Heatwave Temperatures Reshape Soil Fungi in Surprisingly Species-Specific Ways
A new experiment shows that realistic heatwave temperatures reshape the traits of soil saprotrophic fungi in highly species-specific ways.
A new experiment shows that realistic heatwave temperatures reshape the traits of soil saprotrophic fungi in highly species-specific ways.
The Salk Institute has received an $18 million Bezos Earth Fund grant for its three-year ROOTS project, which will use ...
New research shows that combining intensified push–pull cropping with insect frass biofertilization can raise land productivity, increase protein yields and ...
A new field study in semi-arid southern India shows forest soils emit up to thirty times more CO₂ than fallow ...
A new book argues that helping half of the world's 475 million smallholder farmers adopt regenerative agriculture could meet all ...
A global analysis of 1,158 paired sites shows that afforestation and reforestation can jointly increase soil carbon storage and microbial ...
USDA-funded researcher Andi Jilling is leading projects revealing that mineral-bound soil organic matter, long considered stable, can release carbon and ...
A synthesis of 181 studies shows that soil mineralogy, texture and land-use history strongly control how temperate soils release carbon ...
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© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine