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… one-third of human-created methane emissions actually come from livestock — specifically, from the methane-making … methane-emissions as well as efficient engineering of biofuels. Since 2010, the JGI has partnered with researchers … collection to identify microbial markers that would allow farmers to screen livestock, and breed low-methane producing …

… changing planet. In this short audio production, we’ll hear from Ed Hall, an ecologist at Colorado State University in … more than 100 years. And in particular, there’s an inflow from the mining activities upstream and downstream of the … we’re at a unique time in human history, where we’re moving from when my father was born, of about 2 billion people on …

… (Berkeley Lab). They were selected through peer review from 41 full proposals out of 50 letters of intent … harnessing genomics to developing sustainable resources for biofuels and bioproducts. Andrew Nelson of the Boyce … in the Antarctic Peninsula. Additionally, the proposal from Viola Krukenberg at Montana State University …

… small pools before sequencing to recover rare microbes. The technique was applied to a recent Nature Communications … specific metabolic processes. A third approach steps away from reconstructing genomes directly from the environment and focuses on sequence reads to link …

… enhanced our understanding of how early plants transitioned from water to land. Key gene groups involved in stress … land for biomass production — that can be converted into biofuels and bioproducts — would further drive a strong … of four  Zygnematophyceae algae, which were isolated from diverse freshwater environments. Arising in tandem from …

… at UC Berkeley. Dr. Pennacchio received his Ph.D in 1998 from the Department of Genetics at Stanford University where … Berkeley National Laboratory … The Deputy of Genomic Technologies serves as the JGI’s primary point of contact … interacting with users seeking to exploit new genomic technologies and providing a vision for future technical JGI …

… carbon and nitrogen cycles, break down plant mass (think biofuels ), enhance plant health, cause diseases, and … and archaeal genome sequences have been generated using techniques that the JGI has pioneered, including single-cell … Over the years more than 3,400 genomes have been sequenced from curated DSMZ isolates, for which quality DNA has been …

… of biomass which could then be converted into sustainable biofuels . For its importance to the DOE mission, … miles and eight states. In 2021, using switchgrass samples from these gardens, a team led by researchers at the … genome built off more than a decade of work; as sequencing technologies advanced, assembly and annotation of the genome …

… in the heart of the Lab’s 200-acre campus—with the big move from leased space in Walnut Creek, Calif. scheduled to begin … for driving the monumental effort, which considered input from scores of individuals, including JGI staff, Biosciences …

… study in which researchers paired CRISPR and CRAGE technologies. While CRISPR (Clustered Regularly Interspaced … CRAGE allows for the transplanting of these BGCs from one organism into an alternate host via a landing pad … to leverage their powers in agriculture, pharmaceuticals, biofuels and beyond.  … The work conducted by the US …

… with excitement and determination as they came onsite. From data carpentry to science communications, their … Liu, Building Expression Host in Bacilli Class using CRAGE Technology Emerald Nash and mentor Jonelle Basso, … BGC Detection Tools and Exploring Novel BGC Detection Techniques on Fungal Genomes Video Transcript: Emerald Nash …