The spatiotemporal variability of a stream flow due to the complex interaction of catchment attributes and rainfall induce complexity in hydrology. Researchers have been trying to address this complexity with a number of approaches; river flow regime is one of them. The flow regime can be quantified by means of hydrological indices characterizing five components: magnitude, frequency, duration, timing, and rate of change of flow. Similarly, this study aimed to understand the flow variability of Ethiopian Rivers using the observed daily flow data from 208 gauging stations in the country. With this process, the Hierarchical Ward Clustering method was implemented to group the streams into three flow regimes (1) ephemeral, (2) intermittent, and...
Flow regime characteristics (magnitude, frequency, duration, seasonal timing and rates of change) pl...
The selection of basin characteristics that explain spatial variation of river flows is important fo...
The Upper Tekezē–Atbara river sub-basin, part of the Nile Basin, is characterized by high temporal a...
The spatiotemporal variability of a stream flow due to the complex interaction of catchment attribut...
The sustainable development of water resources includes retaining some amount of the natural flow re...
Water availability has for long been a critical issue in many developing countries. Despite its enor...
The objective of this study was to characterize, quantify and validate the variability and trends of...
Water availability has for long been a critical issue in many developing countries. Despite its enor...
The objective of this study was to characterize, quantify and validate the variability and trends of...
Flow classification provides a statistically robust method of defining an expected range of variabil...
Temporal variation of monthly flows was investigated at 18 Discharge Measurement Stations (DMS) with...
Abstract Abstract The identification of hydro-meteorological trends is essential for analyzing clima...
International audienceThis study aims to identify environmental variables that best explain the geog...
It is important to understand variations in hydro-meteorological variables to provide crucial inform...
Flow regime characteristics (magnitude, frequency, duration, seasonal timing and rates of change) pl...
The selection of basin characteristics that explain spatial variation of river flows is important fo...
The Upper Tekezē–Atbara river sub-basin, part of the Nile Basin, is characterized by high temporal a...
The spatiotemporal variability of a stream flow due to the complex interaction of catchment attribut...
The sustainable development of water resources includes retaining some amount of the natural flow re...
Water availability has for long been a critical issue in many developing countries. Despite its enor...
The objective of this study was to characterize, quantify and validate the variability and trends of...
Water availability has for long been a critical issue in many developing countries. Despite its enor...
The objective of this study was to characterize, quantify and validate the variability and trends of...
Flow classification provides a statistically robust method of defining an expected range of variabil...
Temporal variation of monthly flows was investigated at 18 Discharge Measurement Stations (DMS) with...
Abstract Abstract The identification of hydro-meteorological trends is essential for analyzing clima...
International audienceThis study aims to identify environmental variables that best explain the geog...
It is important to understand variations in hydro-meteorological variables to provide crucial inform...
Flow regime characteristics (magnitude, frequency, duration, seasonal timing and rates of change) pl...
The selection of basin characteristics that explain spatial variation of river flows is important fo...
The Upper Tekezē–Atbara river sub-basin, part of the Nile Basin, is characterized by high temporal a...