University of Wisconsin–Madison

Tag: Paul Hanson

Letter to the Editor: No, Madison’s Lakes Aren’t “Dead.”

The following is the Center for Limnology’s response (published Sunday, February 18) to a disheartening letter to the editor of the Wisconsin State Journal that proclaimed our lakes “dead” and declared it was time to give up on them. Needless to say, we did not agree!  Adam Hinterthuer, Grace Wilkinson and Hilary Dugan 2/18/24 – The recent letter …

Researchers Identify Five “Phases of Recovery” for a Nutrient Polluted Lake

by Adam Hinterthuer – When it comes to easing a lake’s water quality woes, there’s no such thing as a quick fix. Lakes and reservoirs across the U.S. suffer from problems like excessive algal growth and deep water “dead zones,” both of which are fueled by human development, agriculture and other land use changes sending …

“David Buoy” Wraps Up 11th Year Monitoring Lake Mendota

CFL grad student, Emily Whitaker tows David Buoy toward shore. Photo: E. Whitaker  Yesterday we caught a slight break in our string of cold, windy days and researchers here from the UW- Madison Center for Limnology and Department of Atmospheric and Oceanic Sciences were able to head out onto Lake Mendota to retrieve our invaluable …

Field Samples: The Hills Are Alive with the Sound of Science

Field Samples is a Q&A with researchers presenting at our weekly Wednesday seminar. Today the CFL’s distinguished research professor, Paul Hanson, will use music as a science communication tool. Tune in online for the live creation of a musical piece on harmful algal blooms! We’ll also live Tweet – #cflseminar  Who are you, where are you from, and …

Spring Blitz! Global Collaboration Gets to the Bottom of Plankton Diversity

As spring moves to summer, an unprecedented scientific collaboration is sending researchers around the globe scrambling into their boats and simultaneously heading out onto the world’s lakes. It’s called “Spring Blitz,” and, from Wisconsin to Florida to Switzerland, scientists are out monitoring everything from water temperature to dissolved oxygen to plankton communities as lakes in …