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haringvl i e t Estuary Measured Velocities After 156 Time Steps of Computation. 96 Water Levels a t N=13, M=31. 97 N Component of Velocity After 9.2 hr of Real Time. . 98 M Component of Velocity After 9.2 hr of Real Time. . 99 N Component of Velocity After 9.2 hr of Real Time. . Water Levels a t N=13, M=31. M Component of Velocity After 9.2 hr of Real Time. . 1 Component of Velocity After 9.2 hr of Real Time. . M Component of Velocity After 9.2 hr of Real Time. . Water Levels a t N=13, M=31. M Component of Velocity After 9.2 hr of Real Time. . N Component of Velocity After 9.2 h r of Real Time. . Water Levels a t N=13,. M=55. Water Levels a t N=13, M=31. N Component of Velocity After 9.2 hr of Real Time. . M Component of Velocity After 9.2 hr of Real Time. . 111 M Component of Velocity After 9.2 h r of Real Time. . 112 N Component of Velocity After 9.2 hr of Real Time. .

This publication represents a summary report on the aquatic studies a t Gable Mountain Pond from [1972][1973][1974] Native goldfish had maximum and average 1 3 7~s concentrations of about 340 and 170 pCi/g dry w t , respectively. Algae, macrophytes, and d e t r i t u s comprised the main food items of the goldfish, and the 1 3 7~s levels in the plants were usually higher than the 1 3 7~s concentration in the f i s h . Uncontaminated goldfish r e s t r i c t e d t o areas of relatively high and low levels of radioa c t i v i t y attained quasi-equil ibrium levels of 1 3 7~s a t different r a t e s , time, and magnitude, w i t h f i s h in the higher area accumulating nearly twice the amounts of 1 3 7~s as f i s h i n the lower area. The former population attained peak concentrations in about 3 months as compared t o about 2 months in the l a t t e r . Both populations exhibited decreasing concentrations i n winter as metabolic rates decreased.The 3 7~s concentrations of wi ld experimental ducks restricted t o Gable Mountain Pond were approximately the same a s resident coots, but significantly higher than transient wild ducks.Neither the goldfish nor the waterfowl inhabiting the pond attained concentrations of 3 7~s exceeding acceptable 1 imi t s . Sediment, however, could be a source of high concentrations of radioactivity or radioactive contamination concern i f (a) the concentration of radiocontaminants increased and/or ( b ) the pond dries u p , and the contaminated sediments become windborne.