Human Disturbances Reshape Alpine Wetland Soils and Plant Communities on Tibetan Plateau
A field assessment in Yunnan's Napahai wetland reveals that distinct human disturbances alter soil structure and microbial activity while structural ...
A field assessment in Yunnan's Napahai wetland reveals that distinct human disturbances alter soil structure and microbial activity while structural ...
Researchers developed a quantitative method to map wildfire fuel models from plant cover estimates, revealing key thresholds in sagebrush steppe ...
A study of four Chinese university campuses used street-view imagery and machine learning to show that sky visibility and vegetation ...
A 29-year satellite analysis of Morocco's Khenifra National Park finds all vegetation classes shrinking, bare soil expanding by 47 percent, ...
A model-based study links integrated watershed management with 43.5% lower estimated soil loss and 39.6% less sediment yield in Ethiopia’s ...
A four-million-year Philippine Sea sediment record separates Westerlies from East Asian Winter Monsoon dust, showing that vegetation cover in semi-arid ...
A Google Earth Engine analysis found significant vegetation improvement across 41.65% of Fanjing Mountain from 1987 to 2022 and mapped ...
A one-year survey in central Mexico recorded 148 wild bee species at two tropical dry-forest sites, revealing similar overall diversity ...
A new survey of Tankwa Karoo National Park reveals that elevation strongly shapes vegetation cover, diversity and life form composition ...
A seven-year study of springtime PM2.5 in Riyadh reveals severe pollution peaks, persistent hotspots in the city's south and center, ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine