Inez Fung led a U.S. team that partnered with the U.K. Royal Society in issuing a publication that distills climate change science, helping policymakers and the public make decisions toward mitigating climate change’s damaging effects.
Scientists from LANL visited Berkeley Lab in late February 2014 to work with ESD scientists Yuxin Wu, Craig Ulrich, Tim Kneafsey, and Catherine McKnight on Arctic soil cores collected at the NGEE Barrow, Alaska, site.
ESD’s Bob Buchanan was part of a team of researchers who recently discovered that a regulatory process activating photosynthesis in plants developed in ancient microbes long before oxygen was available on Earth.
Pore-scale research modeling from ESD scientists Sergi Molins, Carl Steefel, Jonathan Ajo-Franklin, and Li Yang was among the first simulations to test NERSC’s new supercomputer Edison.
A recent article written by a group of UC scientists (Rose Kantor as lead author), and overseen by ESD’s Jillian Banfield, was honored by the journal mBio as an “editor’s pick” for the journal’s October-November 2013 issue.
ESD’s Christer Jansson leads a team of scientists working on producing an enzyme that will help convert methane, an abundant Earth resource, into a transportation fuel.
ESD’s Daniel Coleman and Daniel Feldman explored acceleration of a radiation code used in creating simulated satellite observations of predicted climate-change scenarios, achieving a speedup of 25 times over present speeds.
ESD ‘s Sebastien Biraud was co-author of a scientific paper cited earlier this week in a New York Times article on the increasing emissions of methane, a greenhouse gas, into Earth’s atmosphere.
Andy Jones, Bill Collins, and Margaret Torn recently showed that, within climate models, when the effects of agricultural expansion are balanced by atmospheric carbon dioxide, changes in the timing of climate change result.
Using an analytical approach to study solute transport through a fracture in a permeable rock matrix, Jim Houseworth, Daisuke Asahina, and Jens Birkholzer generated a closed-form model that accounts for elusive fracture-matrix transport.