Research on Climate Change and Lake Champlain’s Legacy Phosphorus Published

A graphic model of Global climate change (GCC) induced changes in air temperature and precipitation that directly influence external nutrient loading from the watershed
A conceptual model of global climate change-induced changes in air temperature and precipitation that directly influence external nutrient loading from the watershed, and indirectly influence internal lake bottom sediment loading of legacy nutrients.

Community Development and Applied Economics Professor Asim Zia is receiving media coverage after the publication of a research paper entitled, “Climate Change-Legacy Phosphorus Synergy Hinders Lake Response to Aggressive Water Policy Targets.” The research investigated the impacts that climate change is having on the ability to meet water quality standards in Lake Champlain. Continue reading “Research on Climate Change and Lake Champlain’s Legacy Phosphorus Published”