Estimating pollutant loads from developed watersheds is vitally important to reduce nonpoint
source pollution from urban areas, as a key tool in meeting water quality goals is the …

Urbanization increases runoff, sediment, and nutrient loadings downstream, causing
flooding, eutrophication, and harmful algal blooms. Stormwater control measures (SCMs) …

Precipitation is a critical factor affecting regional water cycles, water ecology, and
socioeconomic development. Monthly precipitation, water vapor pressure, and temperature …

Urbanization changes land cover through the expansion of impermeable surfaces, leading
to a significant rise in runoff, sediment, and nutrient loading. The quality of stormwater is …

Sediment accumulation can reduce the drainage capacity of sewer systems, and thus
increase the risk of urban flooding and jeopardize the safety of urban environments. The …

Nonpoint source pollution (NSP) is one of the main factors leading to black odor in urban
rivers. A better understanding and simulation of the formation and transport mechanism of …

Understanding the urban wash-off process of road-deposited sediment (RDS) is essential
for controlling nonpoint source (NPS) pollution and restoring the water environment …

The standard exponential wash-off function has been widely adopted in urban stormwater
quality models and tested in many studies of sediment wash-off experiments. There is …

The rainfall prediction is one of the major problems in meteorological department since it is
related to the economy and human life. In addition, the heavy rainfall is the major problem of …

Urban development increases impervious surfaces; resulting in decreased infiltration,
increased runoff, eroding stream beds and banks, and increased transport of pollutants to …