University of Wisconsin–Madison
The drumbeat calling scientists to share their work with the public is as loud as ever, and Tracey Holloway is happy to answer. Holloway leads a group of researchers drawn together as NASA’s Health and Air Quality Applied Sciences Team.
Professor Holly Gibbs leads a team that is creating the world’s first database documenting the soy and cattle industry’s evolution in Brazil and how it relates to deforestation and land management decisions.
Launching in fall 2017, the King-Morgridge Scholars Program will prepare young leaders to fight poverty and improve quality of life around the world.
The UniverCity Alliance brings together students, faculty and research centers from across the UW–Madison campus to provide communities with resources to help develop solutions for urban growth and development issues.
Students in Life Sciences Communications 515 partnered with Union South to reduce contamination in the building’s waste stream. Student teams created social marketing campaigns aimed at improving recycling and composting among Union customers.
The Nelson Institute director’s statement upholds the value and integrity of climate research at UW–Madison and partner institutions.
Through a combination of outreach, sampling and detailed watershed modeling, UW–Madison researchers are trying to remove some of the obstacles that prevent more widespread use of green infrastructure, and, more importantly, evaluate which green infrastructure strategies are most effective in which areas.
Researchers in the new REMADE institute will focus on improving sustainable manufacturing and on an education and workforce development program to fill identified gaps.
Researchers at UW–Madison and the USFS Forest Products Lab are perfecting a way to turn tiny cellulose fibers in wood pulp into a triboelectric nanogenerator (TENG) that can harvest electricity from the environment.
UW–Madison chemists have enabled a new way to make a common plastic ingredient that uses less energy, reduces waste carbon dioxide, and creates more useful byproducts.