Start a New Search
SHOWING 7 RESULTS
Michigan State University study looks at how efficiently “second generation” biofuel crops – perennial, non-food crops such as switchgrass or native grasses – use rainwater and how these crops affect overall water balance.
Solving the Freshwater Puzzle | Agriculture | Michigan State UniversityA new app, “Empower Flint,” was developed to provide residents with a step-by-step checklist of the most important action items they should take to protect themselves in dealing with the lead water crisis.
Solving the Freshwater Puzzle | Water Quality | Michigan State UniversityFor the first time, a map of fecal viruses traveling our global waterways has been created using modeling methods to aid in assessing water quality worldwide.
Solving the Freshwater Puzzle | Water Quality | Michigan State UniversityUniversity of Minnesota researchers are working together to design and develop smart technology that will more efficiently and cost-effectively lower sulfate concentrations in waters where wild rice like to grow.
Solving the Freshwater Puzzle | Water Quality | University of Minnesota, Twin CitiesResearchers at Michigan State study have produced the most-detailed list of viruses in ballast water to date, and aims to provide engineers, environmental scientists and policy makers with vital information on how ships spread viruses.
Solving the Freshwater Puzzle | Water Quality | Michigan State UniversityGlobal Environmental Management Initiative (GEMI) and partners, introduced the Supply Chain Sustainability tool which helps businesses identify the purchased inputs that emit the highest levels of GHGs and use the most water in their production.
Solving the Freshwater Puzzle | Water Quality | University of Minnesota, Twin CitiesResearchers measured global water scarcity around the world at unprecedented resolution and synthesized the information into a single, easily understandable global map that planners and policy-makers can use to improve access to water around the world.
Solving the Freshwater Puzzle | Water Systems | University of Minnesota, Twin Cities