Research led by U biologist Franz Goller reveals how cowbirds create ‘liquid’ notes by tightly controlling two sound sources in their vocal organ, mimicking the physics of falling water droplets.
Read MoreNew study by U biologists characterizes D. woaabi, first of two nematode species recently found in the lake’s microbialites.
Read MoreU atmospheric scientists use manually gathered snowfall data from across the West to train a new model that outperforms existing weather prediction models.
Read MoreU epidemiologist Mary Jo Pugh leads efforts to better understand veteran health outcomes, especially for those with TBI, and how to improve them.
Read More“I knew I’d find it [law school] intellectually stimulating and I also liked the fact that lawyers are uniquely placed to be advocates for people.”
Read MoreResearch uses earthquake-monitoring tools to measure how towering cacti resonate from wind and ground motion without harming them.
Read MoreNew research led by U geoscientist shows O₂ in sulfate deposits, coupled with geochemical clues, could help identify microbial activity in Earth’s rock record and even in Martian sediments.
Read MoreU engineering and biology researchers demonstrate structural properties in the mycelium of a common soil mold that show promise in biomedical applications
Read MoreWhy Çağan Şekercioğlu spent last spent 26 years assembling BIRDBASE and how it will help research into avian conservation.
Read MoreO2 levels rose and fell at the ocean floor long after marine animals appeared and diversified a half billion years ago.
Read MoreU chemists discover critical steps bacteria take to oxidize potent greenhouse gas and how they interact in larger microbial communities.
Read MoreGeoscientist’s analysis of carbon and oxygen isotopes documents profound human-driven changes arising from agriculture and rail causeway.
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