Any farming practices that degrade water quality contribute to agricultural nonpoint source pollution. This is a problem in Kentucky\u27s Bluegrass region where shallow soils and karst geology permit surface contaminants to reach groundwater quickly. Real and perceived threats to public health may make groundwater protection plans a reality if evidence for non-point source pollution in agricultural areas continues to grow
This project aims to characterize contaminants’ fate and transport in karstic aquifers in the Cumbe...
Non-point sources are now responsible for most nutrient contamination in surface water and groundwat...
Eastern Kentucky University’s (EKU) Meadowbrook Farm and many others in the Muddy Creek watershed ar...
Agricultural runoff influenced by nonpoint pollution frequently exceeds the USEPA standards for bact...
Recent years have seen a greater public concern about the quality of the nation\u27s water resources...
Poultry production in Kentucky increased almost 200% between 1991 and 1995. Their waste is typically...
The impact on water quality by agricultural activity in karst terrain is an important consideration ...
Human and livestock exposure to fecal pathogens via contaminated surface or groundwater is an import...
Tates Creek (Madison County, Kentucky) is characterized by an oversupply of nutrients and fecal micr...
We measured nutrient (nitrate, ammonium, phosphate) and fecal microbe concentrations in surface wate...
The contamination of water supplies by fecal bacteria is an important water quality issue in Kentuck...
Bacterial pathogens can degrade ground water quality by infiltrating and eroding from land treated w...
Stream systems are often affected by anthropogenic activities that affect water quality and stream e...
Stream systems are often affected by anthropogenic contaminants that affect water quality and stream...
"New/February1991/10M.""Water Quality.""Focus area : a quality world : bringing about change.""Publi...
This project aims to characterize contaminants’ fate and transport in karstic aquifers in the Cumbe...
Non-point sources are now responsible for most nutrient contamination in surface water and groundwat...
Eastern Kentucky University’s (EKU) Meadowbrook Farm and many others in the Muddy Creek watershed ar...
Agricultural runoff influenced by nonpoint pollution frequently exceeds the USEPA standards for bact...
Recent years have seen a greater public concern about the quality of the nation\u27s water resources...
Poultry production in Kentucky increased almost 200% between 1991 and 1995. Their waste is typically...
The impact on water quality by agricultural activity in karst terrain is an important consideration ...
Human and livestock exposure to fecal pathogens via contaminated surface or groundwater is an import...
Tates Creek (Madison County, Kentucky) is characterized by an oversupply of nutrients and fecal micr...
We measured nutrient (nitrate, ammonium, phosphate) and fecal microbe concentrations in surface wate...
The contamination of water supplies by fecal bacteria is an important water quality issue in Kentuck...
Bacterial pathogens can degrade ground water quality by infiltrating and eroding from land treated w...
Stream systems are often affected by anthropogenic activities that affect water quality and stream e...
Stream systems are often affected by anthropogenic contaminants that affect water quality and stream...
"New/February1991/10M.""Water Quality.""Focus area : a quality world : bringing about change.""Publi...
This project aims to characterize contaminants’ fate and transport in karstic aquifers in the Cumbe...
Non-point sources are now responsible for most nutrient contamination in surface water and groundwat...
Eastern Kentucky University’s (EKU) Meadowbrook Farm and many others in the Muddy Creek watershed ar...