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Optimal integration of forest inventory data and aerial image-based canopy height models for forest stand management

Ardalan Daryaei Zoran Trailovic Hormoz Sohrabi Clement Atzberger Eduard Hochbichler Markus Immitzer

森林生态系统(英文版)2025,Vol.13Issue(3):443-453,11.
森林生态系统(英文版)2025,Vol.13Issue(3):443-453,11.DOI:10.1016/j.fecs.2025.100299

Optimal integration of forest inventory data and aerial image-based canopy height models for forest stand management

Optimal integration of forest inventory data and aerial image-based canopy height models for forest stand management

Ardalan Daryaei 1Zoran Trailovic 2Hormoz Sohrabi 3Clement Atzberger 1Eduard Hochbichler 4Markus Immitzer1

作者信息

  • 1. University of Natural Resources and Life Sciences,Vienna(BOKU),Institute of Geomatics,Peter-Jordan-Straβe 82,A-1190,Vienna,Austria
  • 2. University of Natural Resources and Life Sciences,Vienna(BOKU),Institute of Silviculture,Peter-Jordan-Straβe 82,A-1190,Vienna,Austria||Austrian Federal Forests(Österreichische Bundesforste AG),Pummergasse 10-12,A-3002,Purkersdorf,Austria
  • 3. Tarbiat Modares University(TMU),Department of Forestry,Jalal AleAhmad,Nasr,P.O.Box 14115-111,Tehran,Iran
  • 4. University of Natural Resources and Life Sciences,Vienna(BOKU),Institute of Silviculture,Peter-Jordan-Straβe 82,A-1190,Vienna,Austria
  • 折叠

摘要

关键词

Forest inventory/Growing stock/Fixed-area plot/Angle-count plot/Aerial imagery/Tree height/Random forest regression

Key words

Forest inventory/Growing stock/Fixed-area plot/Angle-count plot/Aerial imagery/Tree height/Random forest regression

引用本文复制引用

Ardalan Daryaei,Zoran Trailovic,Hormoz Sohrabi,Clement Atzberger,Eduard Hochbichler,Markus Immitzer..Optimal integration of forest inventory data and aerial image-based canopy height models for forest stand management[J].森林生态系统(英文版),2025,13(3):443-453,11.

基金项目

The work has been partly supported by grants provided within the research project » EO4Forest:Use of multi-temporal Sentinel-2 and VHR Pleiades stereo data for sustainable forest monitoring and management« funded by the Austrian Federal Ministry for Climate Action,Environ-ment,Energy,Mobility,Innovation and Technology(BMK)within the FFG Austrian Space Applications Program ASAP 12(grant agreement number 854027).This support is greatly appreciated. (BMK)

森林生态系统(英文版)

2095-6355

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