Tiny Desert Crusts Hold Winter Snow — and Carbon — in Place
A long-term field study shows moss-dominated biocrusts retain winter snowpack in cold deserts, sustaining soil biogeochemistry and microbial carbon cycling ...
A long-term field study shows moss-dominated biocrusts retain winter snowpack in cold deserts, sustaining soil biogeochemistry and microbial carbon cycling ...
A new CMIP6-based study projects that compound drought and heatwave days in the eastern Baltic Sea region could increase by ...
Rising temperatures are pushing Ethiopian smallholders to plant Arabica coffee at unprecedented elevations, and because most new farms are established ...
A new perspective in Discover Sustainability argues that demand-driven dietary shifts are an underused, high-leverage policy lever for tackling climate ...
A study of Himalayan wild thyme along a 1,700-meter elevation gradient reveals that plants at high altitude produce substantially more ...
A new MIT-led modeling study projects that by 2050 the world's poorest households in some regions could spend nearly half ...
A University of Hong Kong-led study shows that warming-induced atmospheric dryness suppresses tropical cyclone rainfall efficiency, explaining why climate models ...
A new study of Chicago's summer 2023 wildfire smoke episodes shows that while the hazardous haze blanketed every neighborhood in ...
A global analysis shows that soil carbon storage is controlled less by the amount of carbon entering soils and more ...
A counterfactual modelling study attributes a five percent average and up to nineteen percent local loss of European bumblebee habitat ...
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© 2025 Scienmag - Science Magazine