Compositional Variation in Grassland Plant Communities

Jonathan D. D. Bakker,Jodi N. N. Price,Jeremiah A. A. Henning,Evan E. E. Batzer,Timothy J. J. Ohlert, Claire E. E. Wainwright,Peter B. B. Adler,Juan Alberti,Carlos Alberto Arnillas,Lori A. A. Biederman,Elizabeth T. T. Borer,Lars A. A. Brudvig,Yvonne M. M. Buckley,Miguel N. N. Bugalho,Marc W. W. Cadotte,Maria C. C. Caldeira,Jane A. A. Catford,Qingqing Chen,Michael J. J. Crawley,Pedro Daleo,Chris R. R. Dickman,Ian Donohue, Mary Ellyn DuPre,Anne Ebeling,Nico Eisenhauer,Philip A. A. Fay,Daniel S. S. Gruner,Sylvia Haider,Yann Hautier,Anke Jentsch,Kevin Kirkman,Johannes M. H. Knops,Luciola S. Lannes,Andrew S. S. MacDougall,Rebecca L. L. McCulley,Rachel M. M. Mitchell,Joslin L. L. Moore,John W. W. Morgan,Brent Mortensen,Harry Olde Venterink, Pablo L. L. Peri,Sally A. A. Power,Suzanne M. M. Prober,Christiane Roscher,Mahesh Sankaran,Eric W. W. Seabloom,Melinda D. D. Smith,Carly Stevens,Lauren L. L. Sullivan,Michelle Tedder,G. F. (Ciska) Veen,Risto Virtanen,Glenda M. M. Wardle

ECOSPHERE（2023）

Cited 3|Views54

Key words

Bray-Curtis dissimilarity,fertilization,grassland,NutNet,plant community,Sorensen dissimilarity,spatial variation,species composition,temporal variation,turnover,vegetation

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