$1.76 million over three years for a Conservation Genomics Network, led by UCLA and involving UC Berkeley’s Rasmus Nielsen as co-principal investigator and Michael Nachman, Steven Beissinger and Erica Rosenblum as co-investigators. The goal is to develop a revolutionary bioinformatics toolkit to understand changes in gene expression and how threatened populations respond to changes in their habitats and in the climate.
In 2012, UC Berkeley paleontologist Anthony Barnosky and 20 co-authors published a dire paper warning that Earth’s climate is approaching a tipping point that could irrevocably drive the planet into a scary and uncertain future.
Daniela Kaufer, PhD, is an associate professor at UC Berkeley who studies the biology of stress, examining at the molecular level how the brain responds to anxiety and traumatic events. Her most recent findings show that certain kinds of stress can have surprising benefits. Dr. Kaufer explains the difference between good stress and bad stress, and gives pointers for how to respond to stressful events in a healthy way.
The David and Lucile Packard Foundation named 18 of the nation’s most innovative early-career scientists and engineers as recipients of the 2015 Packard Fellowships for Science and Engineering. Each Fellow will receive a grant of $875,000 over five years to pursue their research.
Leslea J. Hlusko, Associate Professor of Integrative Biology was interviewed by CALIFORNIA Magazine about the question of: What is race?
"Questions of race and ethnicity are hard to answer, and even risky to ask. We asked them anyway, and here’s what people on the UC Berkeley campus had to say."
“The original focus on fish oil and omega-3s came from studies of Inuit. On their traditional diet, rich in fat from marine mammals, Inuit seemed quite healthy with a low incidence of cardiovascular disease, so fish oil must be protective,” said project leader Rasmus Nielsen, a UC Berkeley professor of integrative biology. “We’ve now found that they have unique genetic adaptations to this diet, so you cannot extrapolate from them to other populations.
“I’ve never seen anything like it,” said marine biologist Roy Caldwell, a University of California, Berkeley, professor of integrative biology.”
“Octopuses typically pounce on their prey or poke around in holes until they find something. When this octopus sees a shrimp at a distance, it compresses itself and creeps up, extends an arm up and over the shrimp, touches it on the far side and either catches it or scares it into its other arms.”