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 George Moridis was recently appointed by to serve a two-year term on the Energy Department’s Methane Hydrate Advisory Committee, which offers advice to the Energy Department regarding methane hydrate research and development.
ESD’s Pat Dobson was one of three speakers as part of the Congressional “Energy from the Earth Briefing Series”—talks intended for Congressional staff members to help inform Federal energy legislation.
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.
ESD was well represented among Fiscal Year 2014 Laboratory Directed Research and Development (LDRD) award winners, as announced this week (12/16/2013) by the Berkeley Lab Directorate.
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.
The Earth Sciences Division was recently awarded “LEED Platinum” status for its newly redesigned headquarters in Bld. 74—the first such award for any Berkeley Lab or DOE building within the Science Laboratory Infrastructure program.
ESD’s Tom Daley recently led a group of researchers in a series of field tests examining the suitability of DAS methodology for borehole and surface measurement of ground motion, with specific application to geologic carbon sequestration.
To streamline inverse modeling, ESD’s George Pau, Yingqi Zhang, and Stefan Finsterle recently studied reduced order models (ROMs) as numerical surrogates, using an input-output relational approach based on Gaussian process regression.
The Rifle, Colorado, floodplain provides an excellent test bed for interrogating how global change affects biogeochemical system functioning. This work will be essential for the new BER-funded SFA 2.0, Phase I effort at Rifle.