Denver / San Francisco / Baltimore / Boise / Enschede / Philadelphia / El Segundo / Portland / San Luis Obispo / L.A. / Santa Cruz / /
Company
Bayer / W.H. Freeman and Co. / McGraw-Hill / Spencer B. Gross Inc. / Roper / /
Continent
America / /
Country
Netherlands / United States / /
Currency
DEM / / /
Facility
College of Agriculture / Rocky Mountain Research Station / Range Experiment Station / California Polytechnic State University / Fort Collins / /
IndustryTerm
Software processing / Remote sensing applications / airborne laser mapping technology / study site / local control network / channel networks / field survey control network / /
MarketIndex
Forested Mountain Stream The / /
NaturalFeature
Pacific Northwest rivers / Little Creek / Scotts Creek / Forested Mountain Stream streams / LiDAR Introduction Channel / LiDAR-derived channel / Forested Mountain Stream / /
Organization
College of Agriculture / Food / and Environmental Sciences / College of Agriculture / California Polytechnic State University / U.S. Department of Agriculture / Cal Poly State Univ. / Natural Resources Management Department / Geological Society / Forest Service / /
Person
Ryan Hilburn / W.M. Beaty / Cal Poly / Brian C. Dietterick / / /
Position
editor / Forester / General / Research Assistant / Professor and Director / Swanton Pacific Ranch / / /
ProgrammingLanguage
R / /
ProvinceOrState
Maryland / Oregon / British Columbia / South Carolina / California / Arizona / Colorado / /
Comparing LiDAR-Generated to GroundSurveyed Channel Cross-Sectional Profiles in a Forested Mountain Stream Brian C. Dietterick, 1 Russell White, 2 and Ryan Hilburn 3 Abstract Airborne Light Detection and Ranging (LiDAR)