Making fuel from sunlight, increasing the resiliency of urban waterfronts, and developing low-cost batteries for energy storage are among the many efforts by Berkeley researchers aimed at creating solutions for energy efficiency, sustainability, and the environment.
Experts made their way to the second balcony of the Campanile today to band two peregrine falcon chicks, whose family made a home on the 307-foot bell tower last month. The chicks are believed to have hatched on May 22.
When Doug Bell heard that a pair of peregrine falcons was nesting on the Campanile, he couldn’t believe his luck. An avid falconer, Bell has been fascinated with peregrines — the fastest animal in the world — since he was a kid growing up in Berkeley. He received his Ph.D. in zoology from UC Berkeley, where he studied ornithology and systematic biology. Berkeley News spoke with Bell about the Campanile’s first-known peregrine falcon family, and how the top-speed bird has soared back from the brink of extinction.
28-year-old ElShafie is one of the few people in the country who focus on adapting storytelling strategies from the film industry to science communication. For the past year and a half, she has been leading workshops for scientists — primarily graduate students — on how to tell stories about their research that resonate with a broader audience.
Michael Botchan, interim dean of the Division of Biological Sciences in the College of Letters & Science at UC Berkeley, has been appointed to be permanent dean of the division. He has held the position on an interim basis since July 1, 2016.
Berkeley researchers found two chemicals in anti-fertility folk medicines that block a key step in fertilization – the meeting of egg and sperm – and may make effective alternatives to today’s hormone-based contraceptives, which sometimes cause side effects.
University of California, Berkeley, neuroscientists have now combined new techniques for sequencing the RNA in single cells with detailed statistical analysis to more easily track individual stem cells in the nose, uncovering clues that someday could help restore smell to those who have lost it.