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… their hosts. For example, microbes that capture and store carbon in the ocean could fix less carbon when infected. Little is known about virus-infected … infection outcomes. reprogrammed the bacteria’s central carbon and energy metabolism, to obtain more nutrients from …

… analysis of within and between population heterogeneity by comparing the ATGCs of the genomes from each single cell. …

… assemblies, revealing the roles of microbial communities in carbon cycling, in interactions with plants, and as drivers …

… normally would kill the moss may hold clues to how these carbon sink environments can continue to hold onto their carbon despite global warming.  At ORNL, Lawrence brings a … about how microbial and bacteria communities influence the carbon-sequestering abilities of peat moss. Peat is found in …

… the first ever measurements of in situ growth rates and carbon consumption of SAR11 bacteria, the most abundant …

… floor fungi. Allison Joy looks into seagrass meadows' carbon sequestration with insights from Adam Healey and Xiao …

… plant is under threat due to climate change and devastating fungal infections. That’s why Mars, Inc., a maker of …

… organisms carry out important environmental processes like  carbon fixation , nitrogen cycling and methane production. … boost plant-microbe interactions, nutrient cycling, or carbon sequestration. Summary Existing programs use a …

… years. The Impact Eelgrass represents one of the largest carbon sinks in the ocean — occupying just 0.2% of the ocean … these meadows are responsible for almost one-third of carbon sequestered in the ocean. In addition to providing a … that live in Atlantic Ocean environments and the plant’s carbon sink capabilities.  …

… with a zinc-mirror heme site ties heme availability to carbon metabolism in cyanobacteria. Nature Comm 15:3167. …

… contamination, and drought. The moss genomes’ metabolic pathways could lead to the discovery of genes that could be …