4 edition of Modeling of nonpoint source water quality in urban and non-urban areas found in the catalog.
Modeling of nonpoint source water quality in urban and non-urban areas
by Environmental Research Laboratory, Office of Research and Development, U.S. Environmental Protection Agency in Athens, GA
Written in English
|Statement||by Anthony S. Donigian, Jr. and Wayne C. Huber|
|Contributions||Huber, Wayne Charles, Environmental Research Laboratory (Athens, Ga.), AQUA TERRA Consultants|
|The Physical Object|
|Pagination||vi, 72 p.|
|Number of Pages||72|
Most pollutants in water come from several different sources and are called Non-Point Source pollution. Water picks up these pollutants as it flows over the land and goes through untreated storm drains or directly into streams, wetlands, lakes and the ocean. Water also carries pollutants into underground drinking water as it flows into the ground. Nonpoint source pollution (NPSP) from agricultural runoff threatens drinking water quality, aquatic habitats, and a variety of other beneficial uses of water resources. Agricultural runoff often contains a suite of water-quality contaminants, such as nutrients, pesticides, pathogens, sediment, salts, trace metals, and substances, contributing.
Protecting water quality in urban areas (also referred to as the Blue Book) is a manual of stormwater best management practices. It was published in and has not undergone revision. Much of the information in this document is now outdated and we recommend it not be used for regulatory purposes. ISBN: OCLC Number: Description: xv, pages: illustrations ; 24 cm. Contents: Introduction / Vladimir Novotny and Laszlo Somlyody --Basic concepts / Vladimir Novotny and Harvey Olem --Hydrologic aspects of nonpoint pollution / Vladimir Novotny --Erosion and soil loss / Vladimir Novotny --Soil pollution and its mitigation: impact of land use changes on.
Added the following HSPF model system documentation files: HSPF Model System Abstract - ; HSPF Model System Distribution File List - ; Bibliography for HSPF and Related References - 5; Modeling of Nonpoint Source Water Quality in Urban and Non-urban Areas - 5. Runoff from urban and suburban areas is a major origin of nonpoint source pollution. Much of the urban environment is paved with asphalt or concrete, or covered with buildings. These surfaces are usually impervious, meaning that water runs off of them without being absorbed into the soil. These hard, impervious surfaces make it easier for stormwater to pick up, absorb, and carry pollutants.
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EPA/// June Modeling of Nonpoint Source Water Quality in Urban and Non-urban Areas by Anthony S. Donigian, Jr. AQUA TERRA Consultants Mountain View, California and Wayne C.
Huber University of Florida Gainesville, Florida Project Technical Monitor Thomas O. Barnwell, Jr. Assessment Branch Environmental Research Laboratory Athens.
Modeling of nonpoint source water quality in urban and non-urban areas [microform] / by Anthony S. Donigian, Jr. and Wayne C. Huber Environmental Research Laboratory, Office of Research and Development, U.S.
Environmental Protection Agency Athens, GA Australian/Harvard Citation. Donigian, Anthony S. & Huber, Wayne Charles. Get this from a library. Modeling of nonpoint source water quality in urban and non-urban areas. [Anthony S Donigian; Wayne Charles Huber; Environmental Research Laboratory (Athens, Ga.); AQUA TERRA Consultants.].
pollution from urban areas is a major contributor to water quality degradation. Storm runoff and combined sewer over- flows are the most significant nonpoint sources in urban areas (Peirce, ).
Establishing the best control strategy for urban nonpoint source pollution includes initial assessment of the magnitude of the nonpoint source problem. Donigian, A.S., and Huber, W.C., (). Modeling Nonpoint Source Water Quality in Urban and Non–urban Areas, EPA 68–03–, ch Lab., EPA, Athens, GA Cited by: there was significantly lower water quality downstream of urban land areas compared to non-urban areas.
In South Africa, Grobicki () and Mtetwa et al. () found out that the land uses. Agency, a), moreover PLOAD can estimate nonpoint source pollution f or urban, suburban a nd rural. A distributed water quality model for nonpoint source pollution modeling in agricultural watersheds is described in this paper.
