A six-year Spanish greenhouse experiment shows that ecological intensification nearly doubles soil organic carbon and boosts fungal and nitrous oxide-reducing ...
The first integrated quantification of soil reactive nitrogen emissions on the Tibetan Plateau reveals that soils release substantial HONO and ...
A year of continuous eddy covariance measurements and explainable machine learning above a Swiss winter wheat field shows that nitrous ...
New research shows that nitrous oxide isotope fingerprints from denitrifying bacteria vary dramatically with growth conditions and enzyme dynamics, challenging ...
Biogeochemists have shown that rare doubly heavy nitrogen-15 molecules act as a natural fingerprint of microbial nitrogen removal, offering a ...
A five-year field and laboratory study shows that incorporating half of the harvested rice straw boosts paddy soil fertility while ...
A new laser-based isotope monitoring system tracked nitrous oxide production and destruction in real time at a pilot wastewater plant ...
A five-year field study in Tianjin, China, shows that long-term rice-straw biochar application shifts nitrate reduction toward the nitrogen-retaining DNRA ...
A new review reveals how flooding transforms root exudates and soil redox chemistry to restructure rhizosphere microbial communities, with implications ...
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© 2025 Scienmag - Science Magazine