Nonlinear responses of Picea crassifolia needle structures to different elevations in Plateau and soil as the main driver

Nonlinear responses of Picea crassifolia needle structures to different elevations in Plateau and soil as the main driver

来源:中文会议(科协)
英文摘要

Within towering canopy,structural diversity at the leaf level is easily visible.Altitude is an important factor affecting plant growth and development.Understanding how coniferous plants transcend plateau and survive successfully at different altitudes is of great significance for predicting their response to future climate change.As the dominant tree species in the plateau forest ecosystem,Picea crassifolia needles were gathered to test morphological,anatom…查看全部>>

Huizhong Hu;Dengwu Li;Xinru Lia;Na Luoa;Duozhen Zhonga;Jinyan Yanga;

第八届中国林业学术大会

Leaf traits Morphological structure Anatomical structure Histochemical localization Low temperature Xerophilous characteristic Soil factors

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