Floodplain encroachment by embankments heightens flood risk. This is exacerbated by
climate change and land‐use modifications. This paper assesses the impact of …

Understanding the hydrological processes and the determination of the frequencies and
magnitudes of streamflow are crucial for better oversight of available water resources. A …

Morphometric analysis is the mathematical analysis of a watershed. Groundwater storage is
directly related to the morphometry of a watershed. Remote sensing and GIS gives an …

For various reasons, it is not always possible to obtain adequate and reliable long-term
streamflow records in a river basin. It is known that streamflow records are even shorter …

Early warning systems have become an essential tool to mitigate the impact of river floods,
whose frequency and magnitude have increased during the last few decades as a …

The mastery in forecasting the streamflow rates is of great importance in the design,
planning and resilience against droughts. Likewise, the application of flow duration and …

This paper presents two hydrological models developed for the Euphrates–Tigris Basin in
Turkey. The first model is a linear regression-based model allowing the estimation of …

Change in flow regime is one of the major reasons which influence the services offered by
rivers and integrity of their aquatic ecosystems requiring certain amount of flow in the river …

Abstract Sustainable Flood Risk Management (SFRM) is a complex process involving
multiple stakeholders with varying priorities and perspectives. To manage this process …

This paper investigates how variations in sediment supply, grain size distribution and
climate change affect channel morphology and flood inundation in the Nakkhu River …