Browsing by Author "Wright, IJ"

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  • AusTraits, a curated plant trait database for the Australian flora

    Falster, D.; Gallagher, R; Wenk, EH; Wright, IJ; Indiarto, D.; Andrew, SC; Baxter, C.; Lawson, J.; Allen, Stuart.; Fuchs, A.; Monro, A.; Kar, F.; Adams, MA; Ahrens, CW; Alfonzetti, M.; Angevin, T.; Apgaua, DMG; Arndt, Stefan K.; Atkin, Owen K.; Atkinson, J.; Auld, T.; Baker, A.; von Balthazar, M.; Bean, A.; Blackman, CJ; Bloomfeld, K.; Bowman, DMJS; Bragg, J.; Brodribb, TJ; Buckton, G.; Burrows, G.; Caldwell, E.; Camac, J.; Carpenter, R.; Catford, J.; Cawthray, GR; Cernusak, LA; Chandler, G.; Chapman, AR; Cheal, D.; Cheesman, AW; Chen, S. -C.; Choat, B.; Clinton, B.; Clode, PL; Coleman, H.; Cornwell, WK; Cosgrove, M.; Crisp, M; Cross, E.; Crous, KY; Cunningham, S.; Curran, T.; Curtis, E.; Daws, M.; DeGabriel, JL; Denton, MD; Dong, N.; Du, P.; Duan, H.; Duncan, DH; Duncan, RP; Duretto, M.; Dwyer, JM; Edwards, C.; Esperon-Rodriguez, M; Evans, JR; Everingham, SE; Farrell, C.; Firn, J.; Fonseca, CR; French, BJ; Frood, D; Funk, JL; Geange, SR; Ghannoum, O; Gleason, SM; Gosper, CR; Gray, E; Groom, PK; Grootemaat, S; Gross, C; Guerin, G; Guja, L; Hahs, AK; Harrison, MT; Hayes, PE; Henery, M; Hochuli, D; Howell, J; Huang, G; Hughes, L; Huisman, J; Ilic, J; Jagdish, A; Jin, D; Jordan, G; Jurado, E; Kanowski, J; Kasel, S; Kellermann, J; Kenny, B; Kohout, M; Kooyman, RM; Kotowska, MM; Lai, HR; Laliberte, E; Lambers, H; Lamont, BB; Lanfear, R; van Langevelde, F; Laughlin, DC; Laugier-kitchener, B-A; Laurance, S; Lehmann, CER; Leigh, A; Leishman, MR; Lenz, T; Lepschi, B; Lewis, JD; Lim, F; Liu, U; Lord, J; Lusk, Christopher H.; Macinnis-Ng, C; McPherson, H; Magallon, S; Manea, A; Lopez-Martinez, A; Mayfeld, M; McCarthy, JK; Meers, T; van der Merwe, M; Metcalfe, DJ; Milberg, P; Mokany, K; Moles, AT; Moore, BD; Moore, N; Morgan, JW; Morris, W; Muir, A; Munroe, S; Nicholson, A; Nicolle, D; Nicotra, AB; Niinemets, U; North, T; O'Reilly-Nugent, A; O'Sullivan, OS; Oberle, B; Onoda, Y; Ooi, MKJ; Osborne, CP; Paczkowska, G; Pekin, B; Pereira, CG; Pickering, C; Pickup, M; Pollock, LJ; Poot, P; Powell, JR; Power, S; Prentice, IC; Prior, L; Prober, SM; Read, J; Reynolds, V; Richards, AE; Richardson, B; Roderick, ML; Rosell, JA; Rossetto, M.; Rye, B.; Rymer, PD; Sams, M; Sanson, G; Sauquet, H; Schmidt, S; Schoenenberger, J; Schulze, E-D; Sendall, K; Sinclair, S; Smith, B; Smith, R; Soper, F; Sparrow, B; Standish, RJ; Staples, TL; Stephens, R; Szota, C; Taseski, G; Tasker, E; Thomas, F; Tissue, DT; Tjoelker, MG; Tng, DYP; de Tombeur, F; Tomlinson, K; Turner, NC; Veneklaas, EJ; Venn, S; Vesk, P; Vlasveld, C; Vorontsova, MS; Warren, CA; Warwick, N; Weerasinghe, LK; Wells, J; Westoby, M; White, Melissa; Williams, NSG; Wills, J; Wilson, PG; Yates, C.; Zanne, A. E.; Zemunik, G.; Zieminska, K. (Nature Portfolio, 2021)
    We introduce the AusTraits database - a compilation of values of plant traits for taxa in the Australian flora (hereafter AusTraits). AusTraits synthesises data on 448 traits across 28,640 taxa from field campaigns, published ...

  • High exposure of global tree diversity to human pressure.

    Guo, Wen-Yong; Serra-Diaz, Joseph M.; Schrodt, Franziska; Eiserhardt, WL; Maitner, BS; Merow, C; Violle, C; Anand, M; Belluau, M; Bruun, HH; Byun, C; Catford, JA; Cerabolini, BEL; Chacón-Madrigal, E; Ciccarelli, D; Cornelissen, JHC; Dang-Le, AT; de Frutos, A; Dias, AS; Giroldo, AB; Guo, K; Gutiérrez, AG; Hattingh, W; He, T; Hietz, P; Hough-Snee, N; Jansen, S; Kattge, J; Klein, T; Komac, B; Kraft, NJB; Kramer, K; Lavorel, S; Lusk, Christopher H.; Martin, AR; Mencuccini, M; Michaletz, ST; Minden, V; Mori, AS; Niinemets, Ü; Onoda, Y; Peñuelas, J; Pillar, VD; Pisek, J; Robroek, BJM; Schamp, B; Slot, M; Sosinski, ÊE; Soudzilovskaia, NA; Thiffault, N; van Bodegom, P; van der Plas, F; Wright, IJ; Xu, W-B; Zheng, J; Enquist, BJ; Svenning, J-C (PNAS, 2022-06-21)
    Safeguarding Earth's tree diversity is a conservation priority due to the importance of trees for biodiversity and ecosystem functions and services such as carbon sequestration. Here, we improve the foundation for effective ...

  • Leaf-level coordination principles propagate to the ecosystem scale.

    Gomarasca, Ulisse; Migliavacca, Mirco; Kattge, Jens; Nelson, Jacob A.; Niinemets, Ülo; Wirth, C; Cescatti, A; Bahn, M; Nair, R; Acosta, ATR; Arain, MA; Beloiu, M; Black, TA; Bruun, HH; Bucher, SF; Buchmann, N; Byun, C; Carrara, A; Conte, A; da Silva, AC; Duveiller, G; Fares, S; Ibrom, A; Knohl, A; Komac, B; Limousin, J-M; Lusk, Christopher H.; Mahecha, MD; Martini, D; Minden, V; Montagnani, L; Mori, AS; Onoda, Y; Peñuelas, J; Perez-Priego, O; Poschlod, P; Powell, TL; Reich, PB; Šigut, L; van Bodegom, PM; Walther, S; Wohlfahrt, G; Wright, IJ; Reichstein, M (Nature Research, 2023-07-04)
    Fundamental axes of variation in plant traits result from trade-offs between costs and benefits of resource-use strategies at the leaf scale. However, it is unclear whether similar trade-offs propagate to the ecosystem ...

Co-authors for IJ Wright