From Leaf Chemistry to Microbial Crews: Tree Size Rewrites the Rules of Decomposition
A temperate forest experiment shows that as trees grow larger, the main driver of leaf litter decomposition shifts from litter ...
A temperate forest experiment shows that as trees grow larger, the main driver of leaf litter decomposition shifts from litter ...
A large-scale survey of the southeastern North Sea's muddy seafloor shows that environmental gradients shape benthic communities in ways that ...
A survey of 87 European lakes reveals that giant DNA viruses nearly triple in abundance from north to south and ...
Newly released TreeMap datasets for 2020, 2022, and 2023 deliver 30-meter, tree-level maps of every forest in the contiguous United ...
A new synthesis argues that supercontinent breakup, Gondwanan orogeny, and a collapsing geomagnetic field together drove the material cycling that ...
A new deep learning and ensemble learning framework reaches up to 93.04% accuracy in estimating aboveground biomass across three contrasting ...
A global metagenomic survey expanded the known genomic catalogue of the marine virus family Aoguangviridae from 59 to 227 genomes, ...
A laboratory microcosm study shows that root extracts of invasive Impatiens glandulifera do not suppress soil microbial activity but instead ...
A depth-resolved study in Tripura, Northeast India, shows that land-use type, not soil depth, is the dominant driver of soil ...
University of Utah-led research shows satellite measurements of solar-induced fluorescence detected declining photosynthetic activity in Western U.S. forests two years ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine