A pilot research project is using a holistic approach to riparian buffer restoration in the Champlain Valley.
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More frequent severe drought and heavy rain events can lead to spikes in phosphorus export from tile drains in Vermont…
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In the Missisquoi River basin, soils in agricultural lands and adjacent streambanks have more phosphorus than soils in forests and…
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How much does dirty water cost? Incremental changes in water clarity can have striking consequences for the Lake Champlain economy.
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New model parameters were applied to long-term data from 18 tributaries in the Lake Champlain basin to analyze water quality…
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The State of Vermont has developed a plan to reduce phosphorus inputs into Lake Champlain, focusing on nonpoint pollution from…
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New technologies and methods were evaluated to estimate sediment and phosphorus transport into Lake Champlain.
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The Better Back Roads program has been in use since 1997 on rural roads in Vermont. This study evaluated several…
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Predicting Risks in Riparian Buffers or Digital Soil Maps as Risk Management Tool Study assesses the usefulness of digital soil…
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Investigation of Chittenden County streams reveals surprisingly low amounts of bioavailable phosphorus coming from stream banks.
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Accounting for uncertainty in the management of non-point source phosphorus to improve decision-making in the Lake Champlain basin.
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