Plant functional trait change across a warming tundra biome
- Bjorkman A.D.
- Myers-Smith I.H.
- Elmendorf S.C.
- Normand S.
- Rüger N.
- Beck P.S.A.
- Blach-Overgaard A.
- Blok D.
- Cornelissen J.H.C.
- Forbes B.C.
- Georges D.
- Goetz S.J.
- Guay K.C.
- Henry G.H.R.
- HilleRisLambers J.
- Hollister R.D.
- Karger D.N.
- Kattge J.
- Manning P.
- Prev?y J.S.
- Rixen C.
- Schaepman-Strub G.
- Thomas H.J.D.
- Vellend M.
- Wilmking M.
- Wipf S.
- Carbognani M.
- Hermanutz L.
- L?vesque E.
- Molau U.
- Petraglia A.
- Soudzilovskaia N.A.
- Spasojevic M.J.
- Tomaselli M.
- Vowles T.
- Alatalo J.M.
- Alexander H.D.
- Anadon-Rosell A.
- Angers-Blondin S.
- Beest M.
- Berner L.
- Björk R.G.
- Buchwal A.
- Buras A.
- Christie K.
- Cooper E.J.
- Dullinger S.
- Elberling B.
- Eskelinen A.
- Frei E.R.
- Grau O.
- Grogan P.
- Hallinger M.
- Harper K.A.
- Heijmans M.M.P.D.
- Hudson J.
- Hülber K.
- Iturrate-Garcia M.
- Iversen C.M.
- Jaroszynska F.
- Johnstone J.F.
- Jørgensen R.H.
- Kaarlejärvi E.
- Klady R.
- Kuleza S.
- Kulonen A.
- Lamarque L.J.
- Lantz T.
- Little C.J.
- Speed J.D.M.
- Michelsen A.
- Milbau A.
- Nabe-Nielsen J.
- Nielsen S.S.
- Ninot J.M.
- Oberbauer S.F.
- Olofsson J.
- Onipchenko V.G.
- Rumpf S.B.
- Semenchuk P.
- Shetti R.
- Collier L.S.
- Street L.E.
- Suding K.N.
- Tape K.D.
- Trant A.
- Treier U.A.
- Tremblay J.-P.
- Tremblay M.
- Venn S.
- Weijers S.
- Zamin T.
- Boulanger-Lapointe N.
- Gould W.A.
- Hik D.S.
- Hofgaard A.
- Jónsdóttir I.S.
- Jorgenson J.
- Klein J.
- Magnusson B.
- Tweedie C.
- Wookey P.A.
- Bahn M.
- Blonder B.
- van Bodegom P.M.
- Bond-Lamberty B.
- Campetella G.
- Cerabolini B.E.L.
- Chapin F.S.
- Chapin III, F. Stuart
- Cornwell W.K.
- Craine J.
- Dainese M.
- de Vries F.T.
- Díaz S.
- Enquist B.J.
- Green W.
- Milla R.
- Niinemets Ülo.
- Onoda Y.
- Ordoñez J.C.
- Ozinga W.A.
- Penuelas J.
- Poorter H.
- Poschlod P.
- Reich P.B.
- Sandel B.
- Schamp B.
- Sheremetev S.
- Weiher E.
DOIAbstract
The tundra is warming more rapidly than any other biome on Earth, and the potential ramifications are far-reaching because of global feedback effects between vegetation and climate. A better understanding of how environmental factors shape plant structure and function is crucial for predicting the consequences of environmental change for ecosystem functioning. Here we explore the biome-wide relationships between temperature, moisture and seven key plant functional traits both across space and over three decades of warming at 117 tundra locations. Spatial temperature?trait relationships were generally strong but soil moisture had a marked influence on the strength and direction of these relationships, highlighting the potentially important i...
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