Runoff prediction in ungauged and scarcely gauged catchments is a key research field in
surface water hydrology. There have been numerous studies before and since the launch of …

Understanding hydrological processes is achieved using modeling approaches due to the
extensive and complex interactions between various environmental elements. Hydrological …

In this paper, we propose a set of simple benchmarks for the evaluation of data-based
models for real-time streamflow forecasting, such as those developed with sophisticated …

Over the past decades, novel parameter regionalisation techniques have been developed to
predict streamflow in data-scarce regions. In this paper, we examined how the choice of …

In this study, a comparative evaluation of the statistical methods for daily streamflow
estimation at ungauged basins is presented. The single donor station drainage area ratio …

Flow duration curve (FDC) is widely used in hydrology to assess streamflow in a river basin.
In this study, a simple FDC model is developed for monthly streamflow data. The model …

Rainfall-runoff simulation is an essential step in analyzing the impacts of extreme flood
events. This can aid in water resource management and planning. In areas that are prone to …

With the increasing stress on water resources for a developing country like India, it is
pertinent to understand the dominant streamflow patterns for effective planning and …

A physics based distributed coupled integrated hydrological model, MIKE SHE/MIKE 11, has
been calibrated using a multi-objective optimization approach for minimization of errors in …

Frequent flood is a concern for most of the coastal regions of India. The importance of flood
maps in governing strategies for flood risk management is of prime importance. Flood …