What better way to commemorate Earth Day than by learning about how our everyday actions affect the environment? This week’s Frontiers focused on common chemical pollutants and their impacts. IonE resident fellow and College of Science and Engineering professor Bill Arnold kicked off the talk, followed by Matt Simcik, associate professor in the School of Public Health and Ron Hadsall, professor in the College of Pharmacy. With conversations ranging from flaming couches to perspiration and peeing, here are 10 things we learned: Continue reading
What would a clean water future look like for Minnesota? Bonnie Keeler, lead scientist for the Natural Capital Project at the University of Minnesota; Minnesota Pollution Control Agency commissioner John Linc Stein; and Deborah Swackhamer, a professor in the Humphrey School and School of Public Health, explored answers to that Big Question at last week’s Frontiers in the Environment event. Here are eight things we learned:
Minnesota is the most water-rich state in the U.S. Despite this, we still have to careful about our water future. We are currently dealing with high levels of unclean water, a problem that may only be exacerbated by increasing stresses such as population growth. We need to think not just about having enough water for everyone, but also about making sure our water is clean and safe.
When you think about the primary sources of water pollution, you probably imagine a factory pipe or perhaps massive livestock farms. But would you believe that your quiet neighborhood could be degrading water quality locally and downstream?
That was the topic of the season finale of Institute on the Environment’s Frontiers in the Environment lecture series on Wednesday, May 7, on the University of Minnesota’s St. Paul campus.
In “A Watershed Approach to Understanding Urban Eutrophication,” Sarah Hobbie, an IonE resident fellow and professor of ecology, evolution and behavior in the College of Biological Sciences, discussed how nutrients from lawns, pets and boulevard trees contribute to excessive algal growth in urban water bodies.