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Global variation in the beta diversity of lake macrophytes is driven by environmental heterogeneity rather than latitude 期刊论文
JOURNAL OF BIOGEOGRAPHY, 2017, 卷号: 44, 期号: 8, 页码: 1758-1769
Authors:  Alahuhta, Janne;  Kosten, Sarian;  Akasaka, Munemitsu;  Auderset, Dominique;  Azzella, Mattia M.;  Bolpagni, Rossano;  Bove, Claudia P.;  Chambers, Patricia A.;  Chappuis, Eglantine;  Clayton, John;  de Winton, Mary;  Ecke, Frauke;  Gacia, Esperanca;  Gecheva, Gana;  Grillas, Patrick;  Hauxwell, Jennifer;  Hellsten, Seppo;  Hjort, Jan;  Hoyer, Mark V.;  Ilg, Christiane;  Kolada, Agnieszka;  Kuoppala, Minna;  Lauridsen, Torben;  Li, En Hua;  Lukacs, Balazs A.;  Mjelde, Marit;  Mikulyuk, Alison;  Mormul, Roger P.;  Nishihiro, Jun;  Oertli, Beat;  Rhazi, Laila;  Rhazi, Mouhssine;  Sass, Laura;  Schranz, Christine;  Sondergaard, Martin;  Yamanouchi, Takashi;  Yu, Qing;  Wang, Haijun;  Willby, Nigel;  Zhang, Xiao Ke;  Heino, Jani
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alkalinity range  aquatic plants  elevation range  freshwater ecosystem  hydrophytes  latitude  nestedness  spatial extent  species turnover