Harry Beller and others recently found homologs of Escherichia coli FabG, an essential reductase involved in fatty acid biosynthesis, in work that could serve as a starting point for microbial production of fatty acid-derived biofuels.
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.
Ken Williams recently custom-generated snow at DOE’s Rifle, CO, site, as part of an effort to measure the level of snowmelt infiltration into soil and groundwater at the site.
ESD’s Janet Jansson and fellow scientists from the JGI and Michigan State University report (in PNAS) the largest soil DNA sequencing effort to date—providing both a method for sifting through the data deluge and a reality check.
Earlier this week, DOE’s Advanced Research Projects Agency – Energy (ARPA-E) hosted a summit and technology showcase in National Harbor, Maryland, in which they debuted four project videos. One of them, on biofuels, prominently mentions ESD’s Christer Jansson and his innovative work.
FOA: DE-FOA-0000974 Bioenergy Technologies Incubator. FOA document download here. Submission Deadline for Concept Papers: 03/31/2014, Submission Deadline for Full Applications: 05/23/2014
ESD is pleased to host our first “Complex Soil Systems Conference,” taking place in the fall of 2014 (September 3-5).
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.
Nigel Quinn received the Distinguished Life Membership Award from the California Water and Environmental Modeling Forum—which cited his many years of outstanding service and his work to establish the framework for model peer review.
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.