCE RND LOADING f =NOH-POINT, SOORCE)
J 07 f OflOE OROE ,014HR FY74 336,700 POLLUTlON, LAHD USE, BIVEPS,
FY75 336, 730 CRRND RIVER
FY76 f36.730
FY77 335, 70s
!J-SEVERAL O=SOURCE AND LORDING 7=flRNAGEflENT f=HON-POINT SOURCE)
(J=SEVERGL C=SOUFCE GND LOBDlNC f=NON-POINT SOURCE 1
FY76 12,000 LAND USE, RCRICULTURE,
. .
291 C 365 B 0 f OHOE,OflAF OflOE zOI~BF FY76 15,QQO PESTICIDES, PcB'S, STREBflS, BGRICULTURE,
(B=TOXI C ORCBNICS OaSOURCE AND LOADING f =NON-POINT SOURCE j
282 C 265 H 7 h ORGE
FY ZS 14,000 WATER QUANTITY, SURVEILLANCE,
INFORR~~T IO!~.. E~:IIPMENT,
,' .
(H=OTHER 7=PlANQGERENT h=UNSPECIFIED SOURCES)

FY74 117.256 SEMAGE, ICRICULTURE. SOIi,
FY75 117, 256 MASTE MUt4AGEHEtiT:
(E=CONT~?WIHANTSJ CEN. 6cCRlTERlA .?=HANACEWEHT heUNSPECIFIED SOURCES.) . .
Q 2 h OR@€ ,OflfiF.I
JC OflQF,HltlRI FY 76 9,400 PESTICIDES, PCP's, RHfiL'f5!Sj SEPIHEHT5.
LRKE OHTfiRIO:
(A=TOXlC ORGQNICS 4=SOURtE RHD LOQDINC h=UNSPECIFIEG SOURCES;
FYi6 t5~000 SUSPENDED SOLIDS, RHQLYSIS, RIVERS,
STREGRS: CHROIlGTOtRdPVY. PESTlCiDES,
PCB's:
H 5 f DHDE OWOE 6 MATER QUANTITY: HYDROLDCY, CROUWDMATER,
LAND USE, EHVlRONt4EHTdL SIMULATION,
STATISTICAL .At4ALYS!SJ
(H=OTHER S=NETHOD DEV. 8 MODELING f=HON-POINT SOURCE)
A 2 f OWDE U. UAT., OWOE FY 74
0 PESTICIDES, RNALYSIS, SOiL. MATER.
CROUMDYflTER, pH.
(ASTOXIC ORCdNICS ?=FATE AND TRANSPORT f=NON-POIMT SOURCE!
(D-NUTRIENTS 0=SOURCE AND LDIEING 2aFATE AND TRIWSPORT h=UNSPECIFIED SOURCES)
OWOE FY 74 1 5 ~ 6 0 6 SURVEILLANCE, PLANKTOHA PHYTOPLANKTOH,
FY 75 15,000 NEARSHORE, ECOLOCY 8 PRODUCT IVITV,
FY76 15,006 TREHGS, EL!:ROFHICATI OH;
FY 77 15,606 '

. .
299 C 392 C 3 d OROE OROE FY 74 9,200 BIOTR, PLRNKTON, PHYTOPLRNCTON, EtOL@G'

305 C 366 E 2 C AC CAN AG CAN
FY 75 18,750 AGRICULTURE, SOIL, POLLUTION, RIVERS,
GROUWDMATER,
(E=CONTAMINAtJTS, GEH. 2mFATE AND TRAt4SPORT F=NON-POIHT SOURCE)
E 62 C AC. CAN .,OWAF AC.CAN.80WAF FY 74 0 ACRICULTUREA RUNOFF, POLLUTI OH, SOIL,
FY 75 0
FY76 0
FY77 0
(E=CONTAM IHANTS, CEN. b=SOURCE AND LOAD1 HC 2=FATE AND TRANSPORT f=NON-PO1 NT SOURCE >
. ,
307 C 355 I 1 , f AC.CAN. AG.CAN..OWDE FY 75 16,600 CHEWICAL CHARACTERIZATION, SEDIMENTS.
ACRICULTUkE. SOIL,
( I=UNSPECIF I ED l=CHARACTERISTICS f =NOtd-POINT SOURCE)
GC. CAN
(D=NUTRIENTS Z=FATE RNV TRANSPORT 5=RETHOD DEV. h. RODELING f=NDN-POINT SOURCE) ,
309 C 357 J 0 f AG CAN AC CAN J NRSa O#OE FY7S 30,000 NUTRIENTS, HEAVY METALS, SEDIMEHTS,
AGRICULTURE.
IJ=SEVERRL 0=SOURCE AND LOQDIHC C=HON-POINT SOURCE)
310 C 214 B 2 f AG.CAN. AC. CAN.
FY75 - 20,000 DISTRIBUTIOH, AGRICULTURE, ANALYSIS,
SOIL, SEDIHENTS; SUSPENDED SOLIDS>
(B-TOXIC METALS 2=FATE AND TRLHSPORT f=HOH-POINT SOURCE!

311 C 214 8 25 f RC.CAN. AG.CAH. FY 75 15,000 ORGANIC RATTER, SOIL, SEDItIEHTS,
SUSPENDED SOLIDS, INTERACTIVE EFFECTS..
AGRICULTURE:
(P=TOSIC RETALS 2-FRTE AND TRRNSPORT 5=RETHDD DEY. & HODELING f=NON-POINT SOURCE)
312 C 549 . . E 7 . f AG.CAN. D.R.COOTE
30,000 PROGRQfl DEVELOPRENT, RDVISORY,
flCRICULTURE, POLLUTI OH,
(E=COHTAAINAHTS. GEN.. 7=flANAGENENT f=NDN-POINT SDURCE )
313 C 349 I 7 f AT;.CAN.
54,000 ADVISORY, IHFORRBTION, DATR QUALITY.
AGRICULTURE, POLLUTION,
! I =UNSPEtIFIED 7=flANAGEPlENT f =NOH-POINT SOURCE )
H 0 2 5 f RG.CAN. RG.CAH.,OflOE FY 75 20,000 SEP1HENTS.- EROSION, AGRICULTURE,
. .
TEMPDRRL VQR IaTION, HYDROLOGYJ
(H=OTHER O=SOURCE AND LORDING 2-FATE AND TRANSPORT 5-RETHOD DEY. h flODELlNC f=NON-POINT SOURCE)
H 0 P AC. CAH. U.MIN. 9,006 PRECIPI TATIDH, RUHOFF, MLTER CHE#ISTRY 3
9,000
(H=OTHER O=SOURCE AND LOADIHG a=AT#OSPHERlC SOURCE !
316 C 369 1 25 a AT; CAN. U.VIN. FY 75 21 000 PRECIPI TAT ION, RUNOFF..
TERPORRL VARIATION, OGTER QUANTITY,
(I=UNSPECIFIED 2=FATE AND TRAHSPDRT 5=flETHOD DEV. 8 HODELINT; a=ATHOSPHERIC SOURCE)

317 c 375 n a f ac.carc. LC. CAN
, .
(HmOTHER ;=FATE AHD TRAHSPORT f'et40~-POINT 'SOUR'CE'?
FY 75 22,500 SOIL, AGRICULTURE, GROUNDUATER,
318 C 231 I 57 i IUD Ui; FY 75 4,000 ECONOIIICS< COST-BEHEFI
(I=UNSPECIFIED 5sflETHOD DEV. b HODELINC 7=RRNRCERENT i=SEVERRL SOURCESi
0 ECONORICS, DEMOGRAPHY..
INTERaCT IVE EFFECTS, POiiUT! OH,
TEHPORAL VbRIATION.
. .
( E=COHTbRINbMTS, GEN. O=SO'URCE RND LOGDI NC 2=FRTE GND TBRNSPORT f=NON-POI NT SOURCE) . .
H 7 f IMD
0 RECULITIONS. ADPIINISTRATIOU LARD USE.
(H=OTHER ?=#ANACE#EWT f =NOH-POIHT SOURCE )
0 INFORIATION, AQUATIC ENVIRONHENTS,
0
(HaOTHER 7=HRNRtEMENT inSEVERRL SOURCES)
17,666 ' BIOTR, NERRSHORE, SHORE, DISTRIBUTION,
17,666 TEllPORRL V6RIATION. LRKE ONTARIO,
17,666 LRKE ERIE, LkKE HURON, LRKE SUPERIOR,

323 C 124 E 5 h HHU HHW, NYRI FY 76 0 ORGAHIC COHTARININTS, ANALYSIS, VATER,
314 C 114 E 5 h HHU HHM. NURI. G#GE FY74 4 ORChNIC CONTLIINLNTS, hNALYSIS, MhTER.
FY 75 4 SURYE ILLAHCE a SORPTI OW.
FY76 4
FY 77 4
( E=COHTAMIHANTS, CEN. S=#ETHOD DEV k MODEL ZHC h=UNSPECIFIED SOURCES)
325 C 201 A 5 d HHU /HHM FY 74 0 AHILYSIS, VRTER, PESTICIDES,
FY 75 0
FY 76 0
FY 77 0
. .
(d=TOXIC ORGANICS S=PIETHOD DEV. k HODELIHC d=PIUNIClPfiL SOVRFE)
IU
0
0 3 2 6 C 202 d Q d HHY HHW, OHOE
0 AHILYSI St YITER, SURVEILLANCE,
(A=TOXIC ORCAHICS Q=SOURCE AND LOADING d=HUHICIPAL SOURCE)
327 C 219 E 2 4 h HHU HHV, NURI FY7C 0 ASBESTOS FIBERS, EVAPORATION,
(E=COHTARINANTS, CEN. 2=FATE BND TR~HSPORT' 4=HURLN H'ERLTH EFFECTS h=UNSPECIFIED SOURCES)
328 C 251 E i d HHU HHW, HORI FY 76 0 ORGAHIC RITTER: OZONE.. UbTER,
( E=COHTAHIN~~NTS, CEN. 7=HANACE#ENT ~=~UHICIPAL SOURCE)

H O f OWHR
. .
OHNR 4 U . CUE.
FY 74 33,000 STREAMS, EROSION, SEDINEHTS 2 LAKES,
FY 75 30,000 SOIL, ANALYSIS;
FY 76 30.000
FY77 30~00C.
(H=OTHER O=SOURCE AWD LOAOIWC C=NON-POINT SOURCE>
H 5 a DOE
. . a
FY 75 15,090 RODELS, WlTER QUANTITY, LAKE ERIE,
LRKE OHTARID> LitKE HURON:
LRKE ST. CLGIR,
(H=OTHER S=P!ETHOD DEV. & ROOELINC a=RTHOSPHERIC SOURCE)
331 C 6 J O a DOE I YD
FY 75 50: 090 NUTRIEHTS, RETALS- pH. PFIECIFITfiTION..
CHEflI OGL CHGR9CTER!Z$TInti,
(J=SEVEPPL 0-SOURCE AND LOQDIHC Q=~~TROEPHERIC SOURCE)
N
3 3 2 C 9 I OS I DOE NURI . OWOE FY 75 92,108 RTWOSPHERIC DEPOSITION, PRECIPITATIOH;
( I=UNSPECIFIE~ 3-SOURCE AND LOfiDI NC S=WETHOD DEV.. 8 HODELINC a=AT#OSPHERIC SOURCE )
D O I DOE HMRl
FY 74 0 HITROCEN, SULFUR. PRECIPITATION,
FY 75 19,ObO
FY 76 0
FY77 0
(D=NUTR IENTS 0:SOURCE IN4 LOADIHC a=AT#OSPHERIC SOURCE ?
334 C 19 H 2 5 a DOE NVRI FY 75
Q EYQPORATION, AIR, WATER, HYDROLDGY,
LRKES, RIVERS,
(H=OTHER 2=FhTE AND TRGNSPORT 5=METHOD DEV. & MODELING a=RTflOSPHERIC SOURCE)

339 C 22 H 9 a DOE 1NT.SQT.IMF. FY76 8,990 ICE, SBTELLITESt REROTE SENSING,
(H=OTHER S=FETHOD DEV. 8 PIODELIEC a=QTtlOSPHERIC SOURCE)
336 C 24 H 56 g DOE NWRI FY 7 5 0 ICE, RIVERS, BODELS,
(H-OTHER 5=PETHOD DEV. 8 NODELINC 6=CRITERIB g=DTHER SOURCES)
337 C 27 H 5 g DOE NVRI
0 ICE, MhVESt LQKES, NETHODOLOCY.
(H=OTHER S=flETHOD DEV. 8 NODELINC g=OTHER SOVRCES
N
3 3 8 C 27 H 5 g DOE NWRI
(H=OTHEP S=RETHOD DEV 8 NODELINC g=OTHER SOURCES
0 RETHDDDLOGY, INSTRURENTfiTIDN, CURRENTS,
ICE, RIVERS*
339 C 33 H 7 f DOE NWRI
(H=OTHER 7-F~BNRGERENT f=NON-POINT SOURCE?
0 UQVES, SHORE, NITICQTION,
343 C 11 D 2 a DOE NWRI
(D=NUTRIENTS 2=FdTE QND TRQNSPORT a=QTHOSPHERIC SOURCE)
0 SULFUR, LhKES, PRECIPI TQTIDN t SEDIHEHTS,

341 C 19 H 5 a DOE HMRI
0 EYAPORATIOH, RIVERS, WETHDCOLOGY,
TEIPERLTURE, STREWNS,
(H=OTHER S=HETHOD DEY. 8 HODELIHC _a=ATHOSPHERIC SOURCE)
342 C 28 H 7 f DOE
0 ICE, SHORE, EROSION, W ITIGBTION,
(H=OTHER 7=HRt4AGEWEHT C-NOH-PO IWT SOURCE )
343 C 32 H 2 a DOE NMPl
0 VRVES, RIR, WRTER, INTERQCTIVE EFFECTS:
TEMPERGTURE, CIRCULRTIDH, RESUSPENSIDN,
SEDIMENTS, EPILIMHION,.
(H=OTHER 2=FbTE RND TRRNSPORT a=RTPiOSPHERIC SOURCE )
10
0
. .
w 3 4 4 C 32 H S f. DOE . ' ' HMRI
(HEOTHER S=WETHOD DEV. h WODELlNC f=HOH-POINT SOURCE)
. .
0 MAVES. NELRSHORE, IODELS, DISTRI BUTIOH,
CURRENTS. OFFSHORE.
, '
349 C 12 I 9 a DOE U . MO
FY75 19,466 PARTICULATES, AIR'
(I=UHSPECIFIED 9=UHSPECIFIED ~=ATHOSPHERIC SOURCE)
346 C 12 I 3 a DOE RE .SCI CONS FY 75
3,000 RTMOSPHERIC DEPOSIT1 ON, ECOLOGY,
(I=UNSPECIFIED 3=ENVIROHHENT~L IHPRCTS a=RTHOSPHERIC SOURCE)

