Schätzung Baumkronen-Oberflächentemperatur mit Hilfe LaserTIR

Abbildung: Das Foto zeigt die Landschaft des Hainich. Im Vordergrund ist ein Laubwald zu sehen, im Hintergrund Felder, Wiesen, Wälder und Bebauung.

Publikationen

Comparing canopy leaf temperature of three Central European tree species based on simultaneous confidence bands for penalized splines

Vonrüti M., Spasojevic A., Nölke N., Kneib T., Kleinn C. (2017): Comparing canopy leaf temperature of three Central European tree species based on simultaneous confidence bands for penalized splines. Environmental and Ecological Statistics 24 (3), 385–398. doi: 10.1007/s10651-017-0375-1

Integrating Remote Sensing Techniques into Forest Monitoring: Selected Topics with a Focus on Thermal Remote Sensing

Nölke N. (2016): Integrating Remote Sensing Techniques into Forest Monitoring: Selected Topics with a Focus on Thermal Remote Sensing. Dissertation, University Göttingen

Thermal canopy photography in forestry – an alternative to optical cover photography

Wärmebildfotografie – eine Alternative zur optischen Fotografi e in der Forstwirtschaft?

Nölke N., Beckschäfer P., Kleinn C. (2014): Thermal canopy photography in forestry - an alternative to optical cover photography. iForest 8, 1-5. doi: 10.3832/ifor1129-007

Datensätze

Öffentliche Datensätze

Mean canopy temperature for three different tree species around the Hainich climate tower, 2012

Nölke, Nils; Kleinn, Christoph (2014): Mean canopy temperature for three different tree species around the Hainich climate tower, 2012. Version 2. Biodiversity Exploratories Information System. Dataset. https://www.bexis.uni-jena.de/ddm/data/Showdata/17689?version=2

Wissenschaftliche Mitarbeiter:innen

Alumni

Prof. Dr. Alexander Knohl

Projektleiter

Prof. Dr. Christoph Kleinn

Georg-August-Universität Göttingen

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