ESD has recently released a video on its Genomes-to-Watershed project at DOE’s Rifle, CO, site. In this video, Susan Hubbard (Project Lead for SFA 2.0 and ESD Director) gives an overview of the project and its mission.
ESD’s Boris Faybishenko recently received word that Groundwater Vulnerability: The Chernobyl Nuclear Disaster, for which he was a writer and lead editor, has been published and distributed worldwide by Wiley.
Website Teaser: Ken Williams and Phil Long were part of a team that recently compared two types of organic-rich sediments to better understand uranium release mechanisms at contaminated sites.
ESD’s Harry Beller, Peter Nico, and colleagues studied chromate bioremediation and found that the bulk redox status and biogeochemical regime do not necessarily control the final product of Cr(VI) reduction.
ESD’s contributions to ASCEM— which marks the first attempt “to use high-performance computing uncertainty quantification to identify key controls at a contaminated site” –was recently recognized in LANL’s Actinide Research Quarterly.
The U.C. Global Food Initiative, extensively supported by ESD environmental and climate programs within Berkeley Lab, is inviting applications for a student fellowship opportunity. Applications are due October 1, 2014.
Eoin Brodie and Boris Faybishenko recently co-chaired the first Complex Soil Systems Conference in downtown Berkeley. This flagship conference, strove to develop “A Path to Improved Understanding of Complex Soil Systems.”
ESD’s Jinyun Tang received honorable mention for the Gene E. Likens Junior Scientist (early-career) Outstanding Publication award, for a paper that Tang recently wrote in collaboration with ESD colleague Bill Riley.
Nigel Quinn integrates polo and hydrology into a busy life—leading the Lab’s Hydroecological Engineering Advanced Decision Support research group, and serving as a water resources expert and for the U.S. Bureau of Reclamation.
Jennifer Druhan and others incorporated the stable isotopes of sulfur within a reactive-transfer code to model the range of microbially mediated redox processes affecting isotope fractionation—potentially important for bioremediation.