2-U 



Soft and hard substrate intertidal faunal assemblages were sampled 

 to determine thejrmal discharge impact and relation to other Long 

 Island Sound areas. 



Hillman, R. E. 1973. Environmental monitoring through the use of expo- 

 sure panels. IN_: Fisheries and Energy Production: A Symposiiom. 

 (ed.) S. B. Saila. D. C. Heath and Company, Lexington, MA. pp. 55-76, 



This report presents a comparison of exposure panel data from Niantic 

 Bay, New Haven Harbor and Stamford Harbor sampled from October 1971 

 through September 1972. Sampling methods were similar for all 

 studies. 



Hillman, R. E., N. Davis, and S. Wennemer. 1977. Abundance, diversity 

 and stability in shore-zone fish communities in an area of Long 

 Island Sound affected by the thermal discharge of a nuclear power 

 plant. Estuar. Coast. Mar. Sci. 5:355-381. 



Jay, D. A. and M. J. Bowman. 1975. The physical oceanography and water 

 quality of New York Harbor and western Long Island Sound. SUNY 

 Mar. Sci. Res. Ctr., Stonybrook, New York, Tech. Rep. No. 23. 71 

 pp. 



The majority of this report was related to literature reports of 

 circulation and hydrology of New York Harbor and adjacent rivers. 

 Material concerning Long Island Sound was limited to a brief over- 

 view. 



Jeffries, H. P. and W. C. Johnson. 1974. Seasonal distributions of 



bottom fishes in the Narragansett Bay area, seven-year variation in 

 the abundance of winter flounder {Pseudopleuronectes americanus) . 

 J. Fish. Res. Bd. Can. 31:1057-1066. 



Jensen, A. C. 1977. New York Marine Fisheries: Changing needs in a 

 changing environment. New York Fish and Game Jour. Vol. 24(2): 

 99-128. 



Lawler, Matusky and Skelly Engineers. 1975a. Norwalk Harbor Station, 

 Thermal Pl\mie Studies. Prepared for Connecticut Light and Power 

 Company, Berlin, Connecticut. 15 pp and appendices. 



1975b. Devon Station, Thermal Plume Studies. Prepared for 



Connecticut Light and Power Company, Berlin, Connecticut. 21 pp 

 and appendices . 



