Data and code for biogeochemical niche of alpine plants

Dataset.</p><p dir="ltr">All R scripts use relative paths and assume the working directory is the one where the code is located.</p><p dir="ltr">Contents:</p><p dir="ltr">The Appendix Table are the detailed summary of Bayesian phylogenetic linear mixed models</p><p dir="ltr">The other file contains the dataset and R code used in this study.</p><p dir="ltr">In this dataset file (alpine_plant_biogeo_niche), we contain 12 sheets.</p><ul><li>Sheet 1, named "Metadata" contains a detailed description of the abbreviations that appear in the dataset.</li><li>Sheet 2, named "47spe_list", represents 47 wetland plant species involved in this study;</li><li>Sheet 3, named "plant_BN", represents the leaf elementome data of 47 species;</li><li>Sheet 4, named "plant_BN_tem ", represents the leaf elementome data of 47 species under different temperature;</li><li>Sheet 5, named "spe_tem_group", represents the 10 species under different temperature;</li><li>Sheet 6, named "site_spe", represents the presence/occurrence of each species in the site;</li><li>Sheet 7, named "absolute_coexistence", represents the absolute coexisting frequency between the 15 species;</li><li>Sheet 8, named "relative_coexistence", represents the relative coexisting frequency between the 15 species;</li><li>Sheet 9, named "coex_freq", includes species coexisting frequency and elementome distance;</li><li>Sheet 10, named "hypervolume_coex_corr ", includes species coexisting frequency, biogeochemical niche hypervolume distance and overlap between two species;</li><li>Sheet 11, named "15spe_16ele, includes the concentrations and their differences of 16 elements among 15 species;</li><li>Sheet 12 named "community and species biomass", includes the data of the community and species biomass in alpine wetlands, as well as the biomass proportions of 15 species and 10 species used for biogeochemical niche.</li></ul><p><br></p>