Tree Diversity Reduces Variability in Sapling Survival under Drought

Haben Blondeel,Joannes Guillemot,Nicolas Martin-StPaul,Arsene Druel,Simon Bilodeau-Gauthier,Juergen Bauhus,Charlotte Grossiord,Andrew Hector,Herve Jactel,Joel Jensen,Christian Messier,Bart Muys,Hernan Serrano-Leon,Harald Auge,Nadia Barsoum,Emiru Birhane,Helge Bruelheide,Jeannine Cavender-Bares,Chengjin Chu,Jonathan R. Cumming,Abebe Damtew,Nico Eisenhauer,Olga Ferlian,Sebastian Fiedler,Gislene Ganade,Douglas L. Godbold,Dominique Gravel,Jefferson S. Hall,Dirk Hoelscher,Kristin B. Hulvey,Julia Koricheva,Holger Kreft,Cathleen Lapadat,Jingjing Liang,Xiaojuan Liu,Celine Meredieu,Simone Mereu,Rebecca Montgomery,Lourdes Morillas,Charles Nock,Alain Paquette,John D. Parker,William C. Parker,Gustavo B. Paterno,Michael P. Perring,Quentin Ponette,Catherine Potvin,Peter Reich,James Rentch,Boris Rewald,Hans Sanden,Katherine Sinacore,Rachel J. Standish,Artur Stefanski,Patrick C. Tobin,Michiel van Breugel,Marina Vergara Fagundes,Martin Weih,Laura J. Williams,Mo Zhou,Michael Scherer-Lorenzen,Kris Verheyen,Lander Baeten

JOURNAL OF ECOLOGY（2024）

Cited 1|Views51

Key words

climate change adaptation,functional traits,IDENT,relative extractable water (REW),standardized precipitation evapotranspiration index (SPEI),tree mortality,TreeDivNet

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