<p>The author obtained distribution point data of Lycium barbarum nigrum through the global biodiversity information network database GBIF, and used ENMTools tool to filter and screen; 19 bioclimatic variables and 3 topography data were obtained from the WorldClim (2.1) database, and 9 soil characteristic data were obtained from the World Soil Database. As environmental variables, they were input into the MaxEnt model for maximum entropy modeling. Combined with GIS, the potential suitable areas of the plant Lycium barbarum in Xinjiang under current climate conditions were simulated, and the Xinjiang Lycium barbarum soil suitability evaluation data set was obtained. The data set includes: (1) Xinjiang black fruit wolfberry land suitability evaluation result data, with a spatial resolution of 30 ";(2) Xinjiang black fruit wolfberry spatial distribution point data (cited data). The data set is stored in.shp,.tif,.xlsx, and.txt formats and consists of 17 data files with a data volume of 332 KB (compressed into 1 file 247 KB). </p>
The distribution point data of Lycium nigrum was obtained through the global biodiversity information network database GBIF. 19 bioclimatic variables and 3 topography data were obtained from the WorldClim (2.1) database, and 9 soil characteristic data were obtained from the World Soil Database.
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10.3974/geodb.2025.02.05.V1