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… in natural environments. Integrating metatranscriptomes and metagenomes can, for instance, deepens our understanding of … of plasmid sequences identified from genomes, SAGs, MAGs, metagenomes and metatranscriptomes. …

… computational approaches to sift through thousands of metagenomes for signatures of viruses and novel microbial … applications. By recovering population genomes from metagenomes, we gain insights into microbial interactions, … Profile HMM search across all IMG metagenomes, capturing sequence diversity for proteins of …

… the program supports foundational research related to soil nutrient cycling and health, terrestrial biogeochemical … samples — including microbes, fungi, plants and soils. Through a combination of experimental workflows and … the interactions between  plants, microbes, and soils relevant to key environmental processes and the …

… addressing key environmental challenges, such as improving soil health, carbon sequestration and bioeconomy … of plasmids automatically identified from genomes, metagenomes, and metatranscriptomes. It provides rich data … of Uncultivated Viral Genomes, derived from genomes, metagenomes, and metatranscriptomes, with over 15 million …

… by exploring plants’ role in capturing carbon, detoxifying soils, interacting with other organisms, and adapting to … of how plants have naturally adapted to varied climate and soil conditions around the globe to identify genes to … are small plastic growth chambers where plants grow without soil. Using EcoFABs allow researchers around the world …

… and virus genomes have been assembled and reported from metagenomes, our understanding of the impacts of these … Genomics group attempts to address this question in natural soil ecosystems by combining metagenomics with other omics … by snowmelt and host dynamics in a high-altitude watershed soil ecosystem. Microbiome 11, 237. …

… that easily can identify secondary metabolite pathways in metagenomes, which is still hard to do. We are mining a lot … of these environments? NADINE ZIEMERT: So we started with soil. But we also have, in collaboration with other people, … all the time. We have compared three very different soils in the area around Tübingen that is almost next to …

… Adaptive strategies in a cosmopolitan and abundant soil bacterium: genetic microdiversity or core metabolic … Microbial contributions to soil carbon storage during simulated range shifts of … Characterization of simplified soil communities with high and low carbon use efficiency …

… Yeah. There’s so much to do there especially looking at metagenomes. So we’re actually eager soon to also work on … the action of the microbiome because if you sterilize the soil, the protective effect is gone. You can transplant the effect by taking the microbial fraction out of one soil, transplanting it into another soil, and then you also …

… for antibiotics and the microbes that make them is in the soil. There’s … uh… there’s an issue there though, in that … few of the antibiotics that people were looking for in the soil kept getting found over and over again. So we call this … face of growing antibiotic resistance, so we’re looking in soil that’s extremely diverse, and then it comes from all …