824 BUIKEMA et al. 



, 1974, Evaluation of Entrainment Effect, in Proceedings of the Second 



Workshop on Entrainment and Intake Screening, L. D. Jensen (Ed.), 

 pp. 1-12, Cooling Water Discharge Research Project Report No. 15, Electric 

 Power Research Institute Publication No. 74-049-00-5, Palo Alto, Calif. 



, and S. S. Talmadge, 1977, Thermal Effects, J. Water Pollut. Control Fed., 



49: 1369-1425. 



Davies, R. M., C. H. Hanson, and L. D. Jensen, 1976, Entrainment of Estuarine 

 Zooplankton into a Mid-Atlantic Power Plant: Delayed Effects, in Thermal 

 Ecology II, ERDA Symposium Series, Augusta, Ga., Apr. 2—5, 1975, 

 G. W. Esch and R. W. McFarlane (Eds.), pp. 349-357, CONF-750425, NTIS. 



, and L. D. Jensen, 1975, Zooplankton Entrainment at Three Mid-Atlantic 



Power Plants, J. Water Pollut. Control Fed., 47: 2130-2142. 



Duval, W. S. , and G. H. Geen, 1976, Diel Feeding and Respiration Rhythms in 



Zooplankton, Limnol. Oceanogr.. 21: 823-829. 

 Eaton, J. W., C. F. Kolpin, H. S. Swofford, C.'M.' Kjellstrand, and H. S. Jacob, 



1973, Chlorinated Urban Water: A Cause of Dialysis-Induced Hemolytic 



Anemia, Science, 181: 463-464. 

 Goryajnova, L. F., 1975, The Effect of the Norossijsk Power Station Heated 



Discharge on Zooplankton, Gidrobiol. Zh., 11: 28. 

 Goss, L. B., and D. L. Bunting, 1976, Thermal Tolerance of Zooplankton, Water 



Res., 10: 387-398. 

 Green, D. E., and P. K. Stumpf, 1946, The Mode of Chlorine, J. Am. Water 



Works Assoc, 38: 1301-1305. 

 Halbach, U., 1973, Life Table Data and Population Dynamics of the Rotifer 



Brachionus calyciflorus Pallas as Influenced by Periodically Oscillating 



Temperature, in Effects of Temperature on Ectothermic Organisms: Ecologi- 

 cal Implications and Mechanisms of Compensation, W. Wieser (Ed.), 



Springer- Verlag, New York. 

 Harmsworth, R. V., 1974, Artificial Cooling Lakes as Unique Aquatic 



Ecosystems, in Energy Production and Thermal Effects, B. J. Gallagher 



(Ed.), Ann Arbor Science Pubs., Inc., Ann Arbor, Mich. 

 Hay ward, R. S., and D. N. Gallup, 197 6, Feeding, Filtering and Assimilation in 



Daphnia schc^dlcri Sars as Affected by Environmental Conditions, Arch. 



HydrobioL, 77: 139-163. 

 Heinle, D. R., 1976, Effects of Passage Through Power Plant Cooling Systems on 



Estuarine Copepod Species, Environ. Pollut. (London), 11: 39-58. 

 Kibby, H. V., 1971, Effect of Temperature on the Feeding Behavior of Daphnia 



rosea, Limnol. Oceanogr., 16: 580-581. 

 Kinne, O., 1964, Non-Genetic Adaptation to Temperature and Salinity, He /^o/. 



Wiss. Meeresunters., 9: 433-458. 

 Lanza, G. R., G. J. Lauer, T. C. Ginn, P. C. Storm, and I. Zubarik, 1975, 



Biological Effects of Simulated Discharge Plume Entrainment at Indian Point 



Nuclear Power Station, Hudson River Estuary, U.S.A., in Combined Effects 



of Radioactive, Chemical and Thermal Releases to the Environment, 



Symposium Proceedings, Stockholm, 1975, pp. 95-126, STI/PUB/404, 



International Atomic Energy Agency, Vienna. 



Lauer, G. J., et al., 1974, Entrainment Studies on Hudson River Organisms, in 



Proceedings of the Second Workshop on Entrainment and Intake Screening, 



L. D. Jensen (Ed.), pp. 37-82, Cooling Water Discharge Research Project 



Report No. 15, Electric Power Reseaixh Institute, Publication No. 



74-049-00-5, Palo Alto, Calif. 



