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Measurement / Geography / Optical devices / LIDAR / Robotic sensing / Laser rangefinder / Remote sensing / Theodolite / Digital elevation model / Cartography / Geodesy / Surveying


Can. J. Remote Sensing, Vol. 32, No. 5, pp[removed], 2006 A rigorous assessment of tree height
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Document Date: 2008-04-08 12:14:12


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City

Biberach / Salt Lake City / Vantaa / Seattle / Centennial / Livermore / Langsele / Vaughan / Anchorage / San Jose / Jonkoping / /

Company

Suunto Inc. / Vertex / Topcon Positioning Systems Inc. / Optech Incorporated / Anchorage Forestry Sciences Laboratory / /

Country

Germany / Norway / United States / United Kingdom / Sweden / Finland / /

Currency

NAD / /

Facility

University of Washington / Pacific Northwest Research Station / /

IndustryTerm

least-squares solution / fiberglass / computing / software package / local survey network / /

NaturalFeature

Tree heights / /

Organization

University of Washington / US Department of Agriculture / USDA / USDA Forest Service / Remote Sensing Applications Center / /

Person

Stephen E. Reutebuch / Hans-Erik Andersen / using airborne lidar and conventional field methods Hans-Erik Andersen / /

Position

small terminal leader / aide / author / lidar contractor / mean rt / rt / /

Product

Falcon / Cessna Caravan / /

ProvinceOrState

South Dakota / Utah / Alaska / California / Colorado / Washington / Ontario / /

PublishedMedium

the Canadian Journal / /

Region

Northwest / eastern United Kingdom / western North America / /

Technology

laser / Remote Sensing / Laser Technology / GPS / globally convergent Newton-Raphson algorithm / /

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