H 5 i DOE ICE, DOE FY 74 0 MITER BURNT1 TY, HYDROLOGY, RETHDDOLOCY,
FY 75 0 EQAPORflTION, PREClPI TRTION, RUNOFF,
FY76 0 GROUNDWBTER,
FY 77 0
(H=OTHER 5=RETHOD DEV. b RODELIHG i=SEQERRL SOURCES)
348 C 28 H 5 f DOE CRN.RES.INST. FY 75 25,000 IMSTRUBENTfiTIONe ICE,
(H=OTHER S=R€.THOD DEV. C MODELING 'C=NOW-POIH'T SOURCE>
349 C 6 J 0 a OPlOE U. WIN. FY 75 9,000 NUTRIENTS> CHLORIDES, SUSPENDED SOLIDS,
FY 76 9.300 PESTICIDES, PCB's, HEkVY RETALS,
PRECIPITATIDN, ANALYSIS*
(J=SEQERRL O=SOURCE RND LORDING o=RTBOSPHERIC GOURCE)

Appendix VII
Titles of Projects
A. CURRENT RESEARCH PROJECTS

I JC
S ER IAL
-- NUMBER
ORGANIZATION
PROJECT -
NUMBER
A. CURRFNT RESEARCH PROJECTS
PERFORM ING
ORGAN IZATION*
ERt-D
TITLE OF PROJECT -
Acute and Early Life Stage Toxicity
Testing of Priority Pollutant Chemicals
ERC -D
ERI, -0
Develop Laboratory Toxicity Data for
Field Evaluation of Criteria
International Joint Commision
ERt-D . . Correl ation of Chemical Toxicity wit*
Effect Tissue Concentrations of
Freshwater Fi shes
ERI, -0
ERL -0
ERL-D
Biological Studies on Factors Affecting
Toxi ci ty
Environmental Factors Affecting Toxicity
Generic Toxi city Method01 ogy Development
ERL-D . Pilot Study to Determine Interactive ,
Effects of Acid Precipitation and
Deposition and Release of Metals in
Aquatic Systems
009 A 0400 ERC -D Develop Improved Qsar Models for
Predi ct ing Bioaccumul ation and Toxici ty
of Chemicals
010 4 0402 ERI -D Development of GC/MS Methods for
Analysis of Chlorinated Dioxins and
Furans in Fish
. . .
011 A 0403 ERI, -D Develop Qsar for Two Classes of
Chemicals for Predicting Effects on :
Aquatic Organisms
012 A 0405 ERL -D Feasibil ity of Free Wilson Approach,
Benchmark and Pattern Recognition
Methods
013 A 0406 ERI, -0 The Joint Action of Multiple Toxicants
on the Fathead Minnow . .; . .
014 A 0409 MONT.SU. Aquatic Toxicity Testing
015 A 0410 U.WI. Chemical Residue Biomoni toring
* see Abbreviations
** A= Unitgd States Pr~jcct~ C= Canadian Projects

I JC ORGANIZATION
S ER IAL PROJECT PERFORMING
ORGAN IZATION*
NUMBER
---.-.-
016 A
U.WI.
. ,
. ,.
..... *;. ,. -,;, ..,;, . , -
, . - ... . . : .. r . ;
. . . s .. . ....
.
. I -.-. . . . . '.
.. : .
...
-- ...I. ..:..: '1. '.:TIT',E OF . PRQ JECT -. . .
...:.:
;.. .... -----
. . . . ..... .....
....

I JC
S ER IAL
NUMBER
ORGAN IZATION
PROJECT
NLIMBER
PERFORMING
ORGANIZATION*
ERL-D
Toxicity Modification by Natural
Environmental Factors
Development of the Susceptibility
Criteria/Measures for Assessing Aquatic
Resources at Risk from the Deposition
of Airborne Pollutants
Development of an EPA Great takes
Research Program P 1 an
Large Lake Research Program Development
and Implementation
Atmospheric Input of PCBs and Other
Halogenated Hydrocarbons to take Huron
Validation of Phosphorus Phytoplankton
Model
Great Lakes Data Management and Model
Maintenance
U. CAI, IF. Transport Of Contaminants in the Great
L ak es
ERI- -D/LLRS
MI. PUB.H.
Hazardous Materials Fate Models
Evaluation of Humans Exposed to
Waterborne Chemicals in the Great lakes
Changes in Zoopl ank ton Communi ties
Related to Reduction of Nutrient
Loading in Sagniaw Bay
Effects of Nutrient Loading Reduction
on Phytoplankton in Sagi riaw Bay and
Lake Huron
042 A 0612
* see Abbreviation?
CLARK. COL.
DEPAUL U.
MAN. COI-.
Bioassay Determi nation of A1 gal
Available Phosphorus in Suspended
Sediments of Great Lakes Tributaries
Polychlorinated Bi phenyls in the
Atmosphere and in lake Michigan
Mathematical Models of the Fate of
Toxic Substances in the Great lakes

I JC
S ER IAL
NUMBER-
..............
. . , ,. , ':.
. . . . . . . . .
ORGAN IZATION . . - .. .- - ._,
. , , . . .
. .
PROJECT PERFORMING
. -
. . . . . . . . . . .
NUMBER ORGAN IZATION* TITLE OF --- PROJECT.-:
. . . . . ,
. . .
0613 . . CR. 1NST.SC. Flux of organic Toxins 'end Major
Nutrients in the Great Lakes in Various
Ecosystem . Compartments:
. : :.: - . .
: .: . . :
06 14 COMP.SC. Computer Support Program
0621 ERL-D Flint River Waste Load A1 location
Research Survey .
.
.
.
....
046 A 0622 TEXAS A&M Identification of PCBs in Commercial
Mixtures and Environmental Samples .
1
047 A 0624 ERL -D Assessment of Relative Assimilative
Capacities of Lake Michigan and Erie
for Persistent Toxicants
048 A 0625 U.MINN. Effects of Toxaphene on the Planktonic
Food Chain in Lake Superior
049 A 0626 M TU An Assessment of the Pollution of Green..
Bay (Lake Michigan) with Development of
Loading Estimates for its Improvement
050 A 0627 LLRS Sodium ~ hlori de ~colo~ical Effects in'"
Great Lakes
051 A 0628 LLRS Refinement of Phosphor us Management
Options and Assessment of
Cost-Effectiveness of Phosphorus
Control Programs
052 A 0629 RES.TR IA. TNST. Determination of Polychlorinated
Biphenyls and Other Halogenated
Hydrocarbons in Human Biological Fluids
053 A 0630 1-LRS Transitional'Transport and Impact of
Toxic Substances in the Great Lakes -
St. Louis Harbor, Lake Superior
: , , ..
054 A 0631 . . ERt-D ~cos~s tern R i s!~ and ~aiard ~ssessmentto'
. . Achieve Maximum Enviror~mental Benefit
055 A 0632 ARG. NAT.1-AB Determine Relative Importance of Direct
Uptake Versus Food Chain Uptake in
Selected Great Lake Fish
056 A 0633 U.WI. Polychlorinated Biphenyls in Lake
Michigan Tributaries, Water, and
Sediment
* see Abbreviations

I JC
ORGM IZATION
S ER IAL PROJECT PERFORMING
NUMBER NUMBER ORGM IZATION* TITLE OF PROJECT -
LIM
Atmospheric Transport of Toxaphene to
Lake Michigan
058 A 0635 CR. INS7,SC. Transferral of Toxins from Sediments to
Great Lakes Biota
Lake Erie Sediment Resuspens ion and
Transport Mechanisms : Nearshore
Vertical Profiles and Flux Rates
060 A 8 U.YI. Movements of Lake Trout,iry:
Environmental and Genetic Factors
061 A 9 PRIVATE CONSUL. Nonconsun~ptive Extra-Market Values for
Great Lakes Ecosystem Rehab il i tation
062 A 10 GLF C Great Lakes Ecosys tern Rehab i 1 i tation
Studies
063 A 1 300- 834 1 0- GLFL Ecology and Limnology: Effects of Water
974- 10 Use Practices on Great Lakes Fishes
Ecology and Limnology: Nutrient Cycling
and Plankton-Benthos Productivity
065 A 1 933- 722-3 1 GLF- Ecology and Limnology: Effects of
Beach Nourishment on Nearshore Waters
of Lake Huron Adjacent to the Lexington
(Michigan) Harbor of Refuge
056 A 1 933- 722-38 GLFL Ecology and Limnology: Ecological
Effects of Breakwater Construct ion and
Channel Dredging at West Harbor, Ohio
(Western Lake Erie)
067 pI 1300- 834 10- GLF- Phys i 01 ogy and Behavior
974-69
068 A 1110-83410- GLFL Contaminant Dynamics
759-50
069 A 1110-83410- 0-FL Contaminant Toxicology
750- 70
070 A R/E-16 SUNY,COR. U. . Secondary Metabolit2s of Marine
Organ isms
* ses Abbreviati~ns

I JC
S ER IAL
-- NUMBER
ORGAN IZATION
PROJECT
NUMBER
-PERFORMING . .s....
,,; . . . .....
.> *
. .
.
.... . . .
..-.
. .: ?
.... ; :> .:.. . -r
. * . a , .
I ,.
.

I JC
S ER IAL
NUMBER
ORGANIZATION
PROJECT
-- NUMBER -
088 A A/F P- 1
PERFORMING
ORGCW IZATION*
MSU
UM
UM
UM
MSU
MSU
UM '
U.WI.
TITLE OF PROJECT -
Marine Advisory Service -
Communications
Great lakes Seminar
Examination of Spawning and Incubation
Requirements, and Reproductive Biology
gf lake Trout in Relation to
Reestabl i shment of Self -Sustaining
Stocks in the Great lakes
The-~nvesti~ation of Ocular and Neural
lesions Observed in Rainbow Trout
(Salrno Gairdneri) Foll owing Exposure to
Selected Organophosphate Esters
Lysosomal Enzyme Release as a Measure
of Stress in Fish
The Role of Mysis relecta in the
Transport o f m mhhe~ake Michigan
Ecosys tem
Transfer Mechanisms of PAHs in Great
Lakes Zooplankton
Nutrient Cycl ing and Hydrologic
Processes in Great Lakes Coastal Marshes
Influence of Lake Michigan and Fox
River Waters on the ,Water Qua1 i ty' of
Green Bay
Study of the Effect of. a Rural Clean
Water Project in the Saline Val ley
?rogram Administration and Management
A1 ternati ve Management Strategies for
Minimizing Polychlorinated Biphenyls in
Lake Michigan Fishes
U.WI. Significance of -- in situ Nutrient
Regeneration in Lake Michigan's
Nutrient Budget
102 A R/?R-23
* see Abbreviations
U.WI.
Composition and Productivity of Aquatic
Macrophyte Comniunities in Three lake
Michigan Bays

. .
. :. . _/.(
. .. ..
. .
. .....
., ..
.I ! . ..,'? . ,
I JC ORGAN IZATICIN . ..... .... ....
SERIAL PROJECT , PERFORMING .. .
-:. . ,'.
: I
NUMBER . !, :. . .
---.-
NLlMB ER
ORGAN IZATION*
--- . .
---
- - . . . . ' ' T'TTI-E OF P.R'QiJEC7
103 A R/AQ- 11 U.WI. Effects of Nutritional and
Environmental Stresses on Resistance to
Disease in'Coolwater Fishes
104 A R/GB-5 U.WI. Green Bay Subprogram Coordination
105 A R/GB-12 U.WI. Physical -Chemical Character isti cs and -
Dynamics of Green Bay
106 A R/MW-20 U.WI. An Assessment of Selected Organic
Pollutants in the Lower Fox River and
Green Bay
107 A R/MW-21 U.'dI. Methodology for Assessing Pathways of
Chemicals in the Lower FOX River/Green
Bay Aquatic System
108 A R/GB-15 U.WI. Persistence of Pollutants in the
Sediments of Lake Michigan's Green Bay
109 A R/MW-23 U.WI. Sources of Polychlorinated Biphenyls to
lake Michigan
110 A R /MW- 26 U.WI. Modification of Xenobiotic Metabol izing
Activity in Lake Michigan Fish by
I
Environmental Pol lutants
111 A !?/MW-24 U.WI. ' Role of Particulate Matter in
Control 1 ing Toxic Element Behavior in
Lake Michigan
112 A !7/MW-25 U.WI. Transport of Toxic Substances into Lake
Superior by Suspended Solids
* see Abbrevi3tions
Polychlorinated Dibenzodioxins ( PCDDs)
and Di benzofurans (PCDFs ) Persistence
and Toxicity in Freshwater Fish
Transferable Discharge Perinits:
Implementation Studies
Responses of Laice Superior Net Basin
Suppl ies and Great Lakes Water Levels
to Climate Variations
Geophysical Assessment of the Hydraill i c
Connection Between lak2 Michigan and
the Gro.undwater Aquifers on its Western
Boundary

I JC
ORGAN IZATION
S ER IAL PROJECT PERFORMING
NUMBER NUMBER - ORGAN IZATION* TITLE OF PROJECT
117 A AS/9- 3 U.WI. Earthwatch Pub1 i c Service Radio Program
Development of Remote Sensing Course
With Emphasis on the Coastal Resource
of Green Bay
Nutrients, Productivity and Water
Quality in Lake Superior: A
Mechanistic Approach to an Oligotrophic
Food Web
Microcontaminant - Air, Water,
Sediment, Biota Interactions in Lake
Super i or
Sediment Mass .Movement on the Tall ings
Fan in Lake Superior at Silver Bay,
Minnesota
Redistribgtion of Tailings Deposits in
Lake Superior by Turbidity Currents
Program Management
Program Development
Snip Time
Processes Control 1 ing the Character and
Distribution of Organic and Terrigenous
Sediment in the Western Basin of Lake
Erie
R/MR-1
R/OE-1
R/QE-3
* see Abbreviations
BGSU
OSU
BGSU
Evaluation of Sand Resources in Western
Lake Erie
Coherent Turbulent Structures in the
Benthic Boundary layer; Phase 1 : .
Development of an Ultrasonic Transducer
for Direct Prof i 1 ing of Sediment
Concentration and Grain Size
Distrib~tion
Modul ar Block Analysis
Beaches: Changes in Areal Distribution
and Size Since the Mid-1870's Along the
Ohio Shore of Lake Erie

I JC
S ER IAL
NUMBER
ORGANIZATION
PROJECT
NUMBER
PERFORMING
ORGAN IZATION*
. .
TITLE OF PROJECT
-- --
131 A
Fish Community structure', ~ovements,
and Reproduction in Controlled and
Uncontrolled Lake Erie Marshes
132 A
BGSU
Effects of Asbestos on Survival of
Invertebrates and Small: F.ish Typical :of
lake Erie Waters
133 A
, .
OSU , :
Ohio Sea Grant
ducat ion Office
Marine and Great La!ces -.Education: ..An.
Infusion'Program for Ohio Schools
Great Lakes Information Through Museum
Progr ammi . n.g
. . .
. . ..
. . . . . .
Oh io Sea Grant. Advisory Service
Development of Audio-Visual
Presentations for the Ohio Sea
Advisory Serv i ce Program
rant '
. . . .
. . . . . . .
Admin is trit ion and ~evelo~ment
Ohio Sea Grant Program
. .. . of the ';
139 A 1 NFRL
'140 A 2 . NFRL
141 A , P- 1 GI, ERL
142 A P- 2 G', ERI,
Biological Activity of Sediment from-
Five Sites in the Waukegan Boat Harbor,
Waukegan, I1 1 inois
Formulation and Registration of
lampr ici des
Water Movements and Temperature
Prediction of Surface Waves, Water
Level Fluctuations, rand Overlake Winds
1.$5 .A P-5 GL ER!.
Particle Dynamics
The Cycl ing of Toxic Organics
Ecological Success ion and Trends of
.Great ',akes..Biota . . . .
~
.... . . .
..
..l$k6.# .,
. . . .
.P-6 .... GLERL . .
4,47 .A l-7:
. ,
: . .GLERL . :
. . .
148 A P-9 GL ERI
'* see Abbr.ev i-ati on s
Eutropnica.tion and Nutrient Cycling ;
...
Hydro1 ogi c Properties
Environmental Information .Servi.ces

