A study provides a direct link between changes in Cahokia’s population size as measured through a unique fecal record and environmental data showing evidence of drought and flood.
UW-Madison researchers are more than one year into a project sponsored by Wisconsin Sea Grant aimed at a better understanding how the bluffs erode, and what triggers their collapse.
It’s a major task to understand a Laguna del Maule mountaintop region that has erupted 50 times over the past 20,000 years. But the starting point of a UW–Madison study is simple: It’s the ring that standing water leaves on a bathtub.
New research out of the University of Wisconsin–Madison shows that a flurry of homebuilding near wild areas since 1990 has greatly increased the number of homes at risk from wildfires while increasing the costs associated with fighting those fires in increasingly dense developments.
Reproduction among bald eagles in a remote national park in Minnesota was aided when their nests were protected from human disturbance, according to a new study.
Wiped out more than 250 million years ago, a trilobite today is the Wisconsin state fossil. It is also the defining feature of this year’s award-winning Treinen Farm Corn Maze in Lodi.
When Harold Tobin was planning the course on "Natural Hazards and Disasters" last spring, he could not know that hurricanes and wildfires would own the news cycle this semester.
Bentley was among the first scientists to measure the West Antarctic Ice Sheet in the late 1950s. His findings resonate today as marine ice sheets are particularly vulnerable to melting and collapse in climate change scenarios.
UW-Madison geoscience department researchers have peered back in time more than 400,000 years to illuminate a record of earthquakes along the Loma Blanca fault in New Mexico.
The winners of the Outstanding Undergraduate Returning Adult Student Award have resumed their academic pursuits after a significant interruption and have attained senior status while handling all the demands of adult life.
Why did easy-to-see and once-common structures called stromatolites essentially cease forming over the long arc of earth history?
New evidence confirms a critical theory of how the planets in our solar system behave in their orbits around the sun, producing big changes in Earth's climate.
“Why is there oxygen in the atmosphere?" asks researcher Shanan Peters. The high school explanation is 'photosynthesis.' But we’ve known for a long time ... that building up oxygen requires the formation of rocks like black shale."