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In a warmer world, microbes in drought-stricken soils convert less carbon to carbon dioxide and more to volatile intermediates.
Microorganisms and their metabolisms help silica to mineralize near deep ocean methane seeps.
Yarrowia lipolytica reallocates its production of protein toward energy and lipid metabolism to grow on hydrocarbons and produce high-value chemicals.
Experiments find increased temperatures and carbon dioxide rapidly altered peatland carbon stocks, highlighting peatlands’ vulnerability to climate change.
High resolution isotope analysis of the algal microbiome identifies ecological strategies not predicted by genome content.
The first application of High-Throughput Chromosome Conformation Capture (Hi-C) Metagenome Sequencing to soil captures phage-host interactions at the time of sampling.
Improving genome engineering with quantum biology and artificial intelligence.
Scientists engineered a model bacterium's genetic code to make it virus-resistant and unable to exchange genetic material or grow without special media.
Voronoi tessellation meshes focus on sea ice areas of interest and reduce computer resource needs.
Modeling microbial interactions in synthetic communities offers insights into environmental processes.