A water quality component was developed for WATFLOOD (a flood forecast hydrological model) to deal with sediment and nutrient by: simulation of runoff quantity and quality from primarily urban areas.
It continues to be widely used throughout the World for planning, analysis and design related to storm water runoff, combined sewers, sanitary sewers, and other drainage systems in urban areas, with many applications in non-urban areas Cited by: 9.
ABSTRACT: A geographic information system (GIS) was a useful aid in the assessment of urban nonpoint source pollution and the development of a pollution control strategy. The GIS was used for data integration and display, and to provide data for a nonpoint source model.
An empirical nonpoint source loading model driven by land use was used to estimate pollutant loadings of priority by: Application of a GIS-based nonpoint source nutrient loading model for assessment of land development scenarios and water quality in Owasco Lake, New York.
Water Science Technology 28 (3–5): –Cited by: 3. Comparative evaluation of urban storm water quality models J. Vaze1 and Francis H.
Chiew Cooperative Research Centre for Catchment Hydrology, Department of Civil and Environmental Engineering, University of Melbourne, Melbourne, Victoria, Australia Received 21 October ; revised 27 May ; accepted 11 June ; published 9 October Cited by: a sound model for the implementation of local control of water use and nonpoint source pollution issues associated with urban landscapes.
As of the date of publication, the implementation of this language is not mandated by any state or federal law. Non Point Source Pollution Modeling Using NSPECT Model to Facilitate Watershed Planning World Environmental and Water Resources Congress Floods, Droughts, and Ecosystems May A Watershed Approach to Stream Assessment and Restoration in an Urban Water Supply Watershed.
Water Quality Model Use Model Selection Criteria Model Chains Model Data loadings from both urban and agricultural land runoff can cause excessive algae growth, which in turn may degrade tive capacities of the receiving water body.
Non-point sources such as. PROTECTING WATER QUALITY IN URBAN AREAS Best Management Practices for Dealing with Storm Water Runoff from Urban, Suburban and Developing Areas of Minnesota March 1, This guidance is not a regulatory document and should be considered only.
The water quality of discharge from the surface water system is ultimately dictated by land use and climate within the watershed.
Water quality has vastly improved from point source reduction measures, yet, non-point source pollutants continue to rise. 30 to 40% of rivers still do not meet water quality standards for reasons that include impact from urban storm water runoff, agricultural and.
Give Water More Places to Go. In urban areas, land development and impermeable pavement increases storm water run-off, and subsequently the volume of flow when storm water enters waterbodies.
This increase can impact the environment through downstream flooding, stream bank erosion, and increased nonpoint source pollution. discharges together as the second most prevalent source of water quality impairment in the nation’s estuaries, after industrial discharges, and the fourth most prevalent source of impairment in lakes after agriculture, unspecified nonpoint sources and atmospheric deposition File Size: KB.
the water quality model to quantify the transportation of combined loadings of animal manure and fertilizers to storages of upper soil zone, lower soil zone, groundwater, and surface water in the Saginaw Bay Basin and to identify critical risk areas for implementation of water management programs.
PROCEDURES 1. Study Area. ABSTRACT: Public Law 92–00 has mandated the need for evaluating the impact of nonpoint source pollution on receiving water quality, primarily through Section Areawide Planning. The Management of Urban Non‐Point Pollution (MUNP) model was developed to estimate the accumulation of eight non‐point pollutants on urban streets, their removal by both rainfall and street sweeping operations.“Modeling of nonpoint source water quality in urban and non‐urban areas.” EPA 3‐91/ US EPA, Athens, GA NONPOINT SOURCE POLLUTION MANAGEMENT MODELS FOR REGIONAL GROUNDWATER QUALITY CONTROL FEBRUARY KIRK HATFIELD, B.S., UNIVERSITY OF IOWA M.S., UNIVERSITY OF IOWA Ph.D., UNIVERSITY OF MASSACHUSETTS Directed by: Professor Richard R.
Noss Nonpoint source pollution threatens the quality of enormous reservoirs of Size: 9MB.