Event submissions
Published
This submission belongs to the session S3. Remote Sensing for Environmental Sustainability of the event International Conference on Advanced Remote Sensing (ICARS 2025)
Published date
25 Mar, 2025
Academic Editor
'%3e%3cpath%20d='M12.6657%2010.9104C12.4185%2010.325%2012.0599%209.79327%2011.6097%209.34482C11.1609%208.89508%2010.6293%208.5365%2010.0442%208.28888C10.0389%208.28626%2010.0337%208.28495%2010.0285%208.28233C10.8446%207.69279%2011.3752%206.73249%2011.3752%205.64904C11.3752%203.8542%209.92103%202.39999%208.1262%202.39999C6.33136%202.39999%204.87715%203.8542%204.87715%205.64904C4.87715%206.73249%205.40774%207.69279%206.22393%208.28364C6.21869%208.28626%206.21345%208.28757%206.20821%208.29019C5.62129%208.5378%205.09463%208.89284%204.64265%209.34613C4.1929%209.79493%203.83432%2010.3266%203.58671%2010.9117C3.34345%2011.4845%203.21226%2012.0987%203.20023%2012.7209C3.19988%2012.7349%203.20233%2012.7488%203.20744%2012.7619C3.21255%2012.7749%203.22022%2012.7867%203.22998%2012.7968C3.23975%2012.8068%203.25142%2012.8147%203.26431%2012.8202C3.2772%2012.8256%203.29105%2012.8284%203.30504%2012.8284H4.09109C4.14874%2012.8284%204.19459%2012.7825%204.1959%2012.7262C4.2221%2011.7148%204.62823%2010.7676%205.34617%2010.0497C6.08899%209.30683%207.0755%208.89808%208.1262%208.89808C9.17689%208.89808%2010.1634%209.30683%2010.9062%2010.0497C11.6242%2010.7676%2012.0303%2011.7148%2012.0565%2012.7262C12.0578%2012.7838%2012.1037%2012.8284%2012.1613%2012.8284H12.9474C12.9613%2012.8284%2012.9752%2012.8256%2012.9881%2012.8202C13.001%2012.8147%2013.0126%2012.8068%2013.0224%2012.7968C13.0322%2012.7867%2013.0398%2012.7749%2013.0449%2012.7619C13.0501%2012.7488%2013.0525%2012.7349%2013.0522%2012.7209C13.0391%2012.0947%2012.9094%2011.4855%2012.6657%2010.9104ZM8.1262%207.9024C7.52486%207.9024%206.9589%207.6679%206.53312%207.24211C6.10733%206.81633%205.87283%206.25037%205.87283%205.64904C5.87283%205.0477%206.10733%204.48174%206.53312%204.05596C6.9589%203.63018%207.52486%203.39567%208.1262%203.39567C8.72753%203.39567%209.29349%203.63018%209.71927%204.05596C10.1451%204.48174%2010.3796%205.0477%2010.3796%205.64904C10.3796%206.25037%2010.1451%206.81633%209.71927%207.24211C9.29349%207.6679%208.72753%207.9024%208.1262%207.9024Z'%20fill='%235D1EE1'/%3e%3c/g%3e%3c/svg%3e)
Fabio TostiCitation
Clara Lößl, Viacheslav Barkov, Marcel Storch, Lisa Schulz-Nielsen, Ralf Pecenka, Thomas Jarmer, Towards Precision Short-Rotation Coppice Inventory Assessment through Unmanned Aerial Vehicle-borne LiDAR Tree Diameter Estimation, in Proceedings of International Conference on Advanced Remote Sensing (ICARS 2025), Barcelona, 26 March–28 March 2025, MDPI: Basel, Switzerland
Share
Email
Facebook
Twitter
LinkedIn
Towards Precision Short-Rotation Coppice Inventory Assessment through Unmanned Aerial Vehicle-borne LiDAR Tree Diameter Estimation
'%3e%3cpath%20d='M12.6647%2010.9104C12.4176%2010.325%2012.0589%209.7933%2011.6088%209.34485C11.16%208.89511%2010.6283%208.53653%2010.0432%208.28891C10.038%208.28629%2010.0327%208.28498%2010.0275%208.28236C10.8437%207.69282%2011.3743%206.73252%2011.3743%205.64907C11.3743%203.85423%209.92005%202.40002%208.12522%202.40002C6.33038%202.40002%204.87618%203.85423%204.87618%205.64907C4.87618%206.73252%205.40677%207.69282%206.22296%208.28367C6.21772%208.28629%206.21248%208.2876%206.20724%208.29022C5.62031%208.53783%205.09365%208.89287%204.64167%209.34616C4.19192%209.79496%203.83334%2010.3266%203.58573%2010.9117C3.34247%2011.4846%203.21128%2012.0987%203.19925%2012.721C3.1989%2012.735%203.20135%2012.7489%203.20646%2012.7619C3.21157%2012.7749%203.21924%2012.7868%203.22901%2012.7968C3.23877%2012.8068%203.25045%2012.8148%203.26334%2012.8202C3.27623%2012.8256%203.29007%2012.8284%203.30406%2012.8284H4.09012C4.14776%2012.8284%204.19362%2012.7825%204.19493%2012.7262C4.22113%2011.7148%204.62726%2010.7676%205.34519%2010.0497C6.08802%209.30686%207.07452%208.89811%208.12522%208.89811C9.17592%208.89811%2010.1624%209.30686%2010.9052%2010.0497C11.6232%2010.7676%2012.0293%2011.7148%2012.0555%2012.7262C12.0568%2012.7839%2012.1027%2012.8284%2012.1603%2012.8284H12.9464C12.9604%2012.8284%2012.9742%2012.8256%2012.9871%2012.8202C13%2012.8148%2013.0117%2012.8068%2013.0214%2012.7968C13.0312%2012.7868%2013.0389%2012.7749%2013.044%2012.7619C13.0491%2012.7489%2013.0515%2012.735%2013.0512%2012.721C13.0381%2012.0947%2012.9084%2011.4856%2012.6647%2010.9104ZM8.12522%207.90243C7.52388%207.90243%206.95792%207.66793%206.53214%207.24215C6.10636%206.81636%205.87185%206.2504%205.87185%205.64907C5.87185%205.04773%206.10636%204.48177%206.53214%204.05599C6.95792%203.63021%207.52388%203.3957%208.12522%203.3957C8.72655%203.3957%209.29252%203.63021%209.7183%204.05599C10.1441%204.48177%2010.3786%205.04773%2010.3786%205.64907C10.3786%206.2504%2010.1441%206.81636%209.7183%207.24215C9.29252%207.66793%208.72655%207.90243%208.12522%207.90243Z'%20fill='%235D1EE1'/%3e%3c/g%3e%3c/svg%3e)
Clara Lößl 1
Viacheslav Barkov 1
Marcel Storch 2
Lisa Schulz-Nielsen 3
Ralf Pecenka 3
Thomas Jarmer 2
1. Joint Lab Artificial Intelligence & Data Science, Osnabrück University, Osnabrück, Germany
2. Institute of Computer Science, Osnabrück University, Osnabrück, Germany
3. Leibniz-Institut für Agrartechnik und Bioökonomie e.V., Potsdam, Germany
Abstract
Keywords
remote sensing
UAV
LiDAR
short rotation coppice
Oral Presentation
ICARS_CL_DBH.pdf