Recipients of Fall Research Competition awards are thankful for the funding to help them acquire the resources they need, but perhaps most important, they say, is the student support they are able to provide.
In Physiology 335, students capture and analyze data from their own bodies using computer software and electrode wires. Sinclair Richards For…
In a video, Professor Monica Turner and her research team and colleagues explore how the patterns of fire and recovery are changing, particularly as the climate warms and drought becomes more common.
In the experimental game, a robot crash lands on an alien planet. In order to rebuild the spaceship, players must, as the robot, build rapport with the aliens by deciphering their emotions.
The corn secretes copious globs of mucus-like gel harboring bacteria that convert atmospheric nitrogen into a usable form, answering a longtime quest of scientists.
The study shows consuming crickets can help support the growth of beneficial gut bacteria, and that eating crickets is not only safe in large amounts but may also reduce inflammation in the body.
UW-Madison researchers have discovered that two genes work together to construct a cellular communication system in the ovaries of mice to maintain healthy eggs.
New research from the UW–Madison School of Veterinary Medicine shows that non-bladder cells from a nearby anatomical structure called the Wolffian duct can actually help the bladder mend itself.
UW-Madison researchers examined brain activity in non-meditators, new meditators, and long-term meditators, and they discovered differences in emotion networks of the brain among these groups.
An array of towers, aircraft and researchers will keep watch over the Chequamegon-Nicolet National Forest in northern Wisconsin, focusing on an area from a region of the country sensitive to changes in climate.
Ten highly innovative projects, addressing such diverse topics as the microbiome, climate change, limnology, Alzheimer's disease, genomics and math, have been chosen to receive funding.
The most susceptible U.S. cities are New York, Miami and Seattle, but the effects would ripple across the internet — potentially disrupting global communications.