Add to ORKGEastern Kentucky University’s (EKU) Meadowbrook Farm and many others in the Muddy Creek watershed are located within small, intermittent subwatersheds with thin, impermeable soils and little riparian cover. Hence, these locations tend to have flashy hydrographs and quickly funnel water into larger order streams without many opportunities for nutrient attenuation. These combined factors make intermittent watersheds potential nutrient contamination hotspots that may disproportionately impact larger water bodies. However, the impacts of surface-groundwater interactions on baseflow nutrient behavior in these small intermittent watersheds and potential ramifications for large-scale watershed contamination is not well understood. Hence, we charac...
Excess nutrients are found in watersheds originating from active farmland often causing poor water q...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
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...
Non-point sources are now responsible for most nutrient contamination in surface water and groundwat...
Non-point sources from human activities such as farming have replaced industrial point sources as co...
Non-point sources from human activities such as farming have replaced industrial point sources as co...
Non-point sources from human activities such as farming have replaced industrial point sources as co...
Non-point sources from human activities such as farming have replaced industrial point sources as co...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
Excess nutrients are found in watersheds originating from active farmland often causing poor water q...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
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...
Non-point sources are now responsible for most nutrient contamination in surface water and groundwat...
Non-point sources from human activities such as farming have replaced industrial point sources as co...
Non-point sources from human activities such as farming have replaced industrial point sources as co...
Non-point sources from human activities such as farming have replaced industrial point sources as co...
Non-point sources from human activities such as farming have replaced industrial point sources as co...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
Excess nutrients are found in watersheds originating from active farmland often causing poor water q...
Agricultural activities often contaminate watersheds with excess nutrients leading to poor water qua...
Non-point sources are now responsible for most nutrient contamination in surface water and groundwat...