Increases in air temperature lead to increased dryness of the air and potentially develops
increased dryness in the soil. Extreme dryness (in the soil and/or in the atmosphere) affects …

The recent increase in population growth and urbanisation demands for real-time riverine
water management to fulfil the daily-scale domestic and ecological water needs …

The intensity and frequency of diverse hydro-meteorological disasters viz., extreme
droughts, severe floods, and cyclones have increasing trends due to unsustainable …

Most land surface system models and observational assessments ignore detailed soil
characteristics while describing the drought attributes such as growth, duration, recovery …

This paper examines the performance of three gridded precipitation data sets, namely,
Global Precipitation Climatology Centre (GPCC), Tropical Precipitation Measuring Mission …

For operational flood control and estimating ecological flow regimes in deltaic branched-
river systems with limited surveyed cross-sections, accurate river stage and discharge …

This study aims to construct the multiple time-scale joint distributions of drought duration and
severity using two-dimensional copulas and compare the drought characteristics in India's …

The present study focuses on the dependence modeling of hydroclimatic variables such as
the El Niño–Southern Oscillation (ENSO) index, precipitation, tidal height, and groundwater …

Electricity consumption and anaerobic reactions cause direct and indirect greenhouse gas
(GHG) emissions within domestic sewage treatment systems (DSTSs). GHG emissions in …

The relationship between climate change and extreme precipitation is extremely complex.
From a probabilistic perspective, a proper understanding of the response of extreme …