Rising Atmospheric Aridity Is Rewiring the World’s Forests
A new global study shows that atmospheric dryness is reorganising forest traits and eroding ecosystem resilience faster than visible decline ...
A new global study shows that atmospheric dryness is reorganising forest traits and eroding ecosystem resilience faster than visible decline ...
A global analysis of 1,158 paired sites shows that afforestation and reforestation can jointly increase soil carbon storage and microbial ...
A comprehensive new review synthesizes the molecular-scale mechanisms governing CO2 interactions with crude oil, formation water, and reservoir rock, revealing ...
A new PLOS Biology analysis finds that climate-driven losses of kelp forests will reduce carbon sequestration by up to 30 ...
A new review reveals that microbial communities and iron chemistry govern carbon storage and fertility in flooded rice paddies, showing ...
A new collection of studies shows that beneficial microbes, from mycorrhizal fungi to nitrogen-fixing cyanobacteria, can help crops withstand the ...
A meta-analysis of 135 field studies finds biofertilizers raise Indian crop yields by 14.43 percent while improving soil nutrients, carbon ...
Kyoto University researchers have developed a digital PCR-based method that quantifies viral lysis of plankton by measuring cell-free rRNA in ...
A global analysis shows that soil carbon storage is controlled less by the amount of carbon entering soils and more ...
A new study in the wet temperate northwestern Himalayas finds that apple-based agroforestry stores roughly 50 percent more soil organic ...
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© 2026 Scienmag - Science Magazine