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Modeling adaptive growth in forest trees:Integrating individual variation to understand climate responses in widely-distributed species
Arne Buechling Charles D.Canham Nataliya Korolyova Melanie Saulnier Patrick H.Martin Magnuz Engardt Martin Mikoláš Ondřej Vostarek Daniel Kozák Pavel Janda Jeňýk Hofmeister Miroslav Svoboda
Forest Ecosystems2026,Vol.16Issue(3):P.797-811,15.
Forest Ecosystems2026,Vol.16Issue(3):P.797-811,15.DOI:10.1016/j.fecs.2026.100469
Modeling adaptive growth in forest trees:Integrating individual variation to understand climate responses in widely-distributed species
摘要
关键词
Acclimation/Competition/Differentiation/Gaussian functions/Local adaptation/Nitrogen deposition(Nd)/Nonlinear growth models分类
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Arne Buechling,Charles D.Canham,Nataliya Korolyova,Melanie Saulnier,Patrick H.Martin,Magnuz Engardt,Martin Mikoláš,Ondřej Vostarek,Daniel Kozák,Pavel Janda,Jeňýk Hofmeister,Miroslav Svoboda..Modeling adaptive growth in forest trees:Integrating individual variation to understand climate responses in widely-distributed species[J].Forest Ecosystems,2026,16(3):P.797-811,15.基金项目
supported by the grant“EXTEMIT-K”,No.CZ.02.1.01/0.0/0.0/15_003/0000433 financed by Operational Pro-gramme Research,Development and Education in Czechia ()
supported by the grant“FORSOMICS”,No.09I03-03-V03-00103 funded by the EU Recovery and Resilience Plan for Slovakia. ()