The Freshwater Society’s (FWS) Master Water Stewards (MWS) program develops, certifies, and supports community volunteer leaders to work for the health of their water at a neighborhood scale to improve water quality. FWS has implemented the MWS program with many watershed districts and cities and is in the process of expanding state-wide. To date, MWS […]
Read More… from Strategic Communication for Master Water Stewards
The Freshwater Society’s (FWS) Master Water Stewards (MWS) program develops, certifies, and supports community volunteer leaders to manage stormwater at a neighborhood scale to improve water quality. FWS is wrapping up the third year of its MWS pilot partnership with the Minnehaha Creek Watershed District and is preparing to expand the MWS program to seven […]
The Freshwater Society’s (FWS) Master Water Stewards (MWS) program develops, certifies, and supports community volunteer leaders to manage stormwater at a neighborhood scale to improve water quality. As part of the training program, MWS complete a capstone project in their watershed to infiltrate stormwater into the ground. MWS can use the MIDS calculator to determine […]
Read More… from Examining Urban Agriculture as a Stormwater Best Management Practice
The Freshwater Society’s (FWS) Master Water Stewards (MWS) program develops, certifies, and supports community volunteer leaders to manage stormwater at a neighborhood scale to improve water quality. After a successful pilot, FWS will expand the MWS program to watershed districts and cities state-wide. As the program expands, the FWS needs to develop and refine recruiting […]
Read More… from Marketing and Recruitment for Master Water Stewards
The Freshwater Society’s (FWS) Master Water Stewards (MWS) program develops, certifies, and supports community volunteer leaders to manage stormwater at a neighborhood scale to improve water quality. After a successful pilot, the FWS is preparing to expand the MWS program to watershed districts and cities state-wide. As the program expands, the FWS needs to provide […]
The Climate Vulnerability Assessment (CVA) project identifies potential vulnerabilities of regional systems to the increased frequency and severity of climatic events. The CVA project will guide planning and policies regarding infrastructure, assets, facilities, and the built environment to help address climate vulnerability in the region. As part of the CVA, ENVR 401/GEOG 402 students will […]
Read More… from Climate Vulnerability Assessment: Extreme Heat Report
The Department of Economics sponsors an annual data analysis competition (DataCom). The challenge to student researchers: Think you know data? Prove it. This year’s data are provided by Metro Transit, which operates the primary public transit system of bus and rail lines in the Twin Cities. Teams of economics students propose research questions, manage and […]
The Climate Vulnerability Assessment (CVA) project identifies potential vulnerabilities of regional systems to the increased frequency and severity of climatic events. The CVA project will guide planning and policies regarding infrastructure, assets, facilities, and the built environment to help address climate vulnerability in the region. As part of the CVA, ENVR 401/GEOG 402 students will […]
Read More… from Climate Vulnerability Assessment: Extreme Heat Report
The City of Elk River was selected to participate in the Climate Smart Municipalities partnership for 2016-2018. This partnership is between the state of Minnesota and the state of North Rhine-Westphalia, Germany. Five Minnesota cities (Elk River, Morris, Warren, Duluth, and Rochester) have been paired up with NRW cities (Iserloh, Saerbeck, Arnsberg, Munster, and Siegen) […]
Read More… from German Translation for Elk River’s Climate-Smart Municipalities Partnership
The City of Elk River is working to improve water quality in its lakes and rivers. As a part of this effort, Elk River is examining the overall management of Lake Orono to build a better understanding of the lake as a whole. Environmental Problem Solving students will build upon the work of Aquatic Biology […]
Read More… from Modeling Pollutant Levels in Lake Orono After Rainfall Events