Reducing nonpoint source pollution is an ongoing challenge in watersheds throughout the world. Implementation of best management practices, both structural and nonstructural, is the usual response to this challenge, with the presumption that they are effective. However, monitoring of their efficacy is not a standard practice. In this study, we evaluate the effectiveness of two wetland restoration projects, designed to handle runoff during high flow events and serve as flow-through retention basins before returning flow further downstream. The Macatawa Watershed is located in west Michigan, is heavily agricultural, and drains into Lake Macatawa, a hypereutrophic lake with total phosphorus concentrations usually exceeding 100 µg/L. We m...
Excess phosphorus can lead to eutrophication of aquatic ecosystems, which can indirectly cause many ...
Water quality conditions in three oxbow lakes were examined before and after best management practic...
Globally, investments are made to protect, restore, construct, and manage wetland ecosystems to miti...
Reducing nonpoint source pollution is an ongoing challenge in watersheds throughout the world. Imple...
Improving water quality is a serious concern of many state and local governments across the U.S. Nut...
Project Clarity, a $12M restoration project initiated in 2013, works to restore the 179 mi2 hypereut...
Graduation date: 2009Upper Klamath Lake (UKL) and Agency Lake in south-central Oregon are\ud hypereu...
Wetland restoration has numerous potential ecological and societal benefits, one of which is the ret...
Lake Okaro is a small, warm monomictic lake in central North Island, New Zealand, which progressed f...
Surface water quality regulated by agricultural pollution remains to be an important environmental c...
The repeated occurrence of Lake Erie’s harmful algal blooms suggests an inadequate phosphorus manage...
Anthropogenic activities degrade surface water quality by increasing nutrient input to the watershed...
Wetlands perform critical ecosystem services, including nutrient reduction, flood mitigation, and bi...
Stormwater (SW) runoff in urban areas represents a major pathway for pollutant transfer to receiving...
Water-quality impairment due to excess nutrients entering Lake Rotorua has been recognised since the...
Excess phosphorus can lead to eutrophication of aquatic ecosystems, which can indirectly cause many ...
Water quality conditions in three oxbow lakes were examined before and after best management practic...
Globally, investments are made to protect, restore, construct, and manage wetland ecosystems to miti...
Reducing nonpoint source pollution is an ongoing challenge in watersheds throughout the world. Imple...
Improving water quality is a serious concern of many state and local governments across the U.S. Nut...
Project Clarity, a $12M restoration project initiated in 2013, works to restore the 179 mi2 hypereut...
Graduation date: 2009Upper Klamath Lake (UKL) and Agency Lake in south-central Oregon are\ud hypereu...
Wetland restoration has numerous potential ecological and societal benefits, one of which is the ret...
Lake Okaro is a small, warm monomictic lake in central North Island, New Zealand, which progressed f...
Surface water quality regulated by agricultural pollution remains to be an important environmental c...
The repeated occurrence of Lake Erie’s harmful algal blooms suggests an inadequate phosphorus manage...
Anthropogenic activities degrade surface water quality by increasing nutrient input to the watershed...
Wetlands perform critical ecosystem services, including nutrient reduction, flood mitigation, and bi...
Stormwater (SW) runoff in urban areas represents a major pathway for pollutant transfer to receiving...
Water-quality impairment due to excess nutrients entering Lake Rotorua has been recognised since the...
Excess phosphorus can lead to eutrophication of aquatic ecosystems, which can indirectly cause many ...
Water quality conditions in three oxbow lakes were examined before and after best management practic...
Globally, investments are made to protect, restore, construct, and manage wetland ecosystems to miti...