While i t is by no means complete, this selected bibliography attempts to provide references to literature which both supports and amplifies the material of some of the Workshop presentations.
Beck, M.B. (1976), Identification and Parameter Estimation of Biological Process Models, in G.C. Vansteenkiste, ed., Systein Simulation in WateI' ResouI'ces, North-Holland, Amsterdam, 19-43.
neck, M.B. (1977), Problems of River Water Quality Modelling and Control: A Review, in H. Akashi, ed., RepI'ints IFAC Sympo-sium on EnviI'onmental Systems Planning, Design, and ContI'ol, Pergamon, Oxford, 341-349.
Beck, M.B. (1978), Random Signal Analysis in an Environmental Sciences Problem, Applied Mathematical Modelling~ ~, 1, 23-29.
Bierman, V.J. (1976), Mathematical Model of the Selective En-hancement of Blue-.Green Algae by Nutrient Enrichment, in-R.p. Canale, ed., Modeling Biochemical PI'ocesses in Aquatic Ecosystems, Ann Arbor Science Publishers, Ann Arbor, Michigan, 1- 31 .
Bierman, V.J., and D.M. Dolan (1976), Mathematical Modeling of Phytoplankton Dynamics in Saginaw Bay, Lake Huron, in PI'oceedings of ConfeI'ence on EnviI'onmental Modeling and
Simulation,
u.s.
Environmental Protection Agency, Washington, EPA 600/9-76-016, 773-779.Bork, I., and E. Maier-Reimer (1978), On the Spreading of Power Plant Cooling Water in a Tidal River, Applied to the River Elbe, Advances in Water ResolJ.Y'ces, .,l, 3,161-168.
Bowles, D.S., and W.J. Grenney (1978), SteadY-State River Quality Modeling by Sequential Extended Kalman Pil ters, f-lateI'
Re-souI'ces ReseaI'ch, ~, (in press).
Brocard, D.N., G.H. Jirka, and D.R.F. Harleman (1977), A Model for t.he Convective Circulation in Side Anns of Cooling Lakes, Technical Repoi'L 23,,), R.M. Parsons Laboratory for i"later
Resources and Hydrodynamics, Dept. of Civil Engineering, MIT.
Di Giarno, F.A., L. Lijklema, and G. van Stratcn (1972), Wind Induced Dispersion and Algal Growth in Shallow Lakes, Ecological Modelling, ~, 2/3, 237-252.
Halfon, E. (1978), Mathematical Modelin9 of Phosphorus Dyn,mlics rrhrough Integration of Experimental Work and ::';ystcm Theory, .i.11 I). Seel, \}'i <1, Cc1 . r P(~J?f: ;"),'e'I~'".,, ' , ( ':~ 'j •.<, ;1.?~J({ ": ":(~ ;','er.::~!J~.: ~(..~.I",' , . ;n·)i?Z. {.'7,~~•.'
Ann Arbor Scjencn Publisher's, Ann Arbor, Michigan, (in I)res~,).
Halfon, E., and D.C.L. Lam (1978), The Effects of Advection Diffusion Processes on the Eutrophication of Large Lakes, a Hypothetical Example: Lake Superior, EcoLogical ModeLling~
~' 2/3, 119-132.
Harleman, 'D.R.F. (1977), Real-time Models for Salinity and Water-Quality Analysis in Estuaries, in Studies in Geophysics:
Estuapies~ Geophysics and the Enviponment~ Nat~onq+ Acqdemy
of, Sciences, Washington. . ,
Hurley Octavio, K.A., G.H. Jirka, and D.R~F. Harleman (1977), Vertical Heat Transport Mechanisms in Lakes and Reservoirs, TechnicaL Repo~t 22?~ R.M. Parsons Laboratory for Water
Resources and Hydrodynamics, Department of Civil .Engineering, MIT.
Ikeda, S., and N. Adachi (1978), A Dynamic Water Quality Model of Lake Biwa - A Simulation Study of the Lake Eutrophication, EcoLogical ModeLling~ ~' 2/3, 151-172.
Jirka, G.H., D.N. Brocard, K.A. "Hurley Octavio, M. Watanabe, and D.R.F. Harleman (1977), Analysis of Cqoling Effe~tiveness
and Transient Long-Term Simulations of a Cooling Lake (with Applications to the North Anna Power Station), Technical Repopt 232~ R.M. Parsons Laboratory for Water 'Resources and Hydrodynamics, Department of Civil Engineering, MIT.
Jolankai, G. (1976), The Role of Transversal Effluent Mixing in the Simulation Models of Water Pollution Control, in Reseapch in Watep Quality and Watep TechnoLogy~ Research 'Centre for Water Resources Development (VITUKI), Budapest,
2,
90-128.J¢rgensen, S.E. (1976), A Eutrophication Model for a Lake, Eco-Logical ModeLLing~ ~' 147-165.
