학술논문

Global plant trait relationships extend to the climatic extremes of the tundra biome
Document Type
article
Author
H. J. D. ThomasA. D. BjorkmanI. H. Myers-SmithS. C. ElmendorfJ. KattgeS. DiazM. VellendD. BlokJ. H. C. CornelissenB. C. ForbesG. H. R. HenryR. D. HollisterS. NormandJ. S. PrevéyC. RixenG. Schaepman-StrubM. WilmkingS. WipfW. K. CornwellP. S. A. BeckD. GeorgesS. J. GoetzK. C. GuayN. RügerN. A. SoudzilovskaiaM. J. SpasojevicJ. M. AlataloH. D. AlexanderA. Anadon-RosellS. Angers-BlondinM. te BeestL. T. BernerR. G. BjörkA. BuchwalA. BurasM. CarbognaniK. S. ChristieL. S. CollierE. J. CooperB. ElberlingA. EskelinenE. R. FreiO. GrauP. GroganM. HallingerM. M. P. D. HeijmansL. HermanutzJ. M. G. HudsonJ. F. JohnstoneK. HülberM. Iturrate-GarciaC. M. IversenF. JaroszynskaE. KaarlejarviA. KulonenL. J. LamarqueT. C. LantzE. LévesqueC. J. LittleA. MichelsenA. MilbauJ. Nabe-NielsenS. S. NielsenJ. M. NinotS. F. OberbauerJ. OlofssonV. G. OnipchenkoA. PetragliaS. B. RumpfR. ShettiJ. D. M. SpeedK. N. SudingK. D. TapeM. TomaselliA. J. TrantU. A. TreierM. TremblayS. E. VennT. VowlesS. WeijersP. A. WookeyT. J. ZaminM. BahnB. BlonderP. M. van BodegomB. Bond-LambertyG. CampetellaB. E. L. CeraboliniF. S. ChapinJ. M. CraineM. DaineseW. A. GreenS. JansenM. KleyerP. ManningÜ. NiinemetsY. OnodaW. A. OzingaJ. PeñuelasP. PoschlodP. B. ReichB. SandelB. S. SchampS. N. SheremetievF. T. de Vries
Source
Nature Communications, Vol 11, Iss 1, Pp 1-12 (2020)
Subject
Science
Language
English
ISSN
2041-1723
Abstract
It is unclear whether plant trait relationships found at the global scale extend to climatic extremes. Here the authors analyse six major aboveground traits to show that known plant trait relationships extend to the tundra biomes and exhibit the same two dimensions of variation detected at the global scale.