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NON-POINT SOURCE POLLUTION IN THE CHINCOTEAGUE BASIN Based on field data collected from ten sample sites encompassing seven land uses, the U. S. Army Corps of Engineer's STORM model has been calibrated and applied to the watershed of the Chincoteague Bay System located on the eastern shore~ of Delawaret Maryland, and Virginia. Current and projected year 2000 non-point source pollution loads have been calculated and current loads have been compared with point source discharges and storm-generated marsh nutrient exports. Point sources are responsible for larger quantities of ammonia and phosphorous while non-point sources contribute greater amounts of nitrate and coliforms. Rough equivalence is noted in the contributions of organic nitrogen and BOD5 . A single storm on the local ma~shes, however, can produce nutrient export of the same order of magnitude as the monthly average point or non-point source loads from the remainde~ of the basin.

Intensive hydrographical and water quality survey of the Chincoteague/Sinepuxent/Assawoman Bay Systems : Volume III. Non-point source pollution studies in the Chincoteague Bay System