I JC
ORGAN ZZATIPN
S ER IA? PROJECT
NUMBER NLlMB ER --
PERFORMING
ORGN IZATICIN* - TITlE OF PROJECT
G', E R!.
Environmental Systems Studies and
Applied Modeling
Program Development
Ambient Levels of Selected Metals in
New York State Waterbodi es
US FDA
u.41. -
UM
Dioxins as Food Contaminants
Support for Great Lakes Research
An Assessment of the Qua1 ity of Water
Trace Metal Data for the Great lakes
and the Establishment of New Baseline
Data
Effect of Increasing Sodium Chloride
and Other Ions on the Phytoplankton in
Offshore Waters of Lake Michigan
USEPA,MI. DNR
ERL-D, U-MINN,
G0V.SU
IC. 1NST.TEC.
USEPA, USCG
AQ.TEC, ENV. COW.
Chemical Comp~si tion of Cake Effect
Preci pi tation
Atmospheric Deposition of Mercury in
Northern Minnesota
Calibration of Bulk Collector's Dry
Deposition Collection Efficiency
Evaluation of Hi gh-Performance
Phosphorus Control POTWs in the Great
Cakes Basin
Ecological and Public Health Impacts of
Vessel Ballast Water Discharges in the
Great takes
An Evaluation and Refinement of a
96-Hour Sediment Bioassay Procedure
Bioaccumulation of Toxic Substances
During Dredging
GI ER!.
IJM
Cake Ice
Evaluation of Three Units of the Sea
Grant Curricul um Project
* see Abbreviations

I JC
SERIAL
NUMBER
ORGAN IZATION
PRO JE CT
NUMBER
PERFORMING
ORGAN IZATION* ----
Great lakes ~~imno1ogy'~ourse
. ,
An Assessment of Great Lakes Studies
Potential Based on Use? Interest and
Priorities
Identific3tion of Current Spawning
Grounds and Predi ct ion of Poten ti a1
Spawning'~reas for Yellow Percii in
Southeastern Lake Michigan, with
Estimates of Associated ~arly Growth;
Survival and Recruitnent
168 A R/GI,F-7 MS U Renewed Use of Underutilized Species of
Great .Lakes Fish for Animal Feed
169 A
. . .
: \
R/GLF-2 MS U PCBs, DDT Compounds and Die1 drin Levels
in Carp - .
170 A R/FPA-1 . MSU Incidence and Types of Stress Induced
Diseases in Selected Fishes in the , ,
. .
. .
Great" L.akes
171 A . R/TS-13 UM Review of PCB Research in the Great,
. . .... Lakes .Area- ..
1M
UM
MS U
UM
UM
MS U
. .
. . . . . .
Contrib3tion of Surface Microlayer to
Ai r/Water Exchange of Organic Pol 1 utan ts
Uptake, Accumulation and Removal gf
Polychlorinated Hydrocarbons (PCBs) by
Great Lakes Phytopl ant ton and
Zoop 1 ant ton
Im~l'ementation of the ~oxic Substances'-
Control Act
sedimentation . . Rates in Michigan Coastal
1.1 Wbt.l'& di' . . .
Wet1 and Development Options and
Strategies and their Re1 a ti ve
Environmental Impact
Atlas of lake Michigan
U.MINN,i .- ::.:-
... ., . .. ..,
Sedimen tati'on in ~ uuth-superior l
Harbor
* see Abbreviations
. ,

I JC ORGY IZATTON
S ER IAL PROJECT PERFORPING
-- NUMBER NUMBER
ORGAN IZATIOIV*
---
180 A R/EM-1 OSU
TITLE OF PROJECT
-----.-
A Mu1 tidiscipl inary Approach to the
Study of a Regional Marine Environnent
dth Implications for Community and
Family t iving
lake Erie Storm Surge Forecasting:
Model Intercompar ison of Western Basin
Effects
The Development and Implementation of a
Curricul um. for the Study of Marine
Technology
Coastal Engineering Curriculum
Development
Cake Erie Public Information through
Radio Broadcasting
The Contrib~tion of Marshlands to the
Green Bay Pelagic Food Chain
Hydrodynamic and Water . . Quality Modying
for Lower Green Bay
Atmospheric Concentrations and
Transport of Organic Contaminants
Across the Air-Water Interface in the
Upper Great Cakes
Status Reports on Priority Pollutants
in the Great Lakes
Detection of Mutagenic and Carcinogenic
Effects of Environmental Pol 1 utants in
Aquatic Ecosys tems
Management of Great LaLes Water
!-imnol ogi cal I nves ti gations of Water
Quality and Fish Larvae in Lake Erie
Transport Properties of the Great Cakes
Seiche-Affected Ri ver Mouths
001 C 019 U ,WAT.
Effects of a Mixture of Metals on
Natural Phytoplankton Communities in
Lake Column
* see Abbreviations

I JC ORGAN IZATION
SERIAL PROJECT PERFORMING
NUMBER NUMBER ORGANIZATION*
002. c . ' , 021
GLFRB**,U.GUE. . .
003 C ' 022 '. GLFRB, -
004 C 023 GLFRB, NWRI,
005 C 024 GLFRB
. .
. .
.. . . . . . .
006 C 200 GLFRB . '
. ~.
. . i
. .
;,
:
. . . . .
.' :; 1 ,~
, _ . .%... :
. .. . .
3 .
. . . TITLE OF PROJECT . .
.. .. . .
~ffects on' Fish of ~oxic ate rials
Cl inical Methodology for the Assessment
of Fish Health
Preliminary Investigation of
Quantitative Structure-Activity
Correlations (QSAR) of Contaminants as
Methods to Predict Contaminant Toxicity
to Aquatic Biota
Effects of Organic Contaminants on
Aquatic Organisms . ,
Overhead and Support to Toxicology
Progam . .
U. TOR. Great Lakes Phytopl ant ton:
Physiological - Ecological Studies
GL F RB
Community Analysis of Lake Erie Benthos
. ... . ..
. . ;. ..
GLFRB . '.. Great Laies Contaminants Survei 11 ance
GLFRB, NWRI
GLFRB, NWRF*.
GLFRB
Phycological Studies in the St.
Lawrence Great Lakes
Nannopl ankton Dynamics in Canadian Lakes
Biological Tissue .Archive
013 C 077 GL F RB Toxic Effects of Dredge Spoils Upon
Natural Phytopl antton and Zoopl ankton
Assembl ages
014 C 099 GCFRB Long-Term Biological Index Monitoring
015 C '
. . . .
.. . .
.. , . .
. .
016 C 05 1.
. .
020 GLFRB Effects of 'Nutrient Removal on
. .
Biological -Production i,n the Bay of ., -
Quinte (Project ~uinte)
: GLFRB, DOE, OMNR Long Range Transport .of Atmospheric .
, . . . Pol 1 utan ts
017 C . . 072' . . .GLFRB ;;
. , . . LRTAP Impact of Atmospheric Pollut,ants,,
- . . . . . .. ... . on Georgi an Bay
,
018 C AR-9 YORK U. - Sate1 1 i te Images of Aerosol
Distributions over the Great Lakes
* see Abbreviations
** Formerly Lnown as Great Lakes Biol imnology Lab (GLBL)
220

I JC
SERIAL
NUMBER
ORGANIZATION
PROJECT
NUMBER
PERFORM I NG
ORGANIZATION*
TITLE OF PROJECT
OMOE
Trace Organic Contaminants
RESEARCH CONS.
Intra-Deritoneal Injection of Chemicals
in Fish
U. V. Disinfection Study -
Microbiological Aspects
LS- 12
Evaluation of Capillary GC for Routine
Fish Con tamination Mon it3ring
Development of Analytical Methodology
for Analysis of Chlorodibenzofurans and
Dioxins in Environmental Samples
024 C LS- 14 Development of High Resolution
Capi 11 ary G. C. Method01 ogy for the
Analysis of Chlorinated Industrial
Organics
026 C LS- 16
027 C LS- 18
030 C LS-31
031 C PAC- 17
032 C PC- 9
* see Abbreviations
OMOE
OM0 E
OMOE
OMOE
BEAK
High-Performance Liquid Chromatographic
Analysis of Polar Pesticides and
Metabol i tes
Use o f Automated Clean-Up System for
PCB Analysis in Fish
Automated Extraction of Water for
Analysis of Organocfilorine Pesticides
and Polychlorinated Bi phenyls
Development of a Sensitive Screening
Technique for TCDD Isomers in Complex
Matrices Using a Triple Quadrupole Mass
Spectrometer
Investigation of HC1
Digestion/Extraction of Fish Tissues
for the Analysis of PCB/OC
An In-Depth Review of . . the Entire
Chl orophyl 1 Procedure
Toxicity of Herbicides to Rainbow Trout
The Effect of Hydraul ic Characteristics
and Effluent Chlorination on the
Incidence of Microorganisms of Pub1 i c
Health Significance in Receiving Waters

I JC ORGANIZATION
SERIAL PROJECT PERFORM1 NG
NUMBER NUMBER ORGANIZATION* TITLE OF PROJECT
. . . . ....
033 C PC-1 1 OMOE
1034 C'
. . .. . . . . . .
.. .
.
. . .
PC-16
OMO E
. .
Trace org$ ics in potable Water suppi ies
Asbestos in Potable Water Suppl ies
035 C PC- 21 OMOE. Formation .of Chlorinated Organics .. ..
.! . During Disinfection of' Secondary '
Eff 1 uent
036 C PC-23 . OMOE screening for Priority' Organic
Contaminants and Heavy Metals in
.
. L Di ges ted Muni ci pal Sludges
' . .. , ' .
8 . ..
037 C PC-24 OMOE . UV Disinfection of Secondary Effluent
038 C PC- 25 CANVIRO Fate of Trace Organics .in a Wastewater
Treatment P 1 ant
039 C PC-28 AINL. ASSOC. High Level Phosphorus Removal from
Secon dary Ef f 1 uen ts
040 C PC- 29 CANVIRO An Investigation of the
Bio-Avail abil i ty Phosphorus (BAP) in
Mllni ci pal Wastewaters
041 C PC-30 REG.MUN.OTT. CAR. Kennedy-Burnett Urban 'S tormwa ter R~~noff
Treatment Study. (Part of the Rideau
River Study)
042 C PC-37 OMOE Phosphorus Removal from Secondary
Effluents
043 C PL-1 OMOE,GO.STO.LTD. Development of an Experimental Marsh
Treatment Facility at Cistowel, Ontario
044 C PL-7 ORF Characterization and Identification of
Organic Substances in Drinking Water
045 C PI,-12 . McM. U. The Measurement of Total Organic
Chlorine in Indl~strial Wastes.
046 C PL-14 U.GUE. Development of Non-Chemi cal Approaches
To Pest Control (Sterile Male Onion
Maggot Technique)
047 C : PI--20. LAKEHEAD U. Review of Literature .and Biological
. .
Testing Pr'otocol Reqllired for Mu1 ti ple
Toxicity Evaluation Pertaining to
. , , .:
. . Hazardous Organic Compounds
. .
* see Abbreviations
. .
. , L "

I JC
S ER IAC
NUMBER
ORGANIZATION
PROJECT
NUMBER
PERFORMING
ORGANIZATION*
TITLE OF PROJECT
CAKEHEAD U.
Aquatic Toxicity Studies of Mu1 ti ple
Organic Compounds
049 C WR-10
OM0 E
Tor on to ' Harbour Study
050 C WR-11
OtrlOE Nanti coke: Currents and Water Qua1 i ty
051 C WR- 13
052 C WR-22
053 C WR- 23
054 C WR-24
055 C WR- 26
056 C WR-28
057 C WR- 29
058 C WR-30
060 C WR- 34
* see Abbreviations
OM0 E
OMOE
OM0 E
OM0 E
OMOE
OMOE
OM0 E
OM0 E
CAKEHEAD U.
OM0 E
CAKEHEAD U.
Great Lakes Program
Fi 1 amen tous A1 gae Programme
Marsh1 and Project
A1 gal Assay Methods for Eva1 uating
Toxicity of Metals and Other
Contaminants in Cakes
Phosphorus Removal Studies
Organic Compounds in Sel ected Sewage
Treatment Plant Effluents and Organic
Residues in Exposed Fish Populations
Cornwall Field Study
St. Clair River Industrial Organic
Contaminants Survey
The Toxicity of selected Organics to
Fish by Intra-Peritoneal Injections
Nearshore Fish Contaminants
Survei.11 ance - Great Lakes
Aquatic Toxi city Studies of Mu1 ti p l e
Organ i c Compounds
The Biological and Chemical Eva1 uations
of Industrial Effluents and Their.
-.Receiving Waters
.Aquatic Toxicity Studies of Multiple
Organ i c .Compounds
One-Step Fecal Coliform Isolation and
Enumeration
Development of High Resolution
Capi 11 ary Col umns to Improve Current
Analytical Techniques

I JC ORGANIZATION
SERIAL PROJECT PERFORMING
NUMBER NUMBER ORGANIZATION* TITLE OF PROJECT
066 C LS-32 , . .OMOE : , . : 1nv.estigation of F1-ow Injection .-
Analysis (F IA) Sys terns and Methods
067 C PAC- 18 U.WO. Influence of Environmental Factor-s on
the Rate of Microbial Degradation of
Pesticides in Soil and Water
068 C PC-5 OM0 E A Survey of Water Qua1 i ty in
Distribution Systems
069 C PC-6 ZENON ENV. ENT. New Potable Water Treatment Method for
Trihal omethane Precursor and Synthetic
Organic Removal
070 C PC- 10 BRANTFORD P.U.C. Organic Contaminant Removal from City
of Brantford Drinking Water
071 C PC- 15 OM0 E Iron Sequestration
072 C. PC- 22 OMOE Arsenic Waste Treatability Study -
. . . Deloro . .
073 C PC- 27 OM0 E The Applicability of UV Disinfection
Techno1 ogy in Ontario Wastewater
Treatment Plants
074 C PI, - 6 INT. ENV. CONS. Biomonitoring of Public Water Supplies
075 .C PL-11 REG.MUN.OTT.CAR. Rideau River Storm Water Management
Study, Ottawa, Ontario
076 C PI,- 22 McM. U. Increased Disease Susceptibility after
PCB Exposure
077 C WR-9 OM0 E Hydrogeologic Mapping
073 C WR-12 OMOE Harni 1 ton Harbour Study
079 C WR- 14 OMOE Eva1 uation of Instream Management
Practices (Stratford-Avon River
Environmental Management Program)
080 C WR-21 OM0 E Ontario Experimental Neutralization
Study
081 C WR-25 OM0 E (1) Urban Lakes, (2) Lake ~estoration
082 C WR - 27 OM0 E Taxonomy and Ecology of Phytopl ank ton
in Lake Acidification, Neutralization
* see Abbreviations
and Eutrophication Studies
224

