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Instrinsic relationship among needle morphology, anatomy, gas exchanges and tree growth across 17 Picea species

Junchen Wang, Jianwei Ma, Fangqun Ouyang, Junhui Wang, Song Lu, Lisheng Kong, Hanguo Zhang, Lisheng Kong, Hanguo Zhang

2020New Forests14 citationsDOI

Topics & Concepts

BiologyMorphology (biology)BotanyPhotosynthesisPicea abiesPlant morphologyEcologyZoologyPlant Water Relations and Carbon DynamicsPlant responses to water stressTree-ring climate responses
Instrinsic relationship among needle morphology, anatomy, gas exchanges and tree growth across 17 Picea species | Litcius