UCI-led team makes key discovery about smog in their innovative lab.
Janet Wilson, University Communications
Clutching a large, perforated disc dubbed “the showerhead,” chemist Veronique Perraud perches beside what appears to be a huge, hissing missile. So it goes at UC Irvine’s Atmospheric Integrated Research unit, one of the world’s leading air pollution laboratories.
Situated in a suburb of smoggy Los Angeles, AirUCI’s innovative experts are making news again, providing...
UCI Libraries
The UCI Libraries new exhibit, Discovery of a Lifetime: F. Sherwood Rowland and the Ozone Layer, is now on display in the Langson Library Muriel Ansley Reynolds Exhibit Gallery. This exciting new exhibit celebrates the research contributions of world-renowned atmospheric scientist F. Sherwood “Sherry” Rowland, 1995 Nobel Prize winner for Chemistry, and UCI Donald Bren Research Professor of Chemistry in Earth System Science. Dr. Rowland generously donated his professional...
Matt Coker, OC Weekly
An exhibition celebrating the research contributions of Nobel laureate and UC Irvine chemistry professor F. Sherwood “Sherry” Rowland opens this evening in the Langson Library at UCI.
Ralph J. Cicerone, the National Academy of Sciences president who was UCI’s dean of the School of Physical Sciences when Rowland shared the Nobel for Chemistry in 1995, and university Chancellor Michael Drake will share remarks at a 6 p.m. reception, which is followed...
Tatiana Arizaga, School of Physical Sciences E-Newsletter
On October 18, 2011, Dr. Shaka gave a lecture as part of the 2011-2012 Discover the Physical Sciences Breakfast Lecture Series in which he proposed nuclear technology as the solution to obtaining clean energy. Dr. Shaka believes that continued burning of fossil fuels, with the large influx of carbon dioxide into the atmosphere, could prove to be an enormous and expensive future problem. Furthermore, even if such changes...
James Mitchell Crow, RSC: Advancing the Chemical Sciences
Hydroxyl radicals play a central role in cleaning pollutants from our atmosphere – but the ultimate source of Earth’s ‘atmospheric brooms’ has proven difficult to track down. An international team of researchers have now found that the answer could lie not in the air above us, but in the ground beneath our feet.
Previous research has established that up to one third of the hydroxyl radicals formed in the lower...
Joanna M. Foster, The New York Times
One climate-science conundrum, two research teams, two independent approaches, two seemingly conflicting conclusions.
The unsolved mystery, or perhaps now, twice-solved mystery: Why did atmospheric methane levels, steadily on the rise since record-keeping began, abruptly level off and stabilize in the last three decades?
Methane, which is primarily found deep within the earth and deep within the guts of microbes, is one of the most potent greenhouse...
The China Post news staff, The China Post
In 1973 two chemists working at the University of California, Irvine, began studying the effects of chlorofluorocarbons or CFCs. These chemicals had been used for decades as agents in the production of Styrofoam and acted as the main refrigerants in air conditioners, refrigerators and freezers. CFCs were used in hair spray, perfumes and many more industrial and household items.
Chemists Frank Sherwood Rowland and Mario Molina found that chemicals...
An insecticide used to fumigate termite-infested buildings is a strong greenhouse gas that lives in the atmosphere nearly 10 times longer than previously thought, UC Irvine research has found.
Jennifer Fitzenberger, University Communications
An insecticide used to fumigate termite-infested buildings is a strong greenhouse gas that lives in the atmosphere nearly 10 times longer than previously thought, UC Irvine research has found.
Sulfuryl fluoride, UCI chemists discovered, stays in...
UC Irvine chemist Murat Aydin will spend his holiday drilling into the South Pole’s thick ice to collect trapped air that is up to 100 years old.
Jennifer Fitzenberger, University Communications
UC Irvine chemist Murat Aydin will spend his holiday drilling into the South Pole’s thick ice to collect trapped air that is up to 100 years old. His goal: to analyze trace amounts of gases to see how their levels have changed over time.
“It’s almost like studying history – the history...
UCI is ramping up its focus on air quality and climate change research in an effort to tackle some of today’s most pressing environmental challenges.
Jennifer Fitzenberger, University Communications
UCI is ramping up its focus on air quality and climate change research in an effort to tackle some of today’s most pressing environmental challenges.
AirUCI, the group that explores atmospheric issues, has become an official organized research unit, nearly tripling the number of scientists...