Urban floods have become more frequent and devastating in recent decades. Low impact
developments (LIDs) have gained wide acceptance as a more sustainable and effective …

Flood inundation mapping (FIM) is required to understand the affects of flooding in a
particular area and on important structures such as roadways, railways, streets, buildings …

The lack of discharge observations and reliable drainage information is a pervasive problem
in urban catchments, resulting in difficulties in parameterizing urban hydrological models …

The growth and spread of impervious surfaces within urbanizing catchment areas pose
signiificant threats to the quality of natural and built-up environments. Impervious surfaces …

Flooding in urban basins is a major natural catastrophe that leads to many causalities of life
and property. The semi-urbanized Koraiyar River basin in Tamil Nadu has important cities …

Land-use change has been identified as one of the major factors responsible for change in
runoff and therefore flood risk in urban areas. The present study quantifies the flood risk …

The present research examines the hydrological impacts of historical and future land use
land cover (LULC) in a part of the Yamuna River basin. The GIS-Curve Number (CN) …

Due to frequent pluvial flooding in different urban and peri-urban catchments worldwide,
understanding the flooding situation is necessary for effective flood management. However …

The present study demonstrates the relationship between peak rainfall intensity (PRI) and
maximum flood depth (MFD) for an urban catchment in Northeast India. To study the impact …

Determination of imperviousness, which is defined by total impervious area (TIA) and
effective impervious area (EIA), is mandatory for hydrological modeling of water quantity and …