In watersheds that have not sufficient meteorological and hydrometric data for simulating
rainfall-runoff events, using geomorphologic and geomorphoclimatic characteristics of …

Methodologies for estimation of direct surface runoff (DSR) hydrographs have been
proposed, especially for the Unit Hydrograph (UH) and Instantaneous Unit Hydrograph …

Digital elevation models (DEMs) are extensively used in hydrological modelling and
deriving the geomorphological properties of catchments. Recently, hydrologists have shown …

Heavy rainfall in conjunction with an increase in population and intensification of agricultural
activities have resulted in countless problems related to flooding in watersheds. Among the …

Different limitations such as the lack of enough hydrometric stations, difficulty in collecting
hydrometric data with costly data collection are caused to create hydrologic models for …

Rainfall-runoff transformation is carried out when the series of discharge data is limited or
unavailable. One of the components of rainfall-runoff transformation is unit hydrograph …

Mathematical models have been widely used to quantify hydrological processes for various
practical purposes. These models depend on geomorphological attributes which are derived …

Synthetic unit hydrographs (SUH) are useful tools for the estimation of maximum flows in
basins lacking historical records of measurements. However, these methods have many …

This paper presents a methodology of calculating the water transfer capacity of a dyke
pumping station in flood wave conditions in order to improve its functioning, especially with …

Hydrological modelling is usually used as a tool for predicting watershed hydrological
response by water resources planners in flood forecasting and water resources …