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’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.
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.
Jens Birkholzer has been named as the new ESD Division Deputy. As announced by ESD's Director Susan Hubbard, Jens will have an expanded role in developing a variety of subsurface energy related opportunities at Berkeley Lab.
Janet Jansson recently received an award for her work in soil biology, and presented the Francis E. Clark Distinguished Lectureship on Soil Biology, at a meeting of the Soil Science Society of America in Tampa, Florida.
ESD’s Gary Andersen and others are developing ways in which human waste compost can be turned into nutrient-rich fertilizer. By extracting DNA from compost and analyzing it, scientists ensure the compost is pathogen-free, and save water.
ESD’s Mari Nyyssönen, Ulas Karaoz, and Eoin Brodie have developed high-throughput screening assays for function-based characterization of activities involved in plant-polymer decomposition from environmental metagenomic libraries.
ESD Director Susan Hubbard was among 15 women scientists honored at Berkeley Lab, as part of a celebration of women science, technology, engineering, and mathematics (STEM) workers researching ways to change the world for the better.
ESD’s Janet Jansson and John Coates will be featured speakers at UC Berkeley’s inaugural microbiology retreat on November 15. Lab researchers are invited to submit poster abstracts (300 words or less).
ESD scientists led by Jillian Banfield and Laura Hug recently used metagenomics to evaluate the metabolic potential and diversity of Chloroflexi bacteria in aquifer sediments, and evaluate its role in sediment carbon cycling.