Agricultural runoff is an important non-point pollution source in many Wisconsin watersheds including southwestern Wisconsin’s Fever River. The Fever River (a tributary to the Galena River Watershed) was recognized as affected by nonpoint source pollution (sediment and phosphorus) and served as one of Wisconsin’s first non-point pollution control sites (WIDNR 2001). Controlling the sources of nutrients from the landscape is particularily complex because end-of-pipe monitoring is not available and simulation tools are usually necessary. Management practices were originally installed to mitigate sediment and phosphorus loading in the Fever River to protect its aquatic ecosystem. The excellent smallmouth bass fishery resulted in the Fever Rive...
Freshwater CollaborativeNutrient pollution (nitrogen and phosphorus) results in harmful blue-green a...
There is an abundance of evidence to suggest that humans have dramatically altered - sometimes perma...
In Wisconsin, nonpoint source pollution has been identified as the greatest cause of water quality d...
Nitrogen and phosphorus loading characteristics of the Big Eau Pleine River, Marathon County, Wiscon...
In the twentieth century, the challenges faced by water resources managers in the United States incl...
U.S. Environmental Protection Agency, Section 319, Nonpoint Source Pollution Control Program of the ...
The Red Cedar river runs through a large portion of northwest Wisconsin, eventually draining into th...
Color poster with text, charts, diagrams, and maps.Fertilizers, sediments, and animal wastes from ag...
Stream water quality is increasingly threatened by expanding anthropogenic activities, mainly throug...
Since 2012, University of Wisconsin-Manitowoc has conducted water quality research on Centerville, P...
Identifying Critical NPS Contributing Watershed Areas (p. 247) Gross Erosion Rates, Sediment Yields,...
The water quality in many Midwestern streams and lakes is negatively impacted by agricultural activi...
Nonpoint source (NPS) pollution is often the result of runoff losses from agricultural or urban area...
The Genesee River Project, conducted from August 2010 to August 2013, provides a detailed picture of...
Abstract Riparian buffers have the potential to improve stream water quality in agricultural landsca...
Freshwater CollaborativeNutrient pollution (nitrogen and phosphorus) results in harmful blue-green a...
There is an abundance of evidence to suggest that humans have dramatically altered - sometimes perma...
In Wisconsin, nonpoint source pollution has been identified as the greatest cause of water quality d...
Nitrogen and phosphorus loading characteristics of the Big Eau Pleine River, Marathon County, Wiscon...
In the twentieth century, the challenges faced by water resources managers in the United States incl...
U.S. Environmental Protection Agency, Section 319, Nonpoint Source Pollution Control Program of the ...
The Red Cedar river runs through a large portion of northwest Wisconsin, eventually draining into th...
Color poster with text, charts, diagrams, and maps.Fertilizers, sediments, and animal wastes from ag...
Stream water quality is increasingly threatened by expanding anthropogenic activities, mainly throug...
Since 2012, University of Wisconsin-Manitowoc has conducted water quality research on Centerville, P...
Identifying Critical NPS Contributing Watershed Areas (p. 247) Gross Erosion Rates, Sediment Yields,...
The water quality in many Midwestern streams and lakes is negatively impacted by agricultural activi...
Nonpoint source (NPS) pollution is often the result of runoff losses from agricultural or urban area...
The Genesee River Project, conducted from August 2010 to August 2013, provides a detailed picture of...
Abstract Riparian buffers have the potential to improve stream water quality in agricultural landsca...
Freshwater CollaborativeNutrient pollution (nitrogen and phosphorus) results in harmful blue-green a...
There is an abundance of evidence to suggest that humans have dramatically altered - sometimes perma...
In Wisconsin, nonpoint source pollution has been identified as the greatest cause of water quality d...