There is an extensive literature dealing with the interaction between groundwater and
surface water, and this includes major reviews on baseflow, transmission losses, baseflow …

In this chapter, you will find an overview of the most used hydrological drought
characteristics and their derivation. This includes single low flow indices, such as percentiles …

Understanding how groundwater storage (GWS) responds to climate change is essential for
water resources management and future water availability in the Tibetan Plateau (TP) …

We present a Matlab toolbox to calculate hydrologic signatures, which are metrics that
quantify streamflow dynamics. Signatures are widely used for catchment characterisation …

Abstract The Yarlung Zangbo River (YZR) is the largest river in the northern Himalayas,
providing crucial water resources for downstream. A full understanding of the streamflow …

The selection of flood events and determination of flood characteristics (eg start and end
dates, peak discharge, volume, and duration) are the first critical steps for flood analyses. To …

Water quality within agricultural catchments is governed by management practices and
climate conditions that control the transport, storage, and exchange of nutrients between …

Groundwater recharge by precipitation is often assumed by practitioners as well as scientists
to be a slow process of filtration through layers of uniform texture analogous to Darcy's law …

Streamflow recession analysis is crucial for understanding how catchments release water in
periods of drought and therefore is important for water resources planning and …

Although the hydrological services of individual wetlands have been much acknowledged,
their cumulative effect at the watershed scale has not been assessed as extensively. In this …