Grasses Load Up on Silicon While Legumes Bank Calcium, Revealing a Hidden Chemical Divide in Grasslands
A field study across German grasslands shows that grasses accumulate far more silicon and legumes far more calcium than other ...
A field study across German grasslands shows that grasses accumulate far more silicon and legumes far more calcium than other ...
A four-year rainout shelter experiment on the Qinghai-Tibet Plateau shows that late season drought shifts root-to-shoot allocation in alpine meadows ...
A study of the Eurasian meadow steppe shows that plant communities peak in diversity at moderate grazing while soil multitrophic ...
A large-scale survey of 306 sites on the Mongolian Plateau shows that a community-wide trade-off between leaf hydraulic efficiency and ...
New research shows that plateau pikas, long treated as rangeland pests, actually boost yak growth by clipping toxic Stellera plants ...
A survey of 63 Qinghai–Tibet Plateau meadow sites shows that precipitation-dependent shifts in aboveground plant traits, rather than soil nematode ...
A controlled experiment shows that compound drought-heatwave events striking during grassland establishment buffer biomass losses in mixtures while simultaneously driving ...
A new study in Global Change Biology Communications reveals that sustained livestock grazing enhances soil organic carbon storage in sub-arctic ...
A seven-year Australian rainfall manipulation experiment shows that leaf litter rewires plant-microbe relationships in species-specific ways, buffering drought impacts through ...
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© 2025 Scienmag - Science Magazine