Microbial Physiology, Not Just Enzymes, Drives Nitrous Oxide Isotope Signatures
New research shows that nitrous oxide isotope fingerprints from denitrifying bacteria vary dramatically with growth conditions and enzyme dynamics, challenging ...
New research shows that nitrous oxide isotope fingerprints from denitrifying bacteria vary dramatically with growth conditions and enzyme dynamics, challenging ...
A study of 79 African lakes shows that methane-oxidizing bacteria, boosted by phytoplankton and wetland inputs, consume more than 70 ...
New research shows that meltwater rivers draining Svalbard's glaciers are carrying ancient, geologically produced methane from beneath the ice into ...
A field and greenhouse study in an Ontario calcareous fen shows that methane ebullition contributes roughly 16 percent of emissions ...
A comprehensive review maps how carbon adsorbents, zeolites, metal-organic frameworks and composites are converging to make pressure swing adsorption the ...
A new in situ isotope study of eleven aquatic plant species shows that efficient gas transporters can oxidize up to ...
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© 2025 Scienmag - Science Magazine