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Soil science / Water pollution / Physical geography / Hydrology / Environmental science / WEPP / Erosion / Geomorphology / Soil / Earth / Environmental soil science / Environment


Development of A Forest Road Erosion Calculation GIS Tool for Forest Road Planning and Design Cochrane, T.A.1, M. Egli2, C. Phillips3, and G. Acharya1 1 Natural Resources Engineering, Department of Civil Engineering, Un
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Document Date: 2013-01-16 19:39:40


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File Size: 600,06 KB

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City

Seattle / Minneapolis / San Dimas / Chicago / /

Company

ESRI / Microsoft / /

Country

United States / New Zealand / /

Currency

pence / /

/

Event

Environmental Issue / /

Facility

Whangapoua Harbour / University of Canterbury / FORECALT Whangapoua catchment / /

IndustryTerm

forest road network / input road network / interface tool / erosion prediction technology / interactive design tool / spatial network / road network / stream network / web-based application / road networks / larger forest road networks / catchment road network / forest road networks / dense forest road network / web-based user interface / /

MusicGroup

B.C. / /

NaturalFeature

Design Road Surface Soil Type Climate File Whangapoua Forest / Peninsula of New Zealand / Rangiuru hill / Coromandel Peninsula / Waitekuri Stream / Whangapoua Forests / Outsloped forest / Whangapoua forest / /

Organization

American Water Resources Association / Ecole Polytechnique Fédérale de Lausanne / Department of Civil Engineering / U.S. Department of Agriculture Forest Service / USDA / Ministry of Agriculture / University of Canterbury / /

Person

Clay Loam Silt Loam Loam / Clay Loam / Sandy Loam / Hillslope / /

Position

WEPP model for forest roads / 3D Analyst and the Spatial Analyst / representative / /

ProgrammingLanguage

Visual Basic / /

ProvinceOrState

Minnesota / Illinois / Indiana / California / /

PublishedMedium

Earth Surface Processes and Landforms / /

Technology

simulation / Forest Service Technology / erosion prediction technology / /

SocialTag