%0 Figure %A Zhang, Yuxin %A Zhang, Shuang %A Ma, Keming %A Fu, Bojie %A Anand, Madhur %D 2014 %T Hierarchical levels in the additive partitioning of diversity used in the study: the diversity of each scale was linked additively to form the diversity of the next higher scale (adapted from Wagner et al., 2000; Gering et al., 2003; Chávez and Macdonald, 2012). %U https://plos.figshare.com/articles/figure/_Hierarchical_levels_in_the_additive_partitioning_of_diversity_used_in_the_study_the_diversity_of_each_scale_was_linked_additively_to_form_the_diversity_of_the_next_higher_scale_adapted_from_Wagner_et_al_2000_Gering_et_al_2003_Ch_225_vez_and_Macdonald_201/1323868 %R 10.1371/journal.pone.0115038.g002 %2 https://plos.figshare.com/ndownloader/files/1932904 %K woody species diversity partitioning pattern %K sampling scale %K Woody Species Diversity %K pine forests %K forest plantations %K biodiversity conservation %K deciduous broadleaf forests %K Additive diversity partition analysis %X

Hierarchical levels in the additive partitioning of diversity used in the study: the diversity of each scale was linked additively to form the diversity of the next higher scale (adapted from Wagner et al., 2000; Gering et al., 2003; Chávez and Macdonald, 2012).

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