Unifying spatial scaling laws of biodiversity and ecosystem stability (Q6692401)

Main analyses div_sta_area_neon/fish.csv: diversity stability scaling exponents and general information of 31 NEON sites/47 RivfishTIME basins #region: site ID for NEON dataset; basin ID for RivfishTIME dataset#duration: temporal duration of study period#start_year/end_year: starting/end year of study period#sstar_slope: log-log slope of the average species stability-area relationship#asar_slope: log-log slope of the species asynchrony-area relationship#estar_slope: log-log slope of the ecosystem stability-area relationship#sar_ave_slope: log-log slope of the species-area relationship#mp_dist: the mean pairwise distance between plots/locations within focal site/basin#mnn_dist: the mean nearest neighbor spatial distance between plots/locations within focal site/basin#N: number of plots/locations within focal site/basin#MAT_C: mean annual temperature, C#MAP_mm: mean annual precipitation, mm#MAT_sd: temperature variation; temporal standard deviation of annual temperature (#MAP_sd: precipitation variation; temporal standard deviation of annual precipitation div_sta_area_full_log2_neon.csv: diversity stability at each area of 31 NEON sites/47 RivfishTIME basins #region: site ID for NEON dataset; basin ID for RivfishTIME dataset#area: number of plots for NEON dataset; number of sampling locations for RivfishTIME dataset#spe_sta: the average species stability#spe_asyn:species asynchrony#com_sta: ecosystem stability#sr: species richness site_info_main_neon/fish.csv ##shared variables#Latitude/Longitude: coordinates of sites/locations, WGS 84 based#time: years in the study period#start/end_year : starting/end year of study period additional variables in site_info_main_fish.csv #Basin: hydrobasin ID#location: sampling location ID#continent/country: the continent/country of focal site additional variables in site_info_main_neon.csv #Site: NEON site ID#plot: NEON plot ID Supplementary analyses div_sta_area_neon/fish_5year: contaning the same variables as in div_sta_area_neon/fish.csv, based on a standardized dataset with 14 plots continuously observed for = 5 years div_sta_area_neon_herb: contaning the same variables as in div_sta_area_neon.csv, based on a dataset including only herbaceous species div_sta_area_neon_sst: contaning the same variables as in div_sta_area_neon.csv, with an additional column "sstar_ave_slope" denoting the log-log slope of the average species stability-area relationship where the average species stability was measured by simple weighted mean of stability across species div_sta_area_neon_tmp/pre: contaning the same variables as in div_sta_area_neon.csv, based on average species stability and ecosystem stability defined as relative invariability, i.e. the ratio of species/ecosystem invariability to the temperature(tmp)/precipitation(pre) invariability within the local site. div_sta_area_fish_EU: contaning the same variables as in div_sta_area_fish.csv, except that the construction of divesitystability-area relationships were based on Euclidean distance div_sta_area_fish_bio_full: contaning the same variables as in div_sta_area_fish.csv, except that the divesitystability metrics were based on biomass data div_sta_area_fish_bio: contaning the same variables as in div_sta_area_fish_bio_full.csv, based on a dataset where rare species were removed div_sta_area_full_log2_neon_tmp/pre.csv: contaning the same variables as in div_sta_area_full_log2_neon.csv, with average species stability and ecosystem stability defined as relative invariability, i.e. the ratio of species/ecosystem invariability to the temperature(tmp)/precipitation(pre) invariability within the local site.