Add to ORKGMissouri reservoirs span a broad range of trophic states, with cross-system variation being determined largely by nonpoint source inputs from croplan
ABSTRACT: In the Ozark Plateaus, the focus of watershed mangers is often on diffuse sources of phos...
Complex socioeconomic and ecological issues, ranging from impaired streams to Gulf of Mexico hypoxia...
Historically, lake and reservoir management has focused on controlling external nutrient inputs. How...
Eutrophication of lakes due to increased loading of nutrients negatively affects water quality, warr...
Jones, J.R. and M.F. Knowlton. 2005. Chlorophyll response to nutrients and non-algal seston in Misso...
Jones, J.R. and M.F. Knowlton. 2005. Chlorophyll response to nutrients and non-algal seston in Misso...
Eutrophic conditions in the upper James River Arm (JRA) of Table Rock Lake have been linked to phosp...
Degraded ·water quality in the James River Arm of Table Rock Lake, southwest Missouri has raised con...
In 1995, the U.S. Geological Survey conducted a study to characterize nutrient concentrations in fiv...
The Missouri River has been extensively altered as the result of channelization, bank stabilization,...
Beginning in 1989 the University of Missouri undertook a study of trophic state in reservoirs locate...
Haggard BE, Scott JT, Patterson S. 2012. Sediment phosphorus flux in an Oklahoma reservoir suggests ...
Abstract: The proportion of cropland cover in the catchments of Missouri reservoirs, a surrogate for...
Aquatic mineral measurements and sediment characterization of the Cedar\ud River basin lakes and str...
Phosphorus (P) is the nutrient limiting algal production in many Missouri streams and lakes. Water q...
ABSTRACT: In the Ozark Plateaus, the focus of watershed mangers is often on diffuse sources of phos...
Complex socioeconomic and ecological issues, ranging from impaired streams to Gulf of Mexico hypoxia...
Historically, lake and reservoir management has focused on controlling external nutrient inputs. How...
Eutrophication of lakes due to increased loading of nutrients negatively affects water quality, warr...
Jones, J.R. and M.F. Knowlton. 2005. Chlorophyll response to nutrients and non-algal seston in Misso...
Jones, J.R. and M.F. Knowlton. 2005. Chlorophyll response to nutrients and non-algal seston in Misso...
Eutrophic conditions in the upper James River Arm (JRA) of Table Rock Lake have been linked to phosp...
Degraded ·water quality in the James River Arm of Table Rock Lake, southwest Missouri has raised con...
In 1995, the U.S. Geological Survey conducted a study to characterize nutrient concentrations in fiv...
The Missouri River has been extensively altered as the result of channelization, bank stabilization,...
Beginning in 1989 the University of Missouri undertook a study of trophic state in reservoirs locate...
Haggard BE, Scott JT, Patterson S. 2012. Sediment phosphorus flux in an Oklahoma reservoir suggests ...
Abstract: The proportion of cropland cover in the catchments of Missouri reservoirs, a surrogate for...
Aquatic mineral measurements and sediment characterization of the Cedar\ud River basin lakes and str...
Phosphorus (P) is the nutrient limiting algal production in many Missouri streams and lakes. Water q...
ABSTRACT: In the Ozark Plateaus, the focus of watershed mangers is often on diffuse sources of phos...
Complex socioeconomic and ecological issues, ranging from impaired streams to Gulf of Mexico hypoxia...
Historically, lake and reservoir management has focused on controlling external nutrient inputs. How...