Wind barriers offer short-term solution to fugitive dust

Wind-blown fugitive dust is a widespread problem in the arid west resulting from land disturbance or abandonment and increasingly limited water supplies. Soil-derived particles obstruct visibility, cause property damage and contribute to violations of health-based air qual...

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Main Authors: David Grantz, David L. Vaughn, Robert J. Farber, Bong Kim, Tony VanCuren, Rich Campbell
Format: Article
Language:English
Published: University of California Agriculture and Natural Resources 1998-07-01
Series:California Agriculture
Online Access:http://calag.ucanr.edu/archive/?article=ca.v052n04p14
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spelling doaj-111115a2fd4945b7804a243d8af5fa4f2020-11-25T00:54:41ZengUniversity of California Agriculture and Natural ResourcesCalifornia Agriculture0008-08452160-80911998-07-01524141810.3733/ca.v052n04p1410.3733/cav052n04_6Wind barriers offer short-term solution to fugitive dustDavid Grantz0David L. Vaughn1Robert J. Farber2Bong Kim3Tony VanCuren4Rich Campbell5D.A. Grantz is Plant Physiologist and Extension Air Quality SpecialistD.L. Vaughn is Staff Research Associate, Department of Botany and Plant Sciences and Statewide Air Pollution Research Center, UC RiversideR.J. Farber is Senior Research Scientist, Southern California Edison Company, RosemeadB. Kim is Air Quality Specialist, South Coast Air Quality Management District, Diamond BarT. VanCuren is Air Pollution Research Specialist, California Air Resources Board, SacramentoR. Campbell is District Conservationist, Natural Resources Conservation Service, Lancaster.Wind-blown fugitive dust is a widespread problem in the arid west resulting from land disturbance or abandonment and increasingly limited water supplies. Soil-derived particles obstruct visibility, cause property damage and contribute to violations of health-based air quality standards for fine particles (PM-10). These dry lands are often difficult to revegetate, yet they may require immediate stabilization. We evaluated the effectiveness of three types of mechanical wind barriers, which can be Installed more rapidly and more reliably than revegetation, in suppressing dust emissions. Wind fences, furrows and scattered roughness elements, such as plastic cones, are shown to reduce fugitive dust emissions in areas of the Mojave Desert that resisted revegetation.http://calag.ucanr.edu/archive/?article=ca.v052n04p14
collection DOAJ
language English
format Article
sources DOAJ
author David Grantz
David L. Vaughn
Robert J. Farber
Bong Kim
Tony VanCuren
Rich Campbell
spellingShingle David Grantz
David L. Vaughn
Robert J. Farber
Bong Kim
Tony VanCuren
Rich Campbell
Wind barriers offer short-term solution to fugitive dust
California Agriculture
author_facet David Grantz
David L. Vaughn
Robert J. Farber
Bong Kim
Tony VanCuren
Rich Campbell
author_sort David Grantz
title Wind barriers offer short-term solution to fugitive dust
title_short Wind barriers offer short-term solution to fugitive dust
title_full Wind barriers offer short-term solution to fugitive dust
title_fullStr Wind barriers offer short-term solution to fugitive dust
title_full_unstemmed Wind barriers offer short-term solution to fugitive dust
title_sort wind barriers offer short-term solution to fugitive dust
publisher University of California Agriculture and Natural Resources
series California Agriculture
issn 0008-0845
2160-8091
publishDate 1998-07-01
description Wind-blown fugitive dust is a widespread problem in the arid west resulting from land disturbance or abandonment and increasingly limited water supplies. Soil-derived particles obstruct visibility, cause property damage and contribute to violations of health-based air quality standards for fine particles (PM-10). These dry lands are often difficult to revegetate, yet they may require immediate stabilization. We evaluated the effectiveness of three types of mechanical wind barriers, which can be Installed more rapidly and more reliably than revegetation, in suppressing dust emissions. Wind fences, furrows and scattered roughness elements, such as plastic cones, are shown to reduce fugitive dust emissions in areas of the Mojave Desert that resisted revegetation.
url http://calag.ucanr.edu/archive/?article=ca.v052n04p14
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