Effect of the 2022 summer drought on vegetation productivity and associated feedback in the Yangtze River basin, China

ANALYSIS OF VEGETATION VIGOR IN THE AMAZON BASIN DURING MAJOR DROUGHT EVENTS

Warming-driven increase in vegetation sensitivity to drought on the Qinghai-Tibetan Plateau

Impacts of Temporally Compounding Hot-Dry Events on Agricultural Droughts via Vegetation in the Yangtze River Basin

Vegetation has an important impact on hydroclimatic conditions via its impacts on water, energy, and carbon exchanges of the terrestrial land surface. The vegetation greening of earlier spring can cause summer drying of soil moisture, reflecting the trans-seasonal lagged effects of the spring phenology. Meanwhile,...

[Responses of wetland gross primary productivity to extreme climate events in China during 2001-2023.]

The Effects of Climate Change on Meteorological and Hydrological Drought in the Harşit River Basin (Türkiye)

Climate change necessitates basin scale assessments in vulnerable countries such as Türkiye due to its impacts on water resources and drought patterns. In this study, precipitation and runoff data up to the year 2100 were analyzed in the Harşit River Basin, one of the subbasins of the Eastern Black Sea Basin, to identi...

Exploring Drivers of Hydrological Drought Dynamics Across the Upper Yellow River Basin, China: Insights from the Sub-Basins Contribution, Large Reservoir Regulation, and Teleconnection

Improving the understanding of hydrological drought mechanisms is paramount for drought resistance and early warning in a changing environment. The Upper Yellow River Basin (UYRB), the primary water-producing region of the Yellow River Basin, experiences hydrological droughts that are jointly influenced by climate vari...