Nature-based solutions (NBS) for hydro-meteorological risks (HMRs) reduction and
management are becoming increasingly popular, but challenges such as the lack of well …

To assess the flood risks of reservoirs in a changing environment, this study considers the
uncertainty of future floods and argues that the future flood projected by Global Climate …

Recent changes in the climate, land use/land cover, and field-scale water resources
allocation at the catchment scale have rendered the conventional hypothesis of the …

The surface freshwater volume discharged into the Gorgan Bay is a significant part of its
ecological processes. The Ghareh-Sou River is the most crucial source of surface freshwater …

Water infrastructure design and flood mitigation projects are currently based on a so-called
stationary assumption. However, this assumption has been challenged in recent years due …

This study attempts to build nonstationary indices for assessing meteorological drought in
two different climate zones in India: the arid Saurashtra and Kutch and humid-tropical …

Climate change affects all the components of the hydrological cycle. Starting from
precipitation distribution, climate alterations have direct effects on both surface water and …

Mast flowering and seeding is a well-known reproductive strategy of tree species with many
ecological consequences regulating synchronous year-to-year flowering intensity variations …

While nonstationary flood frequency analysis (NSFFA) methods have proliferated, few
studies have rigorously compared them for modeling changes in both the central tendency …

Purpose To determine whether generalised additive models of location, scale and shape
(GAMLSS) developed for pulmonary diffusing capacity are superior to segmented …