Steve Vavrus appeared on Wisconsin Public Radio and National Public Radio to comment on the historic flooding in the Madison area in late August 2018.

Michael Notaro and Rose Pertzborn trained teachers in the Butternut Elementary and High School in Wisconsin on implementing the NASA GLOBE climate science inquiry program into their classrooms, as part of their funded Baldwin project.

The project, named CHEESEHEAD19 (for Chequamegon Heterogeneous Ecosystem Energy-balance Study Enabled by a High-density Extensive Array of Detectors 2019), is headed by University of Wisconsin–Madison Professor of Atmospheric and Oceanic Sciences Ankur Desai and was just awarded a $1.5 million dollar grant from the National Science Foundation.

A prestigious endowment established to fund projects that foster public engagement and the advancement of the Wisconsin Idea, the Baldwin Wisconsin Idea Endowment grant was awarded to Michael Notaro and Rose Pertzborn for their project titled, Advancing Climate Science Education, Inquiry, and Literacy Across Rural Wisconsin Communities. In essence, this funding will allow Notaro and Pertzborn to provide a number of educators across the Curtis Tension Zone with the equipment and training they need to collect data on climate variability and change and its impacts while also making climate research a part of their curriculum and community engagement efforts.

Steve Vavrus was interviewed for the LaCrosse Tribune in a story about recent climate trends in Wisconsin and Minnesota. 

Drs. Michael Notaro and Rose Pertzborn were awarded a three-year UW-Madison Baldwin grant to engage students, teachers, and citizen scientists and provide science education to rural communities along the Wisconsin Ice Age Trail.  The news was covered by Wisconsin State Journal.

Collin Tuttle has spent the last two years investigating how climate change is affecting known sea shipping routes through the Arctic, and whether or not the ice is responding to the changes in a way that makes travel through it more viable.

Erin Thomas recently defended her PhD study. Her research focuses on understanding the complex interactions between El Nino-Southern Oscillation (ENSO) and numerous oceanic and atmospheric phenomena. These phenomena complicate our understanding of the mechanisms responsible for generating ENSO diversity and make it very difficult to predict ENSO events. Her research utilizes statistical and physical modeling to identify both observationally-grounded and physically meaningful mechanisms that influence the development of ENSO events.