Heavy Thinning Supercharges Forest Growth and Flips the Diversity-Productivity Rule
A three-year thinning experiment in subtropical Chinese forests found that heavy thinning boosted biomass growth by 66.7 percent and flipped ...
A three-year thinning experiment in subtropical Chinese forests found that heavy thinning boosted biomass growth by 66.7 percent and flipped ...
A field experiment in a high-nitrogen-deposition forest in western China shows that added nitrogen still alters the leaf carbon, nitrogen, ...
The first dendrochronological study of Greece's Macedonian pine forests reveals surprisingly young stands that nonetheless record historic heatwaves and climate ...
A new study of 910 Chinese fir trees in southern Jiangxi identifies the Quadratic model as the best height-diameter predictor ...
A large-scale forest experiment reveals that tree species richness and mycorrhizal fungal dominance independently shape biodiversity across food webs, with ...
A new Nature Communications study reports an archipelago-wide shift toward arbuscular mycorrhizal tree dominance across Japan, driven by the interplay ...
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© 2025 Scienmag - Science Magazine