The LCBP’s work is informed and guided by scientists across a broad range of disciplines. The expertise of these partners is critical to informing sound management decisions for the Basin’s resources. These people bring extensive experience in academia and government to the LCBP’s Committees and partnerships. While LCBP staff often are able to answer technical questions and are happy to speak to media, the scientists and resource managers who are working on their specific lake issues day-to-day often can provide the most recent objective, science-based information.
Watch our video series on Lake Champlain scientists here!
Search here to find a scientist:
watershed planning; municipal infrastructure planning and implementation for stormwater, wastewater and erosion reduction projects; grant writing and management assistance for municipalities and counties
aquatic connectivity, resiliency of transportation infrastructure, human and natural community adaptations to climate change impacts in the Lake Champlain Basin and beyond
mechanistic toxicology, human health risk assessment, exposure science
hydrology, flooding, water quality
Land use and watershed management planning; Lake Champlain Total Maximum Daily Loads (TMDLs); pollutant reduction technologies; U.S. Clean Water Act programs.
Low temperature biogeochemistry; nutrient and pollutant mobility and cycling in watersheds, lakes, estuaries, and oceans; impacts of global or regional environmental change on biogeochemical systems; nutrient and algal bloom dynamics within the Lake Champlain Basin
Technical coordination at the Montérégie Regional Office of MDDELCC for the Agreement on Phosphorus Reduction in Missisquoi Bay (Quebec and Vermont); development and implementation of the Action Plan for the Reduction of Phosphorus in Missisquoi Bay, the Water Quality and Biological Monitoring Project and the Monitoring and Evaluation of Blue-Green Algae Project for Missisquoi Bay with Quebec and Vermont partners; representing the Government of Québec and the MDDELCC on inter-jurisdictional management committees related to the Lake Champlain basin.
Hydrologic and biogeochemical cycles; physical, chemical, and isotopic approaches to identify water sources and track water flowpaths from precipitation and snowmelt, through the subsurface, to the stream; mercury movement in streamwater in forested and agricultural landscapes; the effects of ski resort development on water quantity and quality.
agriculture; water quality
Technical assistance, education, and outreach to ensure compliance with the National Flood Insurance Program (NFIP) and state regulatory requirements in northwestern Vermont communities, Northwest Regional Floodplain Manager (VTDEC)