When investigating the wide literature dealing with the assessment of the critical time scale
for basin hydrological response, several aspects still to be clarified can be acknowledged …

The time of concentration is a fundamental parameter in many hydrological models.
Nowadays there is no universally accepted definition for such parameter. However, many …

Detail understanding of rainfall-runoff processes is tremendously important for a watershed
with variable streamflow generation. The streamflow of the Meki River fluctuates seasonally …

Study region Six small agricultural watersheds in three tropical climatic regions of Ethiopia.
Three regions of contrasting climate: highland, midland, and lowland regions with …

We assess whether a Payments for Ecosystem Services (PES) programme met its objectives
of reducing soil erosion and yielding water in an environmental protected area, the …

This paper introduces HydroLang, an open-source and integrated community-driven
computational web framework for hydrology and water resources research and education …

For hydrologists, time of concentration (TC) is one of the most important parameters to be
able to predict the response of a watershed to a given rain event and plays a key role in …

Time of concentration (TC) is a parameter in runoff estimation, used to study and design
different types of projects in watersheds. Any error in TC calculation leads to an inaccurate …

Accurate modelling of flood flow hydrographs in ungauged catchments is a challenging task
due to large errors in the estimation of its response time using existing empirical equations …

Hydrological vulnerability (HV) is a (changing) underlying condition in all drainage basins,
depending on the dynamics of the potentially dangerous hydrological phenomena, the …