Increased urbanization combined with the intensification of short rainfall events has
worsened the urban flood issue. Among the different blue-green solutions to mitigate pluvial …

A two-dimensional numerical model is developed to determine the role of soil in the
formation of urban catchment runoff. The model is based on a modeling unit, called the …

The significant proportion of often abandoned marginal/enclosed agricultural land in city
peripheries has given rise to the need for studying the delicate relationship between built-up …

Urbanization can change catchment hydrology, accelerating gully erosion and causing
serious damage to urban structures like roads, bridges and buildings. Increased impervious …

Runoff from the urban environment is a major contributor of non-point source contamination
for many estuaries, yet the ultimate fate of this stormwater within the estuary is frequently …

Flood control detention facilities are widely used for stormwater control in urban areas.
Standard design procedures are in most cases based on the design storm approach: a …

Surface area specific runoff coefficients were measured for nonclogged Portland cement
pervious concrete systems according to the rational method. The systems were simulated …

Runoff coefficients are affected by many factors, and their complex nonlinear relationships
make it difficult to calculate accurate runoff coefficients using experimental physical models …

This paper presents a method for estimating runoff coefficients of urban drainage
subcatchments based on a combination of high resolution weather radar data and flow …

This paper is a compilation of urban wet weather flow (WWF) literature reviews for the
eleven years from 1996 through 2006. This subject, urban wet-weather flows, is comprised …