A ecological niches of two sympatric ungulates, sika deer and Japanese serow

Generalized linear models and nonmetric multidimensional scaling (NMDS) were used to evaluate the habitat use. Activity patterns were evaluated using circular kernel density estimation, and NMDS was used to evaluate food habits. Datasets we used are as follows,<b>01_Habitat use_GLM_non_snowy_season.csv</b>：The dataset used for analyzing habitat use during the non-snowy season with GLM.<b>02_Habitat use_GLM_snow_season.csv</b>：The dataset used for analyzing habitat use during the snow season with GLM.<b>03_Habitat use_NMDS_non snowy season.csv</b>：The dataset of explanatory variables used for analyzing habitat use during the non-snowy season with NMDS.<b>04_Habitat use_NMDS_non_snowy_season_count.csv</b>：The number of photographs of each species per site used for analyzing habitat use during the non-snowy season with NMDS.<b>05_Habitat use_NMDS_snow_season.csv</b>：The dataset of explanatory variables used for analyzing habitat use during the snow season with NMDS.<b>06_Habitat use_NMDS_snow_season_count.csv</b>：The number of photographs of each species per site used for analyzing habitat use during the snow season with NMDS.<b>07_Activity pattern_non_snowy_season.csv</b>：The dataset used for analyzing activity patterns during the non-snowy season with circular Kernel density estimation.<b>08_Activity pattern_snow_season.csv</b>：The dataset used for analyzing activity patterns during the non-snowy season with circular Kernel density estimation.<b>09_Fecal contents_Sika deer.xlsx</b>：The aggregated results of fecal contents of sika deer used to create the Fig5(a).<b>10_Fecal contents_Japanese serow.xlsx</b>：The aggregated results of fecal contents of Japanese serow used to create the Fig5(b).<b>11_Food habits_NMDS_non_snowy_season.csv</b>：The dataset used for analyzing food habits during the non-snowy season with NMDS.<b>12_Food habits_NMDS_snow_season.csv</b>：The dataset used for analyzing food habits during the snow season with NMDS.