Vegetation increasingly controlled by atmospheric dryness rather than soil moisture
A four-decade satellite analysis shows atmospheric dryness strengthening and soil moisture weakening as controls on global vegetation variability.
A four-decade satellite analysis shows atmospheric dryness strengthening and soil moisture weakening as controls on global vegetation variability.
A global machine-learning study of over 10,000 urban centres finds average built-up height is the strongest predictor of urban greenness, ...
A geological-feature enhanced Cascade Mask R-CNN suppresses spectral confusion and class imbalance to recognize landslides in high-resolution satellite imagery, cutting ...
A 26-year satellite analysis of Rajasthan's Hadoti region shows annual drought composites understate monsoon-season stress and that vegetation indices add ...
A cross-sectional analysis of 1,148 Swedish young adults found no overall associations between air pollution, road traffic noise, or greenness ...
A study integrating remote sensing and ornithological surveys at Karataş Lake reveals seasonal shifts in avian diversity linked to climate ...
A 29-year satellite analysis of Morocco's Khenifra National Park finds all vegetation classes shrinking, bare soil expanding by 47 percent, ...
A 20-year study of northeastern Iran used satellite-derived vegetation, salinity, and groundwater indicators to identify a 2015 breakpoint and early ...
A study in Dong Rui commune, Quang Ninh Province, shows that ultra-high-resolution multispectral UAV imagery combined with field plots can ...
A 34-year study of ten Sudanese dryland states finds that significant rainfall recovery in North Darfur and North Kordofan coincided ...
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© 2026 Scienmag - Science Magazine