Legumes quietly power the Tibetan Plateau’s carbon sinks as permafrost warms
A large-scale isotope survey across the Tibetan Plateau shows that nitrogen-fixing legumes underpin the region's carbon sink, and that losing ...
A large-scale isotope survey across the Tibetan Plateau shows that nitrogen-fixing legumes underpin the region's carbon sink, and that losing ...
New research in Sarawak, Malaysia, shows that converting pristine tropical peat swamp forest to oil palm plantations flips soils from ...
The first integrated quantification of soil reactive nitrogen emissions on the Tibetan Plateau reveals that soils release substantial HONO and ...
In the alkaline sediments of Tibetan Plateau thermokarst lakes, comammox Nitrospira outcompete canonical nitrifiers and suppress nitrous oxide production, revealing ...
Researchers found that nitrifying microbial biofilms on thousand-year-old dark-brick pagodas in Leshan, China, may drive acidification that weakens the ancient ...
New research shows that nitrous oxide isotope fingerprints from denitrifying bacteria vary dramatically with growth conditions and enzyme dynamics, challenging ...
A two-year open-air experiment shows that elevated ozone and combined organic-inorganic fertilization both accelerate nitrification in wheat rhizosphere soil, but ...
UCLA-led researchers show that rare pairs of heavy nitrogen atoms act as a natural fingerprint for microbial nitrogen removal, a ...
Researchers using cryo-electron microscopy have discovered that methanogen nitrogenase forms an inactive protein supercomplex that acts as a molecular off ...
Biogeochemists have shown that rare doubly heavy nitrogen-15 molecules act as a natural fingerprint of microbial nitrogen removal, offering a ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine