Soil moisture drought, as one of the most important drought categories, is determined by
both water supply (eg, precipitation) and demand (eg, potential evapotranspiration). To shed …

Droughts evolve in space and time simultaneously, but its spatio-temporal propagation
remains less explored. As one of the hotspot regions in global soil moisture (SM) drought …

Agricultural drought posing a significant threat to agricultural production is subject to the
complex influence of ocean, terrestrial and meteorological multi-factors. Nevertheless, which …

Investigating the spatiotemporal link among different drought types is of great significance
for understanding the causative mechanism of droughts. In this study, we propose a new …

Agricultural drought is one of the most frequent and widespread natural disasters occurring
in China. Drought is associated with hydrological and meteorological conditions that lead to …

Soil moisture droughts can trigger abnormal changes of material and energy cycles in the
soil-vegetation-atmosphere system, leading to important effects on local ecosystem …

Drought propagation describes the changes in a drought signal as it moves from one major
type of drought to another. It is important to investigate the propagation among …

Drought impact is closely related to water deficit phases within the hydrological cycle, and to
drought propagation (the complex evolutions from meteorological drought to hydrological …

Understanding the spatial and temporal variation of drought is essentially important in
drought assessment. In most previous studies, drought event is usually identified in space …

Abstract Study region Central Asia. Study focus In Central Asia, there is a lack of drought
information to help understand the spatiotemporal variability and evolutionary characteristics …