Droughts have a dominant three‐dimensional (3‐D) spatiotemporal structure typically
spanning hundreds of kilometers and often lasting for months to years. Here, we introduced …

The quantification of spatio-temporal hydroclimatic extreme events is a key variable in water
resources planning, disaster mitigation, and preparing climate resilient society. However …

Quantifying the spatial and interconnected structure of regional to continental scale droughts
is one of the unsolved global hydrology problems, which is important for understanding the …

Investigating spatiotemporal pattern and propagation mechanism of meteorological drought
is of great significance to develop early warning system for drought-affected regions and …

Spatiotemporal analysis of droughts is important especially for future climate scenarios. We
use complex network theoretic measures to understand spatiotemporal properties of …

To effectively manage hydrological drought, there is an urgent need to better understand
and evaluate its human drivers. Using the “downstreamness” concept, we assess the role of …

In this study, we provide an outlook for regional drought risk in the contiguous US (CONUS)
in the near future based on ongoing drought trends, and assess its impacts on soil moisture …

Droughts often have a severe impact on the environment, society, and the economy. The
variables and scales that are relevant to understand the impact of drought motivated this …

The evolution of hydrological drought events is a result of complex (nonlinear) interactions
between climate and catchment processes. To investigate such nonlinear relationship, we …

Drought properties and the socioeconomic impact it makes are expected to increase in the
coming years due to climate change. Here we review the possible impacts of changes in …