I JC
SERIAL
ORGANIZATION
PROJECT PERFORM I NG
NLIMBER Nll MB ER ORGANIZATION* TITLE- OF PROJECT
083 C WR-32 OM0 E The Effects of Elevated Levels of
A1 uminum and Manganese in Combination
with Low pH on Surviva1,of Early Life
Development Phases of Fish
084 C W4-33 , OMOE Factors Affecting Aluminum Toxicity to
Fish at Low pH
085 C 011 GLFRB Effects of Toxic Materials on
Zoopl ank ton Production
086 C 012 GLFRB Metal Corr~plexation and Toxicity
087 C 013 GLFRB, NWRI Methyl ation of Tin Cornpounds in the
Aquatic Environment
1NST.ARM.-FRAP.
U.OTT.
1NST.ARM.-FRAP.
Recherche de virus ent4riques humains
dans les eaux d16gout
Virological Examination of Raw and
Finished Waters in Ottawa-Hull and the
Vicinity
Evaluation virologique des eaux potables
OMOH
U.WIN.
1NST.ARM. -FRAP.
CRR I, HRS
Virological Survey of Selected ~rink'ing
Waters in Southern Ontario
Environmental Survei 11 ance of
Pathogenic Amoebae in Ontario Waters
Recherche de virus entgriques non
poliomy6litiques dans les eaux d14gouts
Plant Nutrient Losses and Water Flow
through Tile Drains in Brookston Clay
Soi 1
095 C 2 U.GUE.,LRRI Sqowmelt Studies: Control of Soil
Erosion in Hydrological ly Active
Agriculture Areas During Snowmelt and
Spring Runoff
096 C 3 UTRCA Factors Affecting the Suitability of'
On-Farm Remedi a1 Measures for Non-Point
Pollution Control in the Canadian Great
Lakes Basin
* see Abbreviations

I JC
SERIAL
NUMBER
ORGAN IZATIDN
PROJECT
NUMBER
5
PERFORMING
ORGANIZATION* .-
LRR I
CRRI,'INST.P'ED.
. .
.
:..
. .
".. ....
. . . . . . . .
. -: . . . . . .
... . .
... .. . . . .
, ..
. . . .. . . . . . . .
- - ;. : TITLE OF PROJECT
. . .
. .
. .:
Land Use; P-yactices and .Water Qua1 i:ty
Resource Protection - A Study of Soil
Erosion wit+ Particular Attention to
Ontario
.....
-. .-
....
. . ......
LRRI .. - Soil and water ana age men-t
. .
LRC
ARC
1. Studies into Chemical and Microbial
Degradation of Pesticides in Aqueous
Systems, and in Soils
2. Movement of Pesticides within Soil
to Ground Water
3. Integrated Pest Management
1. Nutrient Losses to Water Supplies
and.Accumulation in Soils; ,
2. Pollutant Transplant to Surface and
Subsurface Waters in an Integrated Farm
Operation
Toxic Elements in Acid Rain
-1ntegr:ated. Effects ,of .2,4-D on Benthic
Organisms in a Pond Ecosystem
104 C 6 LAKEHEAD U. Study of the Biodegradation of Man-Made
Environmental Toxicants by Aquatic
Fungi, Bacteria and Freshwater Algae
105 C 7 LAVAC U. Origin of 16dine-131 in the St.
Lawrence River and its Tributaries
, ,
, .
- . . .
. . . .
. .
1'06 ... Ci . . 8 MCGI~L. U. . '~eni t'rif icat ion and ~el'hted ~rocesses
in Aquatic Systems
107 C 9 McM. U. Determination of Sediment and Pol lutant
Flux for the City of Hamilton, and
Strateg.ies for Minimizing Impacts on
the Receiving Waters
108 C 12 . U.QLIE. Paleolimnological Indices of Lake Water
Acidification
109. C. 113,: Q.UE.U.. - .- . sediment-~e:l:a.ted Contami nant.Transport:
. . . ...
in River Systems
,
. . . .
11.0, c 15- U .TOR.: Behaviour. Prediction. of Aquatic
Pollutants
.,, :. .. ,: . ....... - . . . . .
. . .
<
* see Abbre.v:i at ions

I JC
SERIAL
NUMBER
ORGANIZATION
PROJECT
NUMBER
PERFORMING
ORGANIZATION*
TITLE OF PROJECT
Transport 'of Hazardous Organic Solutes
and Metals in Ground Waters at a
Special Waste Disposal Site
McM. U.
Geochemical Processes, Emphasizing
Protons, Relative to Time Trends of
Water Quality in Softwater Systems
Studies elated to Environmental
Tetraal kyl lead Synthesis
Assessment of the Anisotropic
Characteristics of a Fractured Porous
Aquifer to Determine Potential
Contaminant Migration Pathways
YORK U.
The Use of Hypolimnetic Aeration to
Restore Kettle Lakes 'that have been
Degraded by Agricultural Runoff
GLFRB
Persistent Cont ami nants
GLFRB
Effects of pH on Lead Methylation
GLFRB
Contaminant and Nutrient Dynamics in
Experimental Ecosystems
GLFRB,NWRI
Effects of Zinc on Freshwater Algae
NHW
Dioxins as Food Contaminants
NWRI
SpawninglNursery Ground Surveys
NWRI
Sediment/Water Interaction
NWRI
Prediction of Contami nant Hazard b y QSAR
NWRI
Characterization of Individual Toxic
PCB Compounds in Sediments from the
Upper and Lower Niagara River and
Adjacent Lake Ontario , . .
NWRI
Calculations of Molecular Properties
for SAR
* see Abbreviations

I JC
SERIAL
NUMBER
126 C
127 C
128 C
129 C
ORGAN I ZRTION
PROJECT
NUMBER
212 NWRI
213 NWRI
216 NWRI
2 1.8 NWRI
. .
PERFORMING
ORGANIZATION*
NWRI
NWRI . '
NWRI
NWRI
NWRI
NWRI
NWRI ,GLFRB
NWRI
- .
TITLE OF PROJECT
0rgani:c' Contaminant Sources and Sinks
in Niagara R. and L. Ontario
Chlorinated Hydrocarbons in Sediments
. : . : :'.
and Biota .of the Great-.I-akes
Chemistry of Chlorinated Hydrocarbons
at the Air/Water Interface
Bioavailability of Organic Contaminants
in Sediments
Organoehlori ne Contami nants in Surface
Microlayers of the Niagara R.
Role of Suspended Solids in Benthos
Uptake of Organics, Niagara R. Mouth
. .
Sediment-Water Partitioning of Toxic
Organic Substances
Chernic.a-1 .Speciation and. Bioavai labi.1 i ty
of Toxic Elements
. .
Heavy Metal Methyl ati on Processes in
the Aq1~at'i.c Environment
Fate of Organotins in Aquatic Systems
. .
Heavy Metal Chemodynamics in the
Niagara River and Plume
Trends i'n Radioacti ve5 Contami nants in
the Great Cakes
Radium-226 Pathways - Port Gr.anby W'aste
Management Site to Lake Ontario '' ;:
NWRI Radionuclide Pathways. in the Niagara R.
and I-. Ontario
143 C 353
* see Abbreviations
NWRI
NWRI
NWRI
NWRI
Persistent Toxic Substances in Urban
Runoff (GLWQA 1978)
Effects of Urban Land Use on Runoff
Shore1 ine Dredge Disposal Sites
Persistent Toxic Substances in Urban
Runoff

I JC
SERIAL
NUMBER
ORGANIZATION
PROJECT
NUMBER
PERFORM1 NG
ORGANIZATION*
TITLE OF PROJECT
NWRI
Biogeochemical Processes in Great Lakes
Sediments - Paleoenvironment
NWRI
Cake Erie Historical Oxygen and
Phosphorus Trend Analysis
NWRI
NWRI
Sedimentation Rates and Nutrient
Processes in bake Ontario, 1981
Cake Erie; Past, Present and Future
NWRI
Benthic Invertebrates as Indicators of
Envi ronmental Change
NWRI
Production, Decomposition and
Sedimentation in Cake Ontario
Organic Materi a1 Product ion and
Decomposition (1-ake Erie)
NWRI
The Nepheloid Layer in Cake Ontario
NWRI
Bioavailability of Phosphorus
NWRI
Bioavai labi 1 ity of Phosphorus in Lake
Water
NWRI
Nutrient Exchange Processes in
Macrophyte Cakes
NWRI
Cladophora in the Great Cakes
NWRI
Cake Ontario Nutrient Assessment Study
(LONAS)
NWRI
Sediment Bank - Great Cakes
NWRI
lake Erie Surveillance Continuity
NWRI
Operational Water Quality and
Contaminant Transport Models
NWRI
Coastal Exchange Dynamics
NWRI
Simulation of Toxic Contarninants Fate
in Cake Ontar.io
NWRI
Statistical Analysis of Surveil lance
Data
* see Abbreviations

I JC ORGANIZATION
SERIAL PROJECT PERFORMING
NLIMBER NUMBER ORGANIZATION*
163 C 506 NWR I
164 C 5 08 NWRI
165 C 5 09 NWRI
TITLE OF PROJECT .
Coastal Exchaiige/Transport"Model . 1
Vertical ly Prof i 1 ing Current Meter and
Temperature Sensor (GVAPS)
Water Movements in the Central Basin of
Lake Erie, Phase I11
Lake Ontario Physical 1-imnology Studies
Assessment of' the present *Survei 11 ance'" '
Program and Future Strategy
168 C :540 ' NWRI
169 C 541 'NWRI
Spectro-Opt ical Modeling -and
Applications to Water Research
Pollutant Transport Through Porous Media
Water Quality Data Base Administration
171 C ,573-574 . IUWRI
172 C 576- NWRI
173 C 599- . NWRI
174 C 614 NWRI
NWRI
. .
. .
1. NWRI Branch Research Support - Data
Management
2. Non-NWRI Branch Research
Programming Support
General Purpose Three Dimensional
Graphics Software Development
APSD - Capital . . Procurement
To Provide Confirmation and
Identification of Priority Pollutants
in the Great Lakes Basin by HRGC/MS
Methods Development and Identification
of Persistent Contaminants in the Great
Lakes Basin
'NWRI . .
. . .
. .
'NWR I
, .
'NWRI
Dioxins and Benzof urans Methodology
Microbi a1 Testing for Mutagens
B,acteriola,gical Water ~ua1 ity
Survei 11 ance cower Lakes
7.79 .C . . -653
I JC Qua1 i't y Assurance 'Study
* see 'Abbr.ev'i at ions

:.,.. ^ .
, . ., ,
!.;.iL:.. ... :
I JC ORGAN I ZATION
. . .
....< * . .. . ..
SERIAL PROJECT PERFORMING ... ..::. . . ... - .
,
. . .:.
, I I:.
. ...
.. ..
NllMBER NLIMBER: : ORGAN I ZATI ON* . : :-. :‘: i ': .. , ". ..:::-
- . . TITI-E OF.:PROJECT
. ~
NWRI
EHC :
EHC
EHC
EHC
Computer Services for Water Management
Research
Drinking Water . - :
Environmental Criteria
. - . .
. .
Predictive Toxicology
Occupational Toxicology
. .
Environmental ~eal th '
Surveys
Pesticides
187 C 28 EHC Long Range Transport of Air Pollutants
. . .
188- C 029/0 1 WTC,ACB - Biological N-Removal - Industrial Wastes
WTC
Treatment of Aqueous Wastes from Coal
Gasification and Coal Liquefaction
Processes
'1-90 C '
' 81-2.4/04
- U.BC Characterization and Treatment of
Landf i 11 leachate
. . ... .
191 C 81 -.20/05 .WTC ,CANVIRO ~ioavai 1 able ~hos~horus in ~unici~ai
Wastewaters
. . :
192 C 79-27/06/07 WTC ,CANVIRO Anaerobic Treatment of High Strength
Wastes
193 C 09 WTC,GO.STO.!,TD. Dynamic .Operation of Anaerobic Packed
Bed Reactors (APBR)
194 C 08 WTC Assessment of Anaerobic Downflow
Biofilm Reactors for Food Processing
Wastes
195 C 80- 1.1 /lo . :RPF.,'CANVI:RO Thermophilic Anaerobjc Fermentat.ion of
Feed Lot Wastes
41.96 E ,7s-'gj]1 I-EC
. .
. . .
...
'~.i x4ng Requi rements for Anaerobic
Digesters
.1-97C ; i08.211.3 . 'WT~ .. . . Process ~on$rol of the Activated $l!hlge
System
- 11.98 C: .. 11.8 . . u...B~ . :: Control ':.o'f B,iologjc.al P,hosphorus
Removal ;Processes
.
. .
* see

I JC
SERIAL
ORGANIZATION
PROJECT PERFORMING
NUMBER NLIMBER ORGANIZATION*
. .
TITLE OF. PROJECT
199 C 80-1 2/12 WTC Design Variables and Operating
Strategies for Secondary Clarification
200 C 80- 14/34 WTC Toxics Indentification and Mobility in
Sludges (TIMIS)
201 C 80-1 5/35 WTC Process Evaluation of Computer Aided
Designs (PECAD)
202 C 036A/36 WTC Mechanisms Affecting Chemical
Conditioning of Sewage Sludges
203 C 038/38 WTC . Leachabi 1 ity of Radioactive
Constituents from Uranium Mine Tailings
204 C 39 WTC,DEARBORN Power Generation - Characterization and
Disposal Options for FGD Residues
WTC
206 C 81 -2/42 WTC
207 C 81 -3/43 WTC
208 C 81 -4/44 WTC
Power Generation: Characterization and
Disposal Options for FBC Residues
Power Generation: Contami nant Uptake
in Recirculating Ash Transport Systems
Environmental Impact of Raw Sewage
Sludge Incorporation into Agricultural
Soi 1
Toxics Immobilization in Sludges by
Sol idif ication (TISS)
209 C 81 -5/45 WTC, DEARBORN Cost Effective Toxics Control via
Incinerat ion
210 C 81 -6/46 WTC
211 C 81 -7/47 WTC
212 C 81 -8/48 WTC , CANU I RO
Application of Sludge Treatment and
Uti lization Technology
Fate of Trace Organics in Sludge
Applied to Land . .
Effect of Sludge Conditioning/
Processing on Toxic Mobility
213 'C 16 WTC Assessment of Energy Saving by
Manipulation of Aeration Control
Variables
214 C 069/69 WTC P/C Removal of Radium-226
* see Abbreviations

I JC
ORGAN I ZATION
SERIAL PROJECT PERFORMI NG
NUMBER NUMBER ORGAN I ZATI ON*
TITLE OF PROJECT
WTC Uranium Mine Eff,luent Treatment., :.
Technologies
WTC
WTC ,MUC
WTC
WTC
WTC
Removal of Collodial Solids from Iron
Mine Effluents
Physical /Chemical Process Development
Studies-Montreal Urban Community (MUC)
Disinfection of. Municipal Eff 1 uents
Coal Mine/Prep Plant - Wastewater
Studies
Uranium Mine Effluent Treatment
Technologies - Regulation Development
221 C . 80 . . WTC Uranium- Mine Effluent. Treatment - ,
Technologies-Scale-Up of a Radium-226
Removal Process
222 C 060/81 WTC,CANVIRO,KPA Gold Mining Industry
223 C 80- 10/37 WTC Sludge i cat ion Case Histories
224C . , 17 : WTC Development of Protocols to Evaluate
the Integrity of On1 ine Instrumentation
in Wastewater Treatment Plants
225 C 81 -9/49 WTC,DEARBORN PCP Control Technology
Water Pollution Control Technology.for
Power Generation Faci 1 ities
227 C 79-5/72 WTC , ZENON Specific Contami nants Removal
Technologies for Industrial Effluents
- WTC ~iolo~ical Oxidation of Thiosalts .-
Brunswick Mining & Smelting
229 C 034CE WTC , Disposal of Chemical Sludges on Land:
1-ysimeter Studies
230 C 78 -.7 WTC , MOL SON ' S Deep Shaft Process Performance
. . .
23i c 81 -21 /03 WTC
Eva1 uation
. , '
. .
Fate.of ~oxic chemicals in ~iolo~ical
Treatment Systems
* see Abbreviations

I JC ORGANIZATION
SERIAL PROJECT PERFORMING
NUMBER NUMBER ORGAN I
. .
. . . .
.:. ... - .
- ...-. ., . I.'
, ':..
. . c .. .
( .
ZATI ON* ':.- . - -.
. . .
. .
.. . ,.
. . . . TITLE 0F:PROJECT
232 C 81 -23/15 WTC Appl i cat'i"on of Automated Process
Control to Wastewater Treatment Systems
233 C " 81 -32/-75 WTC,
. . .
Process 'Control arid': Upgrading of - -..
Effluent Filtration Operations
. . . .
WTC
~reatment of Bl'ast Furnaces Scrubbe:r:
Water
235 C 81 -36/77 WTC Treatment of "Wet Barker" Effluents
OMNR
OMNR
OMNR
OMNR
OMNR
OMN R
GCFRB . .
. .
. . .
. .
. ..
Bay of ~Quinte Program
Bay of Quinte - Special Monitoring
Acid Rain Study
Productivity of Boreal Forest Cakes
Age and Growth in Acid Stressed
Environments
In Vitro Studies of Acid impacts on ' ~
and Growth of ~ i s h - .
Effects- of Dredge Spoi'ls on Natural.
Phytoplankton
Zooplankton - Georgian Bay and Cake
. ,
Huron .:
. .
GCFRB
. .
Larval Wal leye -Survey, Bay of Quinte
GCFRB
Metabolism and Contaminant Dynamics in
Cake Ontario Pontoporeia
GI-FRB
Reproductive Success of Fish from Areas
of the Niagara and Saginaw Rivers
Receiving Chemical Contami nation
249 C - . 042 .. ,
. .+
. .
. .
GI-FRB Fish Heai th Assessment, Effects
Monitoriqg
.. .
GLFRB '. .~eproduction in Great Lakes Lake Trout
. ..
GLF RB , NWR I
. ..
. Assessment of Dredge.Spoi1 Evaluation
Technique
,.... . . . .
250 C 006 GLF RB Community Analysis of Great Cakes
Benthic Fauna
* see Abbreviations

I JC ORGANIZATION
SERIAL PROJECT .
NUMBER NUMBER
PERFORMING
ORGAN I ZATI ON*
GLFRB , . .
GLFRB,GLFC
GLFRB
ONT.H.
0NT.H.
ONT. H.
0NT.H.
0NT.H.
0NT.H.
ONT. H.
TITLE OF PROJECT
- -
Joint Research - SSM and Others ,. ..,.
Adaptive Environmental Assessment :. :. ..
Workshops
Production of Phytoplankton and
Invertebrates in South Bay, Lake Huron
(formerly Benthic Macroinvertebrate
Production. Dynamics)
Lakeview TGS Mobile Monitoring
Chlorine Plume Anal ysi s
Aerosol and precipitation Monitoring
Nanticoke TGS Tempering Elimination
Submerged Intake Screening
Discharge Attached Algae
Condenser Passage Ichthyoplankton
Mortal i ty
Ash Test Cell at A.E.
Crookes Park
Ash and Coal Pile Runoff
Heavy Metal Emmissions
Trace Organic and Radiation Emissions
Leachates from the J-C.
I, agoon
Keith TGS Ash
Acid Rain Effects
Social and Economic Effects of
Emmissions
Long Range Transport Modeling
Acid Rain Deposition Modeling
Dioxin Studies
Intermittent Emission Cont,rols
* see Abbreviations

I JC ORGANIZATION
SERIAL PROJECT PERFORM1 NG
NUMBER NUMBER ORGANIZATION* TITLE OF PROJECT
Once-through Cool i ng Studies
Thermal Plume Studies in the Vicinity
of Bruce Nuclear Power Development for
Certificate of Approval to Discharge
Waste Cooling Water from Bruce NGS 'B'
into Lake Huron
Verification of the BHWP Limited Use
Zone (IUZ) for Hydrogen Sul phide (H2S)
* see Abbreviations
. .

I JC
SERIAL
NUMBER
PAGE NO.
B. HISTORICAL RESEARCH PROJECTS
IN 1976 PERFORMING
DIRECTORY ORGANIZATION* TITLE OF PROJECT
49 ACE Great Lakes Inlet Studies
-
52 - ACE,NOAA Lake Level Forecasting & Regulation.
54 ACE, NOAA Evaluation and Testing of Profile
Response Model
59 ACE Near Real Time Acquisition of Water
Quality Data in the Great Lakes Region
82 U.WI. Environmental Inventory of the tower
St. Louis River Covering Proposed
Improvements to the Duluth-Superior
Harbor, Minnesota and Wisconsin
006 A 198 U.TEX. Refinement of Current Disposal Criteria
and Bioassay Procedures for Criteria Use
007 A 231 ACE ,USEPA Lake Erie Wastewater Management Study
008 A 297 ACE Inner Continental Shelf Sediment
Studies Program
009 A 313 U.WI. Envi ronment a1 Assessment Report On
In-Lake Disposal of Dredged Material in
Lake Superior
010 A 314 ACE ,SUCB Impact of Dredged Material Disposal on
Aquatic Ecosystems, Lake Erie,
Ashtabula, Ohio
ACE
Investigation of Water Quality and
Physical-Chemical Sediment Parameters
at the Ashtabula Harbor Disposal Site
012 A 315 SUCB Ashtabula (Ohio) Field Study,
Investigation of Planktonic Communities
Benthic Assembl ages, and the Fi shery
Associated with the Ashtabula Harbor
Disposal Site
013 A 31 5 ACE Monitoring of Diked Disposal Area
014 A 31 6 ACE Monitoring of Diked Disposal Area
015 A 318 IND.BIO.T.LAB Investigation of the Hydraulic .Regime
and the Physical Nature of Bottom
Sedimentation Associated with the
* see Abbreviations
Ashtabul a Harbor.,Disposal Site .

PAGE NO.
i~ 1976
D1,RECTORY
PERFORMING
ORGANIZATION*
MTU ,
MTU
. .
.. ,
. .
TITLE OF:.PROJECT
. . . .
. .. : . .
, . .
. .
~'~evelo~ment of Pr5ocedures for selecting
and Designing Reusable Dredged Material
Disposal Sites . .
Detailed Project Report for Shoreline
Erosion Mitigation
Detai led Project Report of Shoreline -
Presque Isle Harbor, Michigan Erosion
Mitigation
Detai led Information Reports dn Erosion
Problems
Investigation of Planktonic
Communities, Benthic Assemblages and
Fisheries Associated with the Ashtabula
Harbor-Disposal Site.
021 A 37 GLERL Circulations in a Lake
022 A 37 W.H.OCEAN.INST. Coastal Circulation in the Great Lakes
GL E RL A. Lake Scale General Circulation Model
0. Limited Area Meso-Scale Model in
the Lake
GLERL,CCIW
lake Ontario Water Movements Scientific
Report
GLERL . Currents and Oscillatory Flows in
Southern Lake Michigan
GL E R!.
GL E RL
Oscillations of Lake Huron
Great Lake Beginni ng-Of-Month Levels
. .
028 A 53 GI, ERL Water L-evels and Flow Simulation
029 A 59 GLERL ,USEPA International Field Year for the Great
Lakes
030 A 65 GLERI, , NOAA Chemical-Physical Variability in
Southern Lake Michigan
031 A 89 GL E R!. Characteristics of Oswego River Plume
032 A 1 09 GL E RL Analysis of IFYGL Oxygen Profiles
* see Abbreviations

I JC PAGE NO. . .;. .. . . .
. . ..: .
._. '!
SERIAL IN 1976 PERFORM1 NG
. ....
NUMBER DIRECTORY' ORGANIZATION* . - . . . TITLE dF !PR~JECT -.
.. . ,
033 A 48 U.WI. Electromagnetic Measurements of Haybor
. .
Flushing
034 A 48 U.WI. Mechanisms and Scales of Exchanges
Between Urban-Indust ri a1 Harbor Systems
and Coastal and Offshore Waters
035 A 162 U.WI. ,WIEPC Remote Sensing in the Coastal Zone of
Lake Michigan
036 A 170 U.WI. Power Plant Siting in the Coastal
Zone: Interactive Gaming as an Aid To
. . Citizen. Participation in Siting,
Decisions
037 A 185 U.WI. Surface Microlayer - Microcontaminant
Interactions in Lake Michigan
038 A 188 U.WI. Identification, Distribution and
Transport of Halogenated Organic
Microcontaminants in Southern Lake
Michigan
039 A 190 U.WI. Accumul at ion, Transport and Fate of
Persistent Pesticides in Lake Michigan
Food Chains
040 A 1 94 U. WI. DDE and PCBs in a Green Bay Ecosystenl
041 A 195 U.WI. The,Effects of PCBs and Other
Chlorinated Hydrocarbons on the Early
Development of Great Lakes Fishes
042 A 196 U.WI. Responses of Primates to
Polychlorinated Biphenyls
U.WI.
Dioxin Involvement in Chemical Toxicity
of Pulp and Paper Mill Bleachery
Effluent
U.WI. .. Re'sponse of primates To 2,3,7,8 -
Tetrachlorodibenzo-p-Dioxin
046 A 3 29
* see Abbreviations
U.WI.
SUCB ,ACE
Trace Metal Transport and ~istr-i bet ion
in the River Mouth and Associated
Nearshore Lake Mic.higan Areas for the
Milwaukee and Fox Rivers
Erosion-Deposi tion Balance, Great Lakes
Shore1 ine, New York State

,,
I JC PAGE NO. .;.~':. . . .
SERIAL IN 1976 PERFORMING
.: ::. ;;.:. :.: t .: , *>. ., , . .'I
.. z .
-. ,
, ..
:-- ' . .
ORGANIZATION* ':,::I" : ':' ' :' ' . 7
. . . ,
NUMBER - DIRECTORY . . .
. ... .. .: TITI-E.~ PROJECT
.. .. .. . . . ., ,..
. ~
. . .
New York Sea Grant Advisory Service .
Mechanics of Coastal Slumps in the
Great Lakes
An Investigation of the Deep-Liviug
Phytoplankton of Lake Michigan
The Ecology of Mysis Relicta (Loven') In
Lake Michigan with Emphasis on
Population Dynamics and Abundance
Influence of Turbidity on Abundance of
Lake Herring, Coregonus Artedii
(Cesueur) in Western Cake Superior
Phosphorus Removal in the Wisconsin
Lake Michigan Watershed: Policy
Implications
Monitoring and Treating Wastewater from
Food Fish Production
054 A 299 U.WI. Western Lake Michigan Sand and Gravel
Assessment
055 A 324 U.WI.,WIDNR Computerized Shoreline Mapping from
Aerial Photography
056 A 327 U.WI. Shoreline Erosion in Lake Michigan -
Rock Island to the Wisconsin-Illinois
State ',ine
057 A 434 U.WI. ,WIDNR Some Environmental Requirements of
Juvenile Whitefish of Northern Lake
Michigan
058 A 435 U.WI. Application of Fish Growth Model
059 A 443 U.WI .,WIDNR Propogation of Perch and Walleye Pike
Throughout the Year
060 A 443 U.WI. ,WIDNR Raising Yellow Perch and Walleye Pike
for Human Food Use
061 A 462 , U.WI. Species Conipos i t ion, Abundance and
Stability of the Coastal Plant
Communities along Western Lake Michigan
* see Abbreviations
- r
i '

I JC
PAGE NO.
SERIAL IN 1976 PERFORMING
NUMBER DIRECTOqY
P
ORGANIZATION* TITt-E OF PROJECT
062 A 474 U.WI.,U.ALB. Water Management Institutions:
Conceptual Problems and Practical
Appl ications
063 A 475 U. WI. An Investigation of a Cadastre (!-and
Interest Information System) for the
Coastal Zone
064 A 480 U.WI. Socio-Economic Problems of the Great
Lakes Transportation System
065 A 481 U.WI. Alternate Transportation Planning
Policies for the Apostle Islands
National Cakeshore Region
066 A 41 U.WI. ,NWRI** Whole-Basin Internal Osci 1 lations of
Lake Ontario
067 A 45 U.WI. Cake Ontario Temperature Transects
Continuously Repeated
068 A 46 SUNY,EV.HAM.INC. Reanalysis of the Great Lakes Drogue
Studies Data
069 A 61 USU ,SUNY Coordination of Data Collection, Data
Storage, and Data Retrieval Programs
for the Great Cakes (U.S.)
070 A 195 MED.COL.WI. Elimination and Metabolism of PCBs by
Lake Michigan Salmonids
071 A 205 MED.COI-.MI. Biotransformation and Disposition of
Great Lakes Microcontaminants in
Salmonids
072 A 388 UM,USEPA Phytoplankton lAssociations in Lake
Ontario
073 A 70 OSU Ecological Processes and Components of
a Freshwater Estuary
074 A 109 GCERL Inorganic Carbon Dynamics
075 A 140 GI, E R!. Great Lakes Total Phosphorus Model
076 A 40 GIERL ,NWRI Cake Huron Winter Current Study
077 A 4 6 1M Trans-Boundary Movement of Pol 1 utants
* see Abbreviations
** Formerly known as Canada Centre for Inland Waters Branch (CCIW)

I JC
PAGE NO.
SERIAL IN 1976 PERFORMING
NLIMBER DIRECTORY ORGANIZATION*
CR,. I NST. SC.
GL BC. . .
. . .
OSU, NASA,CWR.U.
UM'
NASA
U.WI.
TITI-E OF' PROJECT
!Jpper I, akes Reference Study
Mathematical Modeling of Sagi naw Bay
Identification and Evaluation of
Existing-River Mouth Loading Data' .
Impact of Tributary Inputs on the
Qual ity of Great Lakes Boundary Waters
Optimal Sampling Strategies for Water
Qual i t y in t arge I-akes
NASA/EPA Great Lakes Basin Program
Ion Exchange Membranes Applied to New
~ethods of Sampling, Enrichment, .and
Specification in Water Analysis
. .
.
Characte'ristics of Benthic Algal
Communities in the Upper Great Lakes
. .
'B iol,og.ical Responses to ~utroph icat i-on
in Saginaw Bay and Lake Huron
Plankton and Nutrient Relationships in
Southern Lake Huron
Use of Nutrient ~ioassa~ Procedures in
. .
the Great Lakes
089 A 146 SUCB,ACE,OSU Lake .Erie Nutrient contkol
.. . ;Program-Eastern Basin
090 A 149 U.WI. Non-Point Pollution in Relation to
Eutrophication and Oxygen Deplet i.on, .
091 A 150 U.WI. Effects of Lake Restoration Methods on
Nitrogen Availability . .
092 A 150 U.MINN. Biomanipulation - An Ecosystem to Lake
Restorat ion
093 A 150 PHIl,.AC.NAT.SC. Nitrilotriacetic Acid and
Micronutrients/Aquatic Stream
Cornmun i t i es
094 A 158 U.MINN. Water Temperature Studies at the
Monticello Field Station
' -1
* see Abbreviations
.

