Results 131 to 140 of about 16,117 (183)
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Canadian Journal of Civil Engineering, 1984
A combination of the STORM runoff model and a two-dimensional dynamic lake type model successfully reproduced the fecal coliform levels of an urban beach on a lake in the Ottawa River. The elevated fecal coliform levels were associated with rainfall events and runoff from two large catchments upstream of the beach.
Merv D. Palmer, Raymond J. Dewey
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A combination of the STORM runoff model and a two-dimensional dynamic lake type model successfully reproduced the fecal coliform levels of an urban beach on a lake in the Ottawa River. The elevated fecal coliform levels were associated with rainfall events and runoff from two large catchments upstream of the beach.
Merv D. Palmer, Raymond J. Dewey
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Coliforms, fecal coliforms, and fecal streptococci as indicators of water pollution
Water, Air, and Soil Pollution, 1973The presence and survival of coliforms, fecal coliforms, and fecal streptococci were studied in sewage treatment plants, heavily polluted rivers, a lake, and other drinking water sources. In all cases the fecal streptococci were generally more resistant to the natural water environment and to purification processes than the other indicator organisms ...
Judith Cohen, Hillel I. Shuval
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Journal AWWA, 1969
Nonfecal coliforms often undergo regrowth after discharge into a stream. A California team investigates whether fecal coliforms follow suit.
David G. Deaner, Kenneth D. Kerri
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Nonfecal coliforms often undergo regrowth after discharge into a stream. A California team investigates whether fecal coliforms follow suit.
David G. Deaner, Kenneth D. Kerri
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FECAL COLIFORM RELEASE FROM CATTLE FECAL DEPOSITS1
JAWRA Journal of the American Water Resources Association, 1984ABSTRACT: Cowpies molded to a standard configuration and size were subjected to simulated rainfall, and the fecal coliform counts were determined using the most probable number (MPN) method of enumeration. The standard cowpie deposits were exposed to simulated rainfall once at ages 2 through 100 days.
Michael Kress, Gerald F. Gifford
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