Deep Soil Microbes Reveal Hidden Carbon Strategies Under Seven Years of Warming
A seven-year whole-soil warming experiment in a California forest reveals that soil depth, not temperature, dominates microbial carbon cycling strategies, ...
A seven-year whole-soil warming experiment in a California forest reveals that soil depth, not temperature, dominates microbial carbon cycling strategies, ...
A multi-omics study of the stinkhorn fungus Phallus rugulosus reveals that its mycosphere selectively enriches anaerobic, element-cycling microbes whose functional ...
A long-term study in Kruger National Park shows that elephant carcasses create nutrient hotspots that alter soils, microbes, plants and ...
A study of Polish pine forests shows that hazel, buckthorn, and rowan shrubs each leave distinct biochemical fingerprints on soil ...
A new study in Plant and Soil shows that the foliar fungus Epichloƫ festucae reshapes bacterial and fungal communities across ...
A modeling study finds that shifting U.S. exports to China from feed crops to animal-derived food could cut global nitrogen ...
A 100-to-1,600-year chronosequence of ancient Torreya grandis plantations reveals progressive soil potassium depletion and collapsing nutrient resorption efficiency in the ...
A five-year field study in Tianjin, China, shows that long-term rice-straw biochar application shifts nitrate reduction toward the nitrogen-retaining DNRA ...
New research shows that the rhizosphere microbiome of Artemisia lavandulifolia grows more diverse, interconnected, and functionally potent as the plant ...
A field study along a tropical nutrient and sulfide gradient shows that seagrasses reconfigure root exudates and compartmentalize microbial functions ...
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Ā© 2025 Scienmag - Science Magazine