I JC
SERIAL
PAGE NO.
IN 1976
NUMBER DIRECTORY
PERFORM1 NG
ORGAN I ZATI ON* TITLE OF PROJECT
Winter Distribution of Fish in the
Thermal Plumes of a Power Plant
Mass Transport of Biological Materials
Through a Once-Through Cooling System
Field Verification Industrial Hazardous
Material Migration
Dispersion and Fate of Hazardous
Materials in Large Lakes
Investigation of the Metabolism of
Chlorinated Hydrocarbons
Toxicity, Interactions, and Metabolism
of Important Pesticides
Mechanisms of Pesticide Degradation
laboratory ..Eva1 uat ion of Thermal
Decomposition of Pesticides
SYR.U.
OSU
Monitoring of Polynuclear Aromatic
Hydrocarbons in Selected U.S. Waters
Effects of Different Forms of Selenium
in Drinking Water on Selected Organisms
Health Effects of Human.Exposure to
Barium in Drinking Water
Effect of Cyanide on Freshwater Fish
and Invertebrates
Continuous Flow Bioassays Using Natural
Periphyton Communities with Emphasis on
the Effects of Coal leachate
Small Scale Waste Management
Experimental Use of Emergent Vegetation
for the Biological Treatment
Nitrification Studies
Study of the Ion Exchange Process for
Nitrate Removal from Water
* see Abbreviations

I JC
PAGE NO.
I... :
SERIAL IN 1976 PERFORMING
.::
.,:; ,.,... . .
. :., .
IVUMBER DIRECTORY ORGANIZATION* .,. . . - TIT!,E OF rP:ROJECT
.: .:. .. .
,
2.
... , .~ .
...
. . ..
. . . -
..
Virus ~ensi tivity to chlorine
Di sinf'kct ion of Water S.~ippl ies
404 MIAMI U.
4'31 U.. W I. ,ERL-D
Evaluation of Sensitivity of
Cladoce'rans to Copper, -C-hromium, and
Zinc
Influence of Turbidity on Fish
Abundance in Western Lake Superior
Characteristics of Benthic Algal .
Communities in the Upper Great Lakes
Static. Coal Storage, Biologic and
Chemical Effects on the Aquatic
Environment
.
Red Clay Turbidity in Western Cake
Superior
118 A 333 GLBC,ACE,USSCS Overview Determination of Pollutant
Loadings from Shoreline Erosion
119 A 340 U.WI. Role of Plant Roots in Retarding Red
Clay Erosion
120 A 341 U.WI. Effect of Vegetation Cover on Soil
Water Content of Red Clay Soils and
Erosion Control
121 A 341 U.WI. Vegetational Cover Ana-lysis
122 A 34.2 U.WI. ,USEPA Influence of Erosion Control
Demonstration on Aquatic life in the
Nemadji River Basin
123 A 345 U .MI. ,USSCS,USGSf Development and Implementat ion of a
Sediment Control Ordinance or Other
Regulatory Mechanism: Institutional
Arrangements Necessary for
Implementation of Control Methodology
on Urban and Rural Lands
124 A 352 OSU. Maumee River Watershed Study - Ohio
125 A 353 U.WI .-WIDNR Menomonee River Pilot Watershed Study
126 A 353 NY SDEC Genesee River Watershed Study
* see Abbreviations

I JC
SERIAL
NUMBER
PAGE NO.
IIV 1975
DIRECTORY .
PERFORMING
ORGANIZATION* -:.... - 1.:.
MSU, I JC
. .
_ ,.. .
,. -. . .
,. ,
: , ,. .: -
... 5 .
: .TITLE OF PROJECT
. .... .. .
.Felton-Herron Creek, M i l l Creek Pilot
Watershed Studies
. .
MS U
MSU
USEPA
U.DET.
PUR.U.
CHI .MED .SCH.
Nitrate and Phosphorus Runoff Losses
from a Watershed in the Great lakes
Pesticide Runoff Losses from a
.Watershed .in the Great Lakes Basin.
Review of --Waterborne.Di sease Outbreaks
. .
Study of Indicator Group of Bacteria
for Detection of Human Fecal Coliforms
Freshwater Qua1 i ty - Monitoring and
Methodologies Utilizing Salmonella
Methodology for Detection of Oncogenic
and Nononcogenic Viruses
134 A 383 %
SYR.U.
Development of Methods for' Quant itation
. .
. . .. of, Adsorbed Viruses
, . . .
Infectivity and Pathogenicity of
Enteroviruses Ingested with Drinking
Water
Cladophora Measurements usiqg Remote
.Sensi ng
Nutrition. of Great Lakes Cl adophora
Biological Response to Eutrophication
in Saginaw Bay and Cake Huron
Zooplankton and Water Quality in
Southern Lake Huron
zooplankton Studies in Saginaw Bay,
Lake Huron
142 A 139
LLRS , I JC
MAN .COL . , NWRI
Chemical Limnology of Lake Huron
Application and Development of
Eutrophication Planning Models for
Lakes Ontario and Michigan
-
* see Abbrevi at i ons

I JC
SERIAL
PAGE NO,
IN 1976 PERFORMING
NUMBER DIRECTORY ORGAN I ZATI ON* . ,TITI-E OF PROJECT
143 A 140 MAN .COL. ,NWRI Mathematical Models of Water Qua1 i ty in
Large Lakes
144 A. ' 145 OSU Lake Erie Nutrient Control Program; An
Assessment of its Effectiveness in '
Control 1 ing Lake Eutrophication
145 A 165 OSU,MSU,MJ.DNR Fish Larvae Survey of Western Lake Erie
146 A 183 ERL - D Development of Water Quality Criteria
for Freshwater Fish, Other Freshwater
life, and Wildlife
147 A 188 ERL-D Ecological Distribution of Persistent
Xenobiotic Contaminants
148 A 248 ERC-D The Environmental Impact of
Disinfecting Municipal Effluents and
Ecological Distribution of Contaminants
And Bioconcentration
149 A . 248 ERL-D,U.MINN. chlorination and 0zinition ~roducts of
. . ., .
Municipal Sewage and Their
. .
Envi ronmen t a1 Impact .
. .
150 A 156 GLFL ,G!,FC Section - Ecology and bimnology
. ,
Project-Effects of Water-Use Projects
151 A 186 GLFL,GLFC,IJC Contaminant Dynamics
152 A- 187 - GLFL Contaminant Toxicology
153 A 204 NF RL Development of Piscicides and
Collecting Tools for Fishery Use
1$4A '
- 205
- NFRI,,GLFC Development of L ampr i c i des
155 444 FWS Sea Lamprey Control, Great Lakes
156 A 391 GI- FL Nutrient Cycling and Plankton
Productivity
157 A 451 GLFI- ,ACE Section - Ecology and Limnology
Project- Effects of.Waste Heat for Ice
Suppression
158 A A23 Gl Fi, , GLFC lake Erie Fish Stocks
* see Abbreviations . .

I JC
SERIAL
PAGE NO.
IN 1976 PERFORMING
NUMBER DIRECTORY ORGANIZATION* TITLE OF PROJECT
159 A 425 GL FL ,.GL F c Lake Ontario Fish Stocks
160 A 432 GLFL ,GLFC,MI. DNR Physiology and Behaviour
161 A 450 GLFL ,ACE Section Ecology and Limnology
Project - Benthos as Indicators of
Habitat Quality
162 A, 117 GLERL ,LLRS, IFYGL Chemical Intercompari son
NWRI
163 A 39 1 Gl E RI, Phytoplankton Nutrient Competition in
the Great Lakes
GL ERI,
GLERL
Level 1 Ecological Model
Culturing of Great 1;akes
Crustaceans
Zooplanktonic
GI, E RL
GLERl
GL BC, USEPA
. ,
U.CINN.
Assessment of Lake Ontario Invertebrate
Community
Feeding Rates of Great lakes Cyclopoids
Coordi nation of Data Col 1 ect ion, Data
Storage, and Data Retrieval Programs
for the Great Lakes (U.S.)
Comparative Study of the Inactivation
of Viruses in Wastewater
Health Risks of Human Exposure to
Wastewater
Combined Sewer Overflow Abatement
Program
ILL .GS. ,NWRI
Geochemistry of the Surface Sediments
of Lake Michigan
Southern Lake Huron: Deposition of
Nutrients and Metals in the Sediments
of Southern lake Huron
southern lake Huron:
Matter in Sediments
Resistant Organic
175 A 313
* see Abbreviations
Engineering and Environme?tal Aspects
of Confined Disposal of Dredge Spoil

I JC
SERIAL
PAGE NO.
IN 1976 PERFORM1 NG
NLIMBER DIRECTORY ORGAN I ZATI ON*
TITLE, OF PROJECT
Water Qua1 i ty Impacts of Sediments
Dredging in Large Lakes Systems
. .
Air Pollution Inputs of Organic and
Inorganic Substances to Lake Michigan
Water
Lake Ontario Environmental At1 as
179 A 7 GSlI , USGS
An Experimental Study of Air Pollution
Transport and Deposition in the Lake
Michigan Basin
Determination of Atmospheric Phosphorus
Addi,tjon to Lake Michigan
Southern Lake Huron: Input of
Atmospheric Phosphorus
Polychlorobiphenyls in the Atmosphere
and in Precipitation in the Lake
Michigan Basin
~.
184 A 23 'GE
Atmospheric Input of Metal ~01'1 utants
to Upper Great Lakes
Near Shore Ice Formation, Growth and
Decay
Surface Wave Observations, Analysis,
and Prediction
Lake Evaporation
Lake Precipitation
188 A 21 GI, E RL
189 A 22 GL ERL
190 A 23 GL E RL
191 A 25 ACE
192 A . . 3.1 .... ACE
193A . - 33 . . . ACE
. .
* see Abbreviations
. .
Ice Forecasting
Lake Ice Distribution
Lake Ice Characteristics
Thermal Regimes Disturbed by Man
Wave Information Project for the Great
Lakes
Great. Lakes Wave Hindcasting Techniques

I JC
SERIAL
PAGE NO.
IN 1976 PERFORMING
NUMBER DIRECTORY ORGANIZATION* TITLE OF PROJECT
001 C 39 NWRI** Lake Current Climatology - Great Lakes
002 C 4 5 NWRI Upper Lakes Compendia
003 C 49 NWRI Distorted Physical Models
004 C 50 NWRI Coastal Climatology Study
005 C. 50 NWRI Dispersion of Heat, iss solved and
Suspended Matter in Lakes
006 C 5 1 NWRI Nearshore Advection/Di spersion Models
007 C 51 NWRI Vertical Automatic Profi 1 ing System
(VAPS)
008 C 60 NWRI Trends and Variations Associated with
Great Lakes L imnological Processes
009 C 62 NWRI Lake Superior, Open - Lake Studies
010 C 66 NWRI Lake Huron - Georgian Bay Studies
011 C 68 IWD Lake Erie Survei 11 ance
012 C 7 1 IWD Lake Ontario Surveillance
013 C 73 NWRI Continuing Water Quality Surveillance
for Lower Great Lakes
014 C 73 NWRI Microbiological Point Source Effluent
Study on Lower Lakes
015 C 74 NWRI Surveillance
016C 7 5 IWD WQ - 003 lake and Harbour Monitoring
017 C 76 NWRI Wetlands Studies
018 C 7 7 NWRI Water Qua1 i ty Model
019 C 77 NWRI Computational Techniques and
Verification Criteria
020 C 84 IWD St. Marys River Water Quality Surveys
IWD
Niagara River Loading Surveys and Short
Term Vari at ion Study
* see Abbreviations
** Formerly known as Canada Centre for Inland Waters Branch (CCIW)

I JC
PAGE NO.
. .
SERIAL. IN 1976 PERFORM1 NG
NUMBER DIRECTORY ORGANIZATION* TITLE OF PROJECT
NWRI
NWRI
NWR I
NWRI
U .MAT.
St. ? awr-ence River Water Qual i ty 'Survey
Dispersion Process in Open Channels
Dispersion in Open Channel Beds
Mathematical River Response Model
Carbon 14 Activities in Aqueous
Carbonate and the Origin and Occurrence
of Methane in Groundwaters
Studies'on the Nutrient Dynamics of a
Transboundary Lake
Microbial Nitrogen and Phosphorous
Cycles in Lake Column Simulators
NWRI
NWRI
NWRI
Distribution of the Stable Isotopes of
Sulfur and Nitrogen in Waters and
Sediments of the Great Lakes
Inorgan'ic Carbonate Geochemistry
Surveillance Program' - Design-and
Applied Research
032 :C -., 116 U.WAT.,IWD
. . .. . Spatial and Temporal Water Quality
Sampling
NWRI
NWRI
Sampling and Sample Preservation
The Development of Electrochemical
Sensors Desirable for Environmental
Studies
The Development of Multiparameter,
Automated Analysis and Monitoring
Systems Utilizing Electrochemical
Sensors
NWRI
NWRI
The Development of the Methodology
Employing Electrochemi.ca1 Sensors in
the Measurement of Water Qual i ty
Par meters
Improved Methods of Analysis for Trace
Metals in Water .
. .
* see Abbreviations
** Formerly known as Great Cakes Biol imnol ogy 1- aboratory (GC.Bb) . .

