Multiple comparisons were made for each group of trees and shrubs, evergreen and deciduous, coniferous and broad-leaved. Mean represents the geometric mean, and n represents the number of observations

NIAID Data Ecosystem10

The elemental composition of leaves and transport roots rather than absorptive roots is more strongly influenced by phylogeny

植物生态化学计量学

器官养分分配

本研究利用了前所未有的木本植物化学计量（C、N和P）数据集，涵盖了来自9种天然P的54个物种P。 tabulaeformis森林以验证BN假说。我们假设叶片和输运根的元素组成和化学计量更保守，因此更受系统发育控制，而吸收根部的元素更具塑性，因此更受环境条件控制。这些假说基于一个成熟的理论，即叶片保持相对稳定且较高的养分浓度以支持光合作用（Sardans 等，2021）。此外，运输根部的有限响应反映

NIAID Data Ecosystem30

The many dimensions of phytochemical diversity: linking theory to practice

植物化学多样性分析

植物生态化学计量学

Data from Wetzel, W.C., and S.R. Whitehead. The many dimensions of phytochemical diversity: linking theory to practice. Ecology Letters. 10.1111/ELE.13422 Physalis_dilution_study.csv relates toAppe

Figshare2019-10-22 更新20

Leaf silicon concentration

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