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… enhances our understanding of terrestrial biogeochemical cycling and inter-organismal interactions. These insights are crucial for addressing key environmental challenges, such as improving soil health, carbon sequestration and bioeconomy applications. The …

… of fungi and algae to unlock their potential for bioenergy, environmental sustainability, and bioproducts. By sequencing … that enable fungi and algae to play a vital role in carbon cycling, biodegradation and biogeochemistry. This research … play a critical role in ecological processes such as carbon cycling, biodegradation and biogeochemistry. The …

… critical ecosystem functions and affect global nutrient cycling, however they do so under strong constraints exerted … and evolutionary parameters driving virus:host dynamics in environmental microbial communities. This involves both … infections. The Viral Genomics Group is hosted within the Environmental Genomics group . Research Team …

… compounds, Alison. They are – if you can imagine – two carbons in a triple bond attached to two carbons in a double … this collection in total contains approximately 100,000 bacterial strains, and a hundred thousand fungal strains. … compounds, I’m talking about 3 million natural products of bacterial origin and 3 million natural products of fungal …

… exchange, as well as microbial and plant responses to environmental changes. With advanced mass spectrometry … supports foundational research related to soil nutrient cycling and health, terrestrial biogeochemical processes, … insights derived are crucial for advancing the bioeconomy, environmental sustainability, and improving bioenergy crops. …

… to decode the genomes of microbes in their natural environments. This work encompasses bacteria, archaea, and … potential, with implications for energy production, environmental sustainability, and many other applications. … communities contribute to critical processes such as carbon cycling, nutrient cycling, and energy flow. One of …

… and work within the DOE emission space of bioenergy, carbon cycling, biogeochemistry, bioproducts. So we cannot work on … We really focus on terrestrial ecosystems, but we work in coastal environments, brackish environments, et cetera. Now …

… is focused on the discovery and characterization of novel bacterial, archaeal and eukaryotic microbes and viruses in environmental sequence data. We use multi-omics … shape ecosystem function, genomic innovation and environmental adaptation. … methods for identifying potential biological threats in environmental samples: Our team develops and implements …

… global challenges by exploring plants’ role in capturing carbon, detoxifying soils, interacting with other organisms, and adapting to environmental changes. The program lays the groundwork for … energy into chemical energy — and its implications for carbon sequestration, renewable energy and agricultural …

… cell types and associated organisms, including fungal and bacterial symbionts, detrimental microbial pathogens, and … viruses. Resident viruses can be found in a myriad of bacterial strains, whereby they can modulate host … function of these phage genes is the modulation of their bacterial host to colonize plant roots, as with Arabidopsis …

… the JGI by identifying the actual molecules present in an environment that influence system behavior.  Through this … play in diverse biological systems, sheds light on nutrient cycling, and leads to the discovery of new molecules and … rich metabolite profiles from diverse biological and environmental samples using advanced liquid chromatography …

… of microbial communities and ecosystem function.  The Environmental Genomics group also hosts the Viral Genomics … communities, shedding light on their roles in various environments and their potential applications. By recovering … and adaptation, ultimately informing strategies for environmental monitoring, bioremediation, and the discovery …