I JC
SERIAL
NUMBER
PAGE NO.
,IN 1976.
DIRECTORY
PERFORMING
ORGANIZATION*
038 C
,039 C
040 C
041 C
042 C
NWRI
IWD.
NWRI
NWRI
NWRI
NWRI
NWRI
NWRI
NWRI
Atomic Spectroscopy. for Analysis of
Inorganic and Organic Contaminants
Easily Extractable Metals in Sediments
Development of Improved Methodology for
the Determinantion o.f Asbestos as a
Water Pol 1 utant
Extraction of Organochlorine Pesticides
and PCB's from Natural Waters at
Sub-PPB Levels Using XAD-2
Macroreticul ar Resin
Determination of Organochlorinated
Pesticides in Water by High Speed
Liquid Chromatography
Determination of Organophosphorus
Pesticides by High S eed Liquid
Chromatography (HSLC !
Identification and Determi nation of
Carbamate Pesticides by High Speed
Liquid Chromatography
Determination of Nitrogen and.
Phosphorus Containing Pesticides in
Natural Waters by Twin-Cell Voltammetry
Identification of Persistent Organics
Analysis of Phthalate Esters by High
Speed Liquid Chromatography
048 C 128 NWRI Analysis of 3-Trifluoromethyl-4-
Nitrophenol (TFM) in Natural Water
049 C 129 . . NWRI' Synthesis and Characterization of Some
1,4-Oxathiins
050 C 129 NWRI Identification of Carbonyl Compounds
and Determination of Metal Carbonyls
051 ' C 130 NWRI Analysis of Natural 1, ignin Sulfonates
in Water
052 C 130 ORF Study of Losses of Organic Compounds in
Solvent Extraction Processes
* see Abbreviations

I JC
SERIAL
PAFE NO.
IN 1976 PERFORMING
NUMBER DIRECTORY ORGANIZATION* TITLE OF PROJECT
053 C 131 NWR I Remote Sensing as Related to Water
Qual ity Survei 11 ance
054 C 131 NWR I, NOAA Evaluation of Water Quality
Instrumentation Using Sate1 1 ite Data
Collection Platform
055 C 132 NWRI
132 NWRI
Remote Sensing Support of
Process-Or iented Studies
Improvements of Optical Studies in Both
Process and Appl i ed Research
057 C 133
McN.AS.,YORK U. Airborne Spectroscopic Volume
. . Ref !ectance Study
CHATHAM ASSOC.
.Design of a Data Acquisition System for
Ground Truth Measurements and
Radiometric Profiling
NWRI
NWRI
In Si tu 'Water Qual i ty Measurement
Package
Integrated Active Towed Body System
Engineering
NWRI
T.R.O.V.
Vehicle
Tethered Remotely Operated
NWRI
NWRI
NWRI
NWRI
Engineering Development of a
Mu1 tichannel Environmental
Data-Acquisition System for CCIW
Environmental-Monitoring Applications
Program: CCIW - Eutrophication (Lake
Processes)
Reaction - Response of Eutrophic
Aquatic Communities to Input of,
Nutrients
Lake Erie Process Studies
. .
066 C 147 NWRI Bay of Quinte Nutrient Study
067 C 149 NWRI Methods for Estimation of Biomass in
Water
. .
* see Abbreviations, ' ' ,, :

I JC
SERIAL
NUMBER
PAGE NO.
IN 1976 PERFORMING
DIRECTORY ORGANIZATION* TITLE OF PROJECT - '.
'153 . NWRI Radioactive Emi ssons from Nuclear Power
Stations
160 W.T. GEILING Analysis of Government Supplied Water
Samples for Biological Condition of
Great Lakes Zooplankton Comrnuni ties
NWRI Program CCIW: Dispersion of Waste
Heat, Dissolved and Suspended Matter in
lakes and Rivers
168 MAC .LTD. Heated Discharge Control and Management
A1 ternati ves for Once-Through Systems
in Large Water Bodies
072 C 173 NWRI ,OMOE Behaviour of Toxicants - O i l Studies
073 C 173 U.TOR. ,DOE Biological Breakdown of Sunken Oi 1
174 NWRI Responses of ~atural' Microbi a1
Ecosystems to Complex Pollutants such
as Crude Oi 1
NWRI
NWRI
NWRI
NWRI
NWRI
The Fate of O i l in Canadian Climatic
Conditions
Operation Preparedness - Hydraulic O i l
Spi 11 Control Criteria
O i l Spill Model
Oi l/Water/Ice Systems
Program: CCIW - Toxic Substances
(Environmental Contaminants)
Background Study of Aquatic
Environmental Quality. Advice on
Methods used Elsewhere to Deal with
Research on the Increasing Number of
Hazardous Chemicals. To Identify
Actual or Potent i a1 Canadian
Environ~iiental Problems
NWRI
CWS, NWR I
Behavior of Toxicants - Biomagnification
Organochlorines Residue Levels and
Reproductive Success of Herring Gulls
in the Great lakes
* see ~bbreviations

I JC
SERIAL
PAGE NO.
IN 1976 PERFORMING
NUMBER DIRECTORY ORGANIZATION* TITLE OF PROJECT
083 C . ., '
193
CWS, NWRI Identifyiug Toxic Substances in Great
Lakes Herring Gulls
19.7 NWRI
NWRI
NWRI
NWRI
U.GlIE.
U .GUE.
NWRI
U.WAT..
Product Assessment from Intensive
Degradation of Polychlorinated Biphenyls
The Analysis of Shellfish for PAH,
Organochlorine, Phosphorus and Sulfur
Containing Pesticides in Oysters
Biodegradation of Nonionic Detergents
Biodegradation and Characterization of
Nonionic Surf actants
Study to Measure the Effects of .Cadmium
and Lead on the Photo Responses of
Freshwater Phelagic Microcrustaceans
Measurement of Respiration and
Pathological Changes in Specified
Tissues of lead Poisoned Fish
Heavy. Met a1 s in Cell s
The Binding of Heavy Metal (Hg and Cd)
Pollutants at Biologically Important
Sites
092 C 212 lI.TOR.,NWRI Organo-Metals in Lake Water
093 C 213 NWRI ,GLFRB Characterization of Complexation in
. .
Lake Waters
. .
094 C . 216 NWRI
Behavior of Toxicants - Hg in Sediments
. .
095 C ., 21 8 NWRI Asbestos Fibres in Upper Lakes
096 C 219 : :, NWRI,OMOE The Removal of Asbestos Fibres from
. .
. . Surf ace Water
. .
222 NWRI Naturally Occurring Radionuclides in
Great lakes
098 C 222 NWRI Radionuclides in Upper lakes
099 C 226 IWD Environmental Contaminants Inventory
* see Abbreviations

I JC
PAGE NO.
SERIAL IN 1976
NUMBER DIRECTORY
PERFORMING
ORGANIZATION*
IWD
INF .LTD.
TITLE OF PROJECT
The Social Costs of Contaminants in the
Environment
Forecast of Economic Activities in the
Great Lakes Water Basin from the
Present to 2020 A.D. Assess the'Effect
of Pol 1 ution Abatement Programs
K . S.
J.W.
ORE
WAPPCER
PIKE
'
Studies Concerning Physical -Chemical
Wastewater Treatment Processes
'Studies on Wastewater Treatment
Processes
Assessment of Greywater on a Commercial
Vessel
J. DAGG
Col lection and Analysis of Wastewater
Samples from Ships Operating on the
Great Cakes
Research into Disinfection of
Wastewater Samples from Great Lakes
.
Ships Under Provisions of the .
Canada/U.S. Agreement
A. CUGOWSKI
Disinfection of Wastewater from Great
Lakes Ships
U.WAT.,
NWRI
NWRI
NWRI
NWRI
NWRI
Oxychlorination of Organic Pollutants
An Investigation of the Photochemical
Processes Occurring in Chlorinated
Municipal Eff 1 uents and Lagoons
Photochemical Processes in Aqueous
Systems
Photoxidation and Photoelectrooxidation
at Metal Oxide - Water Interfaces
Verification of the Canadian SWM Model
(COA Project)
114 C 265
* see Abbreviations
F. PENICKA
NWRI
Development of Automatic Techniques for
the Real Time Prediction of Storm Surges
Sewer Pipe Junctions

I JC
SERIAL
PAGE NO.
IN 1976 PERFORMING
NUMBER DIRECTORY ORGANIZATION* TITLE OF PROJECT
115 C 266 ClR F Industrial Waste Characterization in
Leather Tanneries Under Provisions of
the Canada/U.S. Great Lakes Agreement
116-C - . 267 - LINIROYAI LTD. Industri a1 Waste Characteri zation in
. . the Pesticide Industry Under Provisions
of the Canada/U.S. Great Lakes Agreement
117 C 272 NWRI ,NRC Cellyloysis as it Relates to Pollution
in Inland Waters
118 C 276 U .VAT. , OMOE Liquid, Industrial Waste Attenuation in
Soi 1
119 C 286 U.TOR. Determination of Heavy Metals Applied
in Chemical Sewage Sludge to
Agricultural Land Under Provisions of
the Canada/Ontario Agreement on Great
Lakes Water Qua1 ity
120 C 291 NWRI Development of Sludge Sampling
Techniques
121 C 292 B. PRESTED Methods of Iron and Aluminu~n Recovery
from Incineration Ash
122 C 2 93 NWRI Dewatering and Recycling Water
- >. Treatment Plant Wastes
123 C 293 COR.PUB.SER.LTD. Compi 1 ation of a Directory of Research
and Development Projects in Solid Waste
Management in Canada
124 C 297 NWRI National Lake Sediment Inventory
Program (Pi lot Project)
125 C 298 GSU,lI.WAT. Sediment Palynology for Rates of
Sedimentation, Palaeoclimatology and
Paleoecology
126 C 300 NWRI Nearshore Sedimentology of the Great
Lakes
127 C 302 NWRI Geochemical History of Representative
Lake Sediments
128 C 302 NWRI,U.WAT.,GSC Geochemical Budgets
129 C 303 NWRI Characterization of Forms of P, Fe and
Associated Elements in lake Sediments
* see Abbreviations
. . 256

I JC
SERIAL
NUMBER
PAGE NO.
IN 1976 .
DIRECTORY
PERFORMING
ORGANIZATION*
TITLE OF PROJECT
NWRI
Determination of Purines and
Pyrimidines in Sediments
NWRI
~dentify Material Adsorbed on Surfaces
of Sediments and Water Suspended Solids
NWRI
Manual of phy;ical
Sedimentology
NWRI
NWRI
NWRI
NWRI ,GSC,NRC
DOE, EPS
EPS
EPS,ORF
GLFRB
GLFRB
Gl F RB
GLFRB
GLFRB, I JC
Lake Bottom Studies - Grid Sampling
Light Weight Corer
Development of Geological Sampling
Equipment
Support Geophysics
St. Clair River 1975 Current Survey
Codes of Practice for Thermal Electric
Generating Stations
Vessel Waste Source Characteri zation
Surveillance Design
Biological Surveillance and Assessment
Effect of Thermal Experience on the
Survival of Selected Invertebrates
Impact of Thermal Power Plants,
Effluent Characteristics and the Once
Through Cooling Process
Biomagnif ication of Persistent
Toxicants in Land Drainage
Effects of Toxic Materials on Aquatic
Biota
148 C 206
149 C 234
* see Abbreviations
GLFRB
GlFRB
WTC
WTC
The Toxic Action of Zinc on Fish
Toxicants and the Effects of Naturally
Occurring Environmental Stimuli on Life
Cycles of Aquatic Invertebrates
Refinery Effluent Toxicity - Sarnia
Biological Treatment for Small
Commun it i es

I JC
SERIAL
PAGE NO.
IN 1976 PERFORM1 NG
NUMBER DIRECTORY ORGANIZATION*
150C . 238 WTC
151 C 2 39 WTC
152 c 241 WTC
TITLE OF PROJECT
Physical/Chemical Treatment for Small
Cornmun i t i es
Thermal Reactivation of Carbon
Biological Nitrification/
Denitrification - Nitrification
Opt imi zat i on
153 C 242 WTC
Fully integrated C.P.N.
Removal System
154 C 243 WTC
155 C 244 WTC
- . .
156 C 244- WTC
157 c 245 . . WTC
158 C - 249 WTC
159 C 251 . . WTC
Removal of NH3-N03from Industrial
Eff 1 uents
Biological Nitrification of Industrial
Wastes
Avai 1 able Technology f or Vessel
Wastewater Pol 1 ut ion Control
Vessel Waste Source ~haracteri zation
Ozone for Effluent Disinfection
Upgrading Existing Sewage Treatment
Plants in Ontario by Ozonation
Pulp and Paper Mill .€ffluent - Kraft
161 C 269 WTC
, .
162 C . ~2~;' . . ' WTC
163 C 27 3 WTC
164 C 273 WTC
165 C 274 WTC
-. . . . . . . .
167C:. . '278 ( WTC
The Use of Aluminum Oxide for Toxicity
Removal from Kraft Bleachery Effluent
Colour Removal Processes
Physical/Chemical Treatment of Mining
Eff 1 uents
Leachabi 1 ity of Radioactive Products
from Uranium Mine Tai 1 ings
Metal Finishing Industry Waste Treatment
Dechlorination of Chlor-A1 kal i Industry
Eff 1 uent
A Survey of Ontario Sludge Disposal
Practices
* see Abbreviations

I JC
SERIAL
NUMBER
PAGE NO.
IN 1976
DIRECTORY
PERFORM1 NG
ORGAN I ZATI ON*
TITLE OF PROJECT
28 1 WTC
283 WTC
288 WTC
289 WTC
289 WTC
290 WTC
290 WTC
371 DOE
374 HYD.CONS.CTD.
376 GREG. GEOSC .'-TD.
178 C 379 NWRI
179 C 379 NWRI
180 C 338 NWRI
181 C 339 NWRI
182 C 342 ACRES
Disposal of Chemical Sewage Sludges on
?and - Lysimeter Studies
Sludge Cake Disposal on Agricultural
I, and
Anaerobic Digestion of Chemically
Precipitated Sludges
SludgeTreatment Process Development
Studies
Natural Freeze-Thaw for Sludge
Conditioning
Sludge Dewatering Design Manual
. ..
Industrial Sludge Dewatering
Impact of Forest Management Practices
on Forest Hydrologic Processes in
Boreal Ecosystems
Contaminant Migration from Ontario
landfill Sites
An investigation into Research Use of
Computer Processing of Landsat Data for
Canada Land Inventory Land Use
Applications
Heterotrophic Bacterial Populations
Related to Trophic State in the Great
L akes.
A Continuous Culture Approach to
Bacterial Metabolism in Lakewater
Remote Sensing Contributions to Basin
Management Studies
Hydrographic Technique for Bed load
Discharge
Vegetation Cover of Great Lakes
Canadian Shoreline: Its Role in
Controlling Rates of Erosion
* see Abbreviations

I JC
PAGE NO.
SERIAL IN 1976
NUMBER DIRECTORY
PERFORMING
ORGAN I ZATI ON*
QUE.U.;OMOE
... . .
. ..
Update of Data Bank with ~ischar~e:and
Water Quality Data for the Great Lakes
Interconnect-i ng Channe-1s . . ., and Assoc.iated
Tributaries
NWRI
Total Inorganic Chemical Composition
Task D - PLUARG - Sub-Activity
NWRI Total C and N Composition Task D -
PLUARG - Sub-Acti vity
NWRI
NWR I, OMOE
Forms of P and Avai labi 1 ity to the
Boundary Waters Task D - PLUARG -
Sub-Activity le
River Mouth Survey ask D -
Sub-Activity 20 - PLUARG
Geotechnical Study of Eroding Bluffs
R.M.
QUIGLEY
Consul tation in Methods of Geotechnical
-- in situ and Laboratory Exploration of
Rapidly Eroding Bluffs
NWRI Program CCIW: River and Coastal
Man agemen t
NWRI
. r
Evaluation of Existing Data (River
Input) Task D - PCUARG - Sub-Activity 2a
Task Force 8, Effect of Land Disposal
on Physico-Chemical Properties of
Fine-Grained Dredge Spoi 1
NWRI Summary of Shoreline Recession Task D -
PLUARG - Sub-Activity la
NWRI
NWRI
Wave/Sediment Interaction in the
Nearshore Zone
Bluff Stratigraphy and Mi neralogy Task
D - PLUARG - Sub-Activity 1b
NWRI Development of Automated -- in situ.
Sensing Technology for Water Quality
Parameters
GLFRB, OMNR
Effects of Nutrient Removal on Primary
and Secondary Production in the Bay of
Quinte
* see Ab brevi at i ons

