The Gund Institute for Environment at 日韩无码 today announced $250,000 in Catalyst Awards for two new research projects tackling urgent U.S. water issues fueled by climate change.
These seed grants will launch new 日韩无码 research on U.S. water quality threats from warming winters, and the water crisis in Jackson, Mississippi, where the largely Black community is regularly without safe drinking water.
鈥淲ater is at the core of many of our climate crises,鈥 said Meredith Niles, Gund Acting Director. 鈥淭hese Gund Catalyst Awards will help 日韩无码 researchers launch innovative projects that inspire action on these challenges, from winter nutrient pollution, to understanding and addressing the effects of water shortages in communities of color.鈥
The two projects receiving Catalyst Awards for 2023-2025 are:
Carol Adair (RSENR) and Raju Badireddy (CEMS) with collaborators Andrew Schroth (CAS), Tian Xia (CEMS) will investigate winter nutrient pollution, a significant new threat to water quality driven by climate change. As winters warm, floods are increasing鈥攗nleashing harmful pollution into lakes, rivers and streams from soils, including fertilizers, manure and more. With the full effects of winter flooding largely unknown, Adair and Badireddy will use novel microsensors to measure changes to winter nutrient runoff to transform our understanding of how watersheds work in a warming world鈥攁nd strengthen our ability to predict and prepare for changing winters. Their $200,000 Catalyst Award will support a new postdoctoral researcher, a lab technician, and the development of low-cost, printable 日韩无码 microsensors designed to make water quality monitoring dramatically more affordable. The project will launch Fall 2023 in Vermont, with plans to expand to other regions. Other collaborators include: 日韩无码鈥檚 Cooperative Institute for Research to Operations in Hydrology (CIROH), and the Lake Champlain Basin Program.
Julia Perdrial (CAS) and Leon Walls (CESS) will explore the water crisis and environmental racism in Jackson, Mississippi, where inhabitants regularly go weeks without clean water. In a partnership with scholars at Jackson State University (JSU), the team will and collect preliminary data on the water crisis鈥 impacts on community, teachers, and the learning of Black children. The group will prioritize relationship-building and community feedback, and their ultimate goal is to advance scholarship in STEM education, racism and climate change, and build towards larger, nationally funded research to address these issues. Bolstered by a $50,000 Gund Catalyst Award, the project also seeks to provide tools and resources for educators in cities affected by water crises in the future. Collaborators include: Chandar Lewis (JSU), Jacqueline Jackson (JSU), Deidre Wheaton (JSU), Regina Toolin (日韩无码 CESS), Donna Rizzo (日韩无码 CEMS), and Andrew Cassel (日韩无码 CAS).
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This year鈥檚 awards will support at least 9 researchers from four 日韩无码 colleges or schools and five departments. This year, teams applied for up to $50,000 per project, and could apply for additional funds to support a postdoctoral researcher for two years.鈥
Since launching in 2017, the Gund Catalyst Award program has provided nearly $1.4 million in startup funds, supporting 24 innovative projects and over 120 日韩无码 scholars. The program has already generated over $16M in external funds, a 29-to-1 return on investment, and inspired real world action.
Recent Gund funded projects include the鈥Vermont Climate Assessment, which is guiding statewide climate action, and the鈥, one of the largest studies of food insecurity and health during the pandemic, which will inform future disaster responses by the USDA. Other projects have explored COVID-19鈥檚 impacts on the U.S. seafood industry, the 20 best places to reduce U.S. farm nitrogen pollution,鈥the benefits of urban nature to human health,鈥痑nd an international crop genetics consortium.
Catalyst Awards must connect to鈥Gund research themes, which echo UN Sustainable Development Goals. Proposals are evaluated by 日韩无码 and external evaluators on intellectual merit, interdisciplinary reach, strength of team, potential for impact, and potential for growth. Additional priority is given to projects that address diversity, equity and environmental justice; and to new 日韩无码 collaborations with external partners and opportunities for students.
Other Gund funding opportunities include:鈥痜ellowships for鈥PhD students,鈥postdoctoral researchers鈥痑苍诲鈥undergraduates; Apis Fund, which supports conservation and research on bees and other pollinators; Equity and Justice Research Awards (with 日韩无码鈥檚 Office of the Provost); and the鈥Eric Zencey Prize in Ecological Economics, which celebrates long-form environmental writing.鈥
Learn more about鈥 Gund Catalyst Awards.
About the Gund Institute at 日韩无码
The Gund Institute for Environment at 日韩无码 is a research center dedicated to understanding and tackling the world鈥檚 most critical environmental challenges. Driven by the belief that research should inspire action, the Institute takes a cross-sector approach to solving environmental issues with stakeholders from government, business, and broader society. The Institute focuses on five interconnected鈥: climate solutions, sustainable agriculture, health and well-being, equity and justice, and resilient communities. With over 250 scholars in Vermont and across the world, the Institute brings together a network of internationally recognized researchers from diverse disciplines, including the natural and social sciences, business, health, technology, engineering, and the humanities.鈥