Onoda Yusuke
,
Westoby Mark
,
Adler Peter B.
,
Choong Amy M. F.
,
Clissold Fiona J.
,
Cornelissen Johannes H. C.
,
Diaz Sandra
,
Dominy Nathaniel J.
,
Elgart Alison
,
Enrico Lucas
,
Fine Paul V. A.
,
Howard Jerome J.
,
Jalili Adel
,
Kitajima Kaoru
,
Kurokawa Hiroko
,
McArthur Clare
,
Lucas Peter W.
,
Markesteijn Lars
,
Pérez- Harguindeguy Natalia
,
Poorter Lourens
,
Richards Lora
,
Santiago Louis S.
,
Sosinski Jr. Enio E.
,
Van Bael Sunshine A.
,
Warton David I.
,
Wright Ian J.
,
Wright S. Joseph
,
Yamashita Nayuta
,
小野田 雄介
,
黒川 紘子
,
オノダ ユウスケ
,
クロカワ ヒロコ
… Leaf mechanical properties strongly influence leaf lifespan, plant–herbivore interactions, litter decomposition and nutrient cycling, but global patterns in their interspecific variation and underlying mechanisms remain poorly understood. … We synthesize data across the three major measurement methods, permitting the first global analyses of leaf mechanics and associated traits, for 2819 species from 90 sites worldwide. …
Ecology Letters 14(3), 301-312, 2011-01-26
IR