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Differential modulation of crown allometry and stem growth at gap edges in five European tree species by drought conditions

Luke Bohnhorst Peter Biber Torben Hilmers Enno Uhl Hans Pretzsch

Forest Ecosystems2024，Vol.11Issue(5)：P.618-631,14.

Forest Ecosystems2024，Vol.11Issue(5)：P.618-631,14.DOI:10.1016/j.fecs.2024.100219

Differential modulation of crown allometry and stem growth at gap edges in five European tree species by drought conditions

Luke Bohnhorst ¹Peter Biber ¹Torben Hilmers ¹Enno Uhl ²Hans Pretzsch¹

作者信息

1. Chair of Forest Growth and Yield Science,TUM School of Life Sciences,Technical University of Munich,Hans-Carl-von-Carlowitz-Platz 2,85354,Freising,Germany
2. Chair of Forest Growth and Yield Science,TUM School of Life Sciences,Technical University of Munich,Hans-Carl-von-Carlowitz-Platz 2,85354,Freising,Germany Bavarian State Institute of Forestry,Hans-Carl-von-Carlowitz-Platz 1,85354,Freising,Germany
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摘要

关键词

Canopy gaps/Disturbance/Growth/TLiDAR/Drought stress/Crown structure/Acclimation

分类

农业科技

引用本文复制引用

Luke Bohnhorst,Peter Biber,Torben Hilmers,Enno Uhl,Hans Pretzsch..Differential modulation of crown allometry and stem growth at gap edges in five European tree species by drought conditions[J].Forest Ecosystems,2024,11(5):P.618-631,14.

基金项目

funded by the Bavarian Ministry of Nutrition,Agriculture and Forestry through the projects“Acclimation of Forest Trees”(grant#kliffw006) （grant#kliffw006）

“Maintenance and Monitoring of long term experiments”(W007,grant#Gz:7831-1/874). （W007,grant#Gz:7831-1/874）

Forest Ecosystems

OACSTPCD

ISSN：2095-6355

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