Ecological Studies of the Hudson River Near Indian Point

Ecological Studies of the Hudson River Near Indian Point

Date: April 1971
Creator: New York University. Medical Center. Institute of Environmental Medicine.
Description: "The general purpose of [this study is] to determine the ecological responses of the [Hudson] River to various classes of potential pollutants, so that the discharge of waste heat and radionuclides from the Indian Point Power Plant can be evaluated in context with these" (p. 1).
Contributing Partner: UNT Libraries
Radioecological Studies of the Hudson River

Radioecological Studies of the Hudson River

Date: 1973
Creator: New York University. Medical Center. Institute of Environmental Medicine.
Description: "This report summarizes the results of the Hudson River radioecological studies conducted in 1973" (p. 1). The study investigates the behavior of gamma-emitting radionuclides in the Hudson River and the accumulation of natural alpha-emitting radionuclides.
Contributing Partner: UNT Libraries
Effects of Entrainment by the Indian Point Power Plant on Biota in the Hudson River Estuary, 1971 to 1972

Effects of Entrainment by the Indian Point Power Plant on Biota in the Hudson River Estuary, 1971 to 1972

Date: September 1973
Creator: New York University. Medical Center. Institute of Environmental Medicine.
Description: "This report summarizes the progress of studies conducted in 1971 and 1972 to determine the effects of entrainment of Hudson River organisms by the Indian Point nuclear power station" (p. xviii).
Contributing Partner: UNT Institute of Applied Sciences
Effects of Entrainment by the Indian Point Power Plant on Biota in the Hudson River Estuary, 1973

Effects of Entrainment by the Indian Point Power Plant on Biota in the Hudson River Estuary, 1973

Date: September 1974
Creator: New York University. Medical Center. Institute of Environmental Medicine.
Description: "This report summarizes the progress of studies conducted in 1973 to determine the effects on Hudson River organisms of entrainment by the Indian Point nuclear power station" with emphasis "on the potential effects of entrainment on organisms passing through the plant's condenser cooling system" (p. xxi).
Contributing Partner: UNT Institute of Applied Sciences