Non-structural carbohydrates and morphological traits of leaves, stems and roots from tree species in different climates.
Guangqi ZhangPascale MaillardZhun MaoLoic BrancheriauJulien EngelBastien GérardClaire FortunelJean-Luc MaeghtJordi Martínez-VilaltaMerlin RamelSophie Nourissier-MountouStéphane FourtierAlexia StokesPublished in: BMC research notes (2022)
The paper describes functional traits in leaves, stems and roots, including NSC, carbon, nitrogen, specific leaf area, stem and root wood density and xylem traits. Data are provided for up to 90 angiosperm species from temperate, Mediterranean and tropical climates. These data are useful for understanding the trade-offs in resource allocation from a whole-plant perspective, and to better quantify xylem structure and function related to water transportation, mechanical support and storage. Data will also give researchers keys to understanding the ability of trees to adjust to a changing climate.