I JC
SERIAL
NUMBER
PAGE NO.
IN 1976 PERFORMING
DIRECTORY ORGANIZATION* TITLE OF PROJECT
39 9 GI- FRB Community Structure Analysis
40 1 GLF RB Zooplankton of the Great Lakes
401 G!, FRB Development Rates of Great lakes
Zoopl ankton
455 GLF RB Biogeochemical Role of Bivalves
455 BIOSYSTEMS CONS. Identification of Lake Ontario Bottom
Fauna Samples
212 GLFRB Methyl ation of Trace Metals in Algae
and Bacteria
213 GI-FRB,U.WAT. Relations of Algal Detritus and Toxic
Substances
291 WTC Sludge Sampling Methodology Development
292 OMOE ,WTC. Sludge Reduction and Precipitant
Recovery
384 Y. KOTT Concentration, Detection and
Identification of Indicator Viruses in
Municipal Waste Treatment Effluents
Under Provisions of the Canada/Ontario
Agreement on Great takes Water Qua1 ity
Study of the Relationship Between the
Incidence of Neoplasm in Fish and
Polluted Waters and to Establish the
Role of Viruses in This Relationship
210 C 390
211 C 454
212 C 380
213 C 380
* see Abbreviations
NWRI
BEAK
NWRI
NWRI
IUWRI
Algal Bacterial Interaction in Aquatic
Ecosystems: Investigations on Natural
Mechan i sms
Taxonomic Identification and
Enumeration of Phytoplankton Samples
Autecology of She1 led Invertebrates:
Baseline Inventory ,
Report to the IJC on Upper Lakes
Microbiological Baseline Studies
Studies on Heterotrophic and
Autotrophic Bacteria

I JC PAGE NO. . . ,.. . .
.
.
..- . *
SERIAL IN 1976 PERFORMING : ;,. > , ,..
NUMBER DIRECTORY ORGANIZATION* ;.-: ..- , . . . TITlEOF PROJECT :,
: .>.. . . .
. '. .,, ,/.
:
. .. . . . . .- .. . . . . .. .
214 C 381 NWRI Evaluation of Healt,h Oriented Indicator
.. .~ .
Bacteria
. . . .
, . .
215 C 382 NWRI ~irolbgi'cal ~ethods,"~evelo~ments,
. . Plant, River and Lak!e. Monitoring , . ~.

I JC
SERIAL
NUMBER
PAGE NO.
IN 1976
DIRECTORY
I
PERFORMING
ORGAN I ZATI ON*
U.TOR ..
YORK U.
U .GUE.
TITLE OF PROJECT
Fish Communities and Populations in.
Stressed Aquatic Environments
Preferred Temperature and Photoperiod
Studies in Fish
The Effects of Environmental and
Internal Parameters on the Regulation
of Endocrine and other Homeostatic
Mechanisms in Teleost Fishes and other
Vertebrates
U.GUE.
Social Behaviour of Salmonid Fishes in
. . Re1 at ion to Ecological and Energetic
'Factors
438 U .TRENT Ecology and Temperature Tolerance of
Fish Eggs and larvae
398 McM U. The Study of Environmental Influences
on Phytoplankton Populations,
Photosynthesis, Productivity and
Community Structure
U.WIN.
QUE.U.
U .TOR.
U.GUE.
QUE,.U.
The Effect of light Quality on
Photosynthesis and Metabolism of
Freshwater Plankton A1 gae
Phosphorus Cycling and the Productivity
of the Plankton
Factors Affecting the Structure of
Limnetic Crustacean Zooplankton
Communities
Fish Composition, Diversity and
Ecological Production in Various
Lagoons on Long Point, Lake Erie
Pale01 imnology and the Paleoecology of
Lakes
U .GUE. ,OMOE Studies of Mycorrhi zal Fungi,
. . Vegetation and Soi 1 Relations in Sand
Dunes of the Great' Lakes
241 C 383
* see 4bbreviations
U .GUE.
Microbial Ecology of Sediments

":.
I JC PAGE NO. ..:, ,. :?'.
. ..
. .
.... .
,
.: . .. .
: . . .

I JC
PAGE NO.
SERIAL IN 1976
NUMBER - DIRECTORY , . TITI-E OF. PROJECT
Collection of Field Data in Hamilton,
Ontario for the Verification of Storm
Water Management Model
MAC .I,TD.
Data Collection and Modelling at
Brucewood, North York
collection of Field Data in Toronto,
Ontario for the Verification of Storm
~ate'r Management Model
NWRI
WTC
EPS,OMOE
EPS
EPS
DOE . ,
QUE.U. ,NWRI
OMOE
OMOE
OMOE , OMNR
OMOE ,OMNR,NWR I
OMOE . .
OMOE ,OMNR
OMOE
OMOE ,MI. DNR
Burlington Sewer Studies Data Collection
Pulp and Paper Mill Effluent Treatment
- NSSC
Industri a1 Waste Characterizations
Land Disposal of Industrial and
Hazardous Wastes. laboratory Studies
Soil-Waste Interaction Study, Phase'I
Landfill Contaminant. Migration
An Evaluation of Historical Data on the
Nearshore Water of the Great lakes
(Canada)
Assessment of Water Quality Trends and
Zones of Influence in Lake Erie
Assessement of Water Quality Trends and
Zones of Influence in Lake Ontario
Harbour Quality and Current Studies
Hamilton Harbour Artificial Mixing
Coastal Water Quality
Long Term Surveillance - Tributaries to
the Great Lakes
Water Quality Monitoring in the St.
Cl air Ri-ver
1 '
. ,
Water Qua1 ity Monitoring of the Detroit
River.
* see Abbrev,i at i ons

.: ,.
I JC PAGE NO. - ... ,
,,.:. .
.
.
SERIAL IN 1976 PERFORMING . . ,.::.. ., ..
NUMBER DIRECTORY . ORGANIZATION* 2.' : : , i.;. .: :. TITI-Ei':.'OF'. PRO'JECT
. .
. .. ..
k .
. .
. ...
,. .
. . . ..
" '
~ssessment of the Extent of
Microbiological Contamination Along the
Ontario Shoreline of the Detroit River
:. 3 ...
water. Quality MonitotTng in the .Hi.agara
River
277 C . . 90 OMOE
Assessment of Zones ' of Inf 1 uence. i n ..the
St. Lawrence River
Water Quality Models for Water
Management in Ontario
279 C 91 OMOE
Effluent Dispersion Model for Southern
Ontario River Systems
280 C: 1 96 .' OMOE '
- . .
PCB -Contamination as -a Model for :
Organic Pollution Effects on Receiving
Water Biota . .
281 C 197 OMOE Accumulation and Transport of PCBs in
the lower Great Lakes
282 C 217' . . . OMOE '.. Updating Sediment Chemistry Status:.in
the St. Clair System and Assessment of
. .
. .
the. Thames River Impact on Lake St..,
. . .
Clair
. .
283 C 220 OMOE Arsenic Precipitation from Mine Drainage
.. .
284 C 236 ' OMOE ,DOE Filamentous Bacteria Control
285 C 237 OMOE Use of Fly-Ash in Wastewater Treatment
WTC
Effluent Chlorination and Disinfection
\. .
Al.ternati ves
. .
:,
287 C 351 AG.CAN;,OMOE - PLUARG - Task C Agricultural .Watershed
Studies Phase 1 - Monitoring Programme
Monitoring Of Agricultural Watersheds
288 C 351 OMOE Pollution from Land Use Activities
Reference Group (PLUARG) Task C -
Activity 4
1.
289 C 352 OMOE , OMNR Pollution from Land Use Activities
Reference Group (PLUARG) Task C -
,: Activity 3
* see Abbreviations
.:. , .. .. ..
. .
. . .
.. .
,

I JC
SERIAL
PAGE NO.
IN 1976 PERFORMING
NUMBER DIRECTORY ORGANIZATION* TITLE OF PROJECT
290 ~ C
354 OMAF '-and Use Survey in Eleven Agricultural
Watersheds in Ontario
291 C 365 OMOE , OMAF Monitoring Eleven Agricultural
Watersheds in Ontario for Pesticides
292 C .. 265 OMOE Users Manual for Flow Monitoring
Tec hn i ques
293 C 278 U.GUE. Land Appl ication of Sewage Sludge
294 C 305 OMAF., NWR I Analysis of Lake Ontario Sediments for
Organochlorine Insecticides and PCBs
295 C 336 U .GUE. Suspended Sol ids Taken from Mouths of
River and Streams Entering Great !akes
296 C 370 OMOE Hydrologic and Hydrogeologic Models for
Southern Ontario Drainage Basins
297 C 374 U .MAT :, OMOE Monitoring Pesticide Migration from
Waste Disposal Sites
298 C 389 OMOE Great Lakes Inshore Phytop 1 ankton
Monitoring
392 : OMOE Phytoplankton of Penetang Bay and
Adjacent Inshore Areas of Georgian Bay
300 C 393 OMOE,OMNR,ONT.H. Phytoplankton of the Nanticoke Area of
Lake Erie
301 C 394 OMOE , OMNR Project Quinte (Phytoplankton of the
Bay of Qui nte)
396 OMOE Ecological Model for Southern Ontario
River Systems
303 C 364 AG . CAN. PCUARG - Task C - Agricultural
Watershed Studies Met a1 Storage and
Transport Mechanisms in Soil and
Sediment Within Watersheds
304 C 366 AG. CAN.,OMOE PlUARG Task C - Agricultural Watershed
Studies, Runoff Characteristics from
Feedlots and Manure Storage Areas in
Southwest Ontario
*. see Abbrev i at i ons

I JC
SERIAL
NUMBER
PAGE NO.
IN 1976
DIRECTORY
" ..
. ..
. ....? .
. .
PERFORMING . . .. , . . ,
ORGANIZATION* " .:i' ' ;, :- :'! - , . TITI-E {OF-PROJECT . . ...
AG . CAN .
PLUARG Task C - Agricultural Watershed
Studies, Pollutant Transport to
Subsurface and Surface Waters in an
Integrated Farm Operation
AG.CAN.,OMAF
AG .CAN. , OMOE
AG.CAN.
AG.CAN.,HRS,OMOE
PLUARG Task C - Activity 1 (Canada)
Agricultural Watershed Studies, Great
Lakes Basin, Canada
PlUARG - Task C - Agricultural
Watershed Studies Mineralogical
Characteri zation of Sediments Generated
in Agricultural Watersheds
PlUARG Task C - Agricultural Watershed
Studies Transformation and Transport of
Nitrogen and Water in Agricultural
Soils - Biochemical and Physical
Characterization and Modelling
PLUARG - Task C - Agricultural
Watershed Studies Nutrient and Metal
Content of Streams in an Agricultural
Watershed
The Distribution of Heavy Metals in
Agricultural Watersheds
The Role of Organic Matter in the
Transport and Storage of Heavy Metals
in Agricultural Watersheds
D.R. COOTE Consultation, and Coordination of,
Research on Agricultural Pol lution in
the Lower Great Lakes Basin
PLUARG - Task C - Agricultural
Watershed Studies Coordination; Data
Hand1 ing and Transfe'r; Qua1 ity Control
PLUARG - Task C - Agricultural
Watershed Studies Erosional Losses from
Agricultural Land
,
Quantitative ~easurement of
Precipitation - Ten PLUARG Watersheds
316 C 369 U.WIN. Historical Frequency of Season Runoff
of Various Amounts in Southern Ontario
* see Abbreviations
268

I JC
PAGE NO.
SERIAL IN. 1976
NLIMBER DIRECTORY
PERFORMING
ORGANIZATION* TITLE OF PROJECT ,
PLUARG - Task C - Soil. Survey
IWD
IWD
IWD
IWD . .
U .VAT.
A Simulation Study of the Economic
Impact of Water Pol lution Abatement
Costs in Canada
Economic and Demographic Aspects of
Pollution from Land Use Activities in
the Great takes Basin from Present to
2020
Land Use Institutional Inventory for
the Canadian Great Lakes Basin
Environment a1 Awareness
Study of the Temporal and Spatial
Distribution of Invertebrate Species in
the Shallow Littoral Zone of the Great
Lakes
NHW,
OMOE
Development of Analytical Methodology
for the Analysis of Dissolved Organic
Substances in Drinking Water
Evaluation of the EPA Carbon Adsor7tion
Method for the Monitoring of Canadian
Public Drinking Water Supplies
Analysis of Toxic Organic Constituents
in Ottawa Drinking Water
Survey of Volatile Organohalides in
Canadian Public Drinking Water Supplies
NHW,NWRI
Study of the Possible Transfer of
Asbestos Fibres to Air on the
Evaporation of Asbestos-Contaminated
Water
OMNR, U . GUE .
Study of the Effect of Ozonation on the
Dissolved Organic Constituents of
Drinking Water
Streambank Erosion Study
330 C 5 NWR I Storm Surge Forecasting
331 C 6 IWD Precipitation Chemistry
* see Abbreviations

I JC
PAGE NO.
, :: .
IN 1976 PERFORMING
(?!M ..
SERIAL . . .. . ..
NUMBER DIRECTORY .. .. ORGANIZATION* : :,:;: ."" . , TITI-E, .,, @F~:~~~P,ROJECT .. . . ,
? ., . .
. . .,..,.:*. .
.. . ,. . , . 1'
. .
. ,
..>
.- .
:
. .. ., . . . . .
332 C 9 NWRI ,OMOE Atmospheric loading of Great Lakes
Waters
333 C 11 NWRI Stable Isotopes in delation to - , .
Atmospheric Inputs of Sulfur and
Nitrogen into the Great Lakes
334 C 19 NWRI Tracer Measurement of vaporat at ion from
Rivers
335 C 22 1NT.SAT.IWF. Transmission of Satellite Imagery for
Ice Forecasting .,. . . . ,
336 C 24 NWRI Criteria for Ice Cover Stability
337 C 2 7 NWRI ~ormatio" of Frazil Ice in Water with
Surf ace
338 C 27 NWRI Frazil and Velocity Instrument
339 C 3 3 NWR I Regular and Irregular Wave Criteria
340 C 11 NWRI Stable Isotope Study of Sulfur '
Pollution Around Sudbury
341 C 19 NWRI Tracer Measurement of Evaporation from
Rivers
342 C 28 NWRI . .
Ice Pi 1 ing on Lakeshores
NWRI
Field Observations and Analysis of
Breaking Surface Waves
344 C 32 NWRI Nearshore Wave Energy Transformation
345 C 12 U.WO. L idar Mapping and Observations on
Atniospheric Particulates
346 C 12 AE.SC1 . .CONS. Assessment of the Ecological Effects of
Long Term Atmospheric Materi a1
Depos it i on
. . . . . . . .
347 C 17 ACE, DClE Terrestri a1 Water Bal ance,
International Field Year on Great Lakes
. .
348 C 28 CAN'.RES.INST. :. Design;Fabricate and Test a Frazil Ice
Measuring Instrument.
349 C 6 . U.WIN. Chemical Analyses of Precipitation -
Six PLUARG Watersheds