Jorgensen, S.E., and H. Mejer (1977), Ecological Buffer Capacity, EcoLogica& ModeLling~
2,
39-61.J¢rgensen, S.E., H. Mejer, and M. Friis (1978), Examination of a Lake Model, EcologicaL ModeLZing~ ~' 2/3, 253-278.
Lam, D.C.L., and E. Ha].fon (1978), Lake Superior Model of Primary Production Including Circulation rnfluencies, AppLied Ma~hc
maticaL ModeLZing~ }, 1, 30-40.
Najarian, T.O., and D.R.F. Harlenlan (1977), Real Time Simulation of Nitrogen Cycle in an Estuary, ppoaeedings Amepican Soc.
Civ. Engrs.~ J. Env. Eng. Div.~
lQ2,
EE4, 523-538.Rinaldi, S., and R. Soncini-Scssa (1977), OptimaL ALLocation of In-Stpcam Aeration~ Research Report, RR-77-7, International Institute for Applied Systems Analysis, Laxenburg, Austria.
Rinaldi, A., and R. Soncini-Sessa (1978), Sensitivity Analysis of Generalized streeter Phelps Models, Advances in Water Resources,
l,
3, 141-146.Rinaldi', S., R. Soncini-Sessa, H. Steh.fest, and H. Tamura (1978), Modeling and Control of River QUdlity, McGraw-Hill,
Dusseldorf, (forthcoming).
Somlyody, L. (1976), Examination of Mixing in Water Streams Using Mass Flux Constant Curves, Acta Technica Academiae
Scien-tiarum Hungaricae, ~, 1/2, 197-210.
Somlyody, L. (1977), Dispersion 1-1easurement on the Danube, Water Research,
ll,
411-417.Stehfest, H. (1977), Mathematical Modelling of Self-Purification of Rivers, Professional Paper, PP-77-11, International In-stitute for Applied Systems Analysis, Laxenburg, Austria.
Stehfest, H. (1978), On the Mone tary Va lue of Eco logica l River Quality Models, Research Report, RR-78-1, International Institute for Applied Systems Analysis, Laxenburg, Austria.
Thomann, R.V., and R.P. Winfield (1976), On the Verification of a Three-Dimensional Phytoplankton Model of Lake Ontario, in Proc. of Conference on Environmental Modeling and Sim-ulation, U.S. Environmental Protection Agency, Washington, EPA 600/9-76-016, 568-572.
Thomann, R.V. (1978), Size Dependent Model of Hazardous Substances in Aquatic Food Chain~ U.S. Environmental Protection Agency, Washington, (in press).
Vasiliev, O.F. (1976), Three-dimensional Numerical Model for Hydrothermal Analysis of Cooling Ponds, International Advanced Course, Heat Disposal from Power Generation, International Centre for Heat and Mass Transfer, Beograd, Yugoslavia; also in TheJ1mal Effluent Disposal from Power
Generations~ Hemisphere Publishing Corp., Washington, 1977, 115-133.
Vasiliev, O.F. (1976), Two-dimensional Numerical Model for Hydrothermal Analysis of Water Bodies, International Advanced Course, Heat Disposal from Power Generation,
International Centre for Heat and Mass Transfer, Beograd, Yugoslavia; also in Thermal Effluent Disposal from Powe~
Generations~ Hemisphere Publishing Corp., Washington, 1977, 115-133.
Vasiliev, O.F., and V.I. Kvon (1977), Numerical ModelJing'of Flows and Heat Exchange in Cooling Ponds, in PY'OC. of
&hc xrTI Cr:n.[7l'f'i1:-;
of
~;h(' 711L(Jh10 ,,·,'OWlJ. 11:::;oc1:r'((ion forlfydl>Ghl'ic Research" .I3<'1dC'n-naden, _~, 1-8.
Vasiliev, O.F., V.I. Kvon, 1.1. Makarov, (1976), Gidrotermichesrit rezhim vodoemov-okhladitelei teplovykh i atomnykh elektro-stantsii (Hydrothermical Regime of Cooling Reservoirs, Ther~al
and Atomic Power Station~), in IZv~3tiya of the USSR Academy of Sciences, Series: Energetics and Transport, M, N4,
102-109.
Whitehead, P.G., and P.C. Young (1975), A Dynamic Stochastic Model for Water Quality in Part of the Bedford-Ouse River System, in G.C. Vansteenkists, ed., Computer Simulatior of Water Resources Syste7J!s, North-Holland, Amsterdam, 417-438.
Whitehead, P.G. (1976), Dynamic Models in the Plannipg Rolo in G. C. Vansteenkiste, ed., Sys tem Simu lat ion Water Resoui'ces, North-Holland, Amsterdam, 83-98.
Whitehead, P.G. (1978), Mathematical Modelling and the Planning of Environmental Studies, in G.C. Vansteekiste, ed., Sim-ulation and Mod~ling of Land, Air, and Water Resources Systems, North-Holland, Amsterdam, (forthcoming).