Does current management of storm water runoff adequately protect water resources in developing catchments? - Hur, J; Schlautman, M.A; Templeton, S.R; Karanfil, T; Post, C.J; Smink, J.A; Song, H; Goddard, M.A; Klaine, S.J; Hayes, J.C (Journal of soil and water conservation, 2008)
Keywords: Agronomy. Soil science and plant productions; Aquatic ecosystems; Best management practices; Biological and medical sciences; Catchments; Chemicals; Environmental aspects; Erosion control; Evaluation; Fundamental and applied biological sciences. Psychology; Hydrographs; Land development; land use change; nonpoint source pollution; Pollutants; rain; Real estate development; rivers; sandy loam soils; Sediment control; Sediment, Suspended; Soil erosion; Soil science; soil texture; South Carolina; Storm runoff; Storms; Stormwater; Stormwater management; Stormwater quality; Streams; Surface runoff; Suspended sediment; Total suspended solids; United States; water erosion; Water pollution; Water quality; Water resources; watershed hydrology; Watershed management; Watersheds; South Carolina; United States; North America; America; Runoff water; Sediments; Land use; Prevention; Nonpoint pollution; Watershed; Rain water; best management practices-erosion prevention and sediment control-hydrograph-land use change-nonpoint source pollution-storm event-water quality; Code of practice; Storm water; Flow diagram; Water resources; Erosion