Hidden Underground Allies: How Plant–Microbe Teams Curb Greenhouse Gases
A systematic review of 24 rigorous studies finds that plant–microbe partnerships in soils substantially reduce emissions of carbon dioxide, methane, ...
A systematic review of 24 rigorous studies finds that plant–microbe partnerships in soils substantially reduce emissions of carbon dioxide, methane, ...
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 Nature study attributes the 1999 to 2006 atmospheric methane plateau to a tropical hydroxyl radical increase driven by rising ...
A new numerical study shows that enriching methane with 35 percent hydrogen in a swirl-stabilized gas turbine combustor cuts carbon ...
A three-season field study in Vietnam shows that alternate wetting and drying irrigation cuts methane production potential by roughly 62 ...
A University of Liège study of 79 African lakes shows that methanotrophic bacteria living on microalgae consume more than 70 ...
A major review finds that inland waters emit about 8.2 petagrams of CO2-equivalent per year, an increase since the Industrial ...
A new bibliometric and evidence synthesis finds that organic and natural farming generally support richer soil microbial communities and lower ...
A new in situ isotope study of eleven aquatic plant species shows that efficient gas transporters can oxidize up to ...
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© 2026 Scienmag - Science Magazine