Additional file 2 of Realized niche shift of an invasive widow spider: drivers and impacts of human activities

Additional file 2. Table S2: Performances of the AUS climatic models of Latrodectus hasselti with the randomkfold (k = 10) partition method. Table S3: Performances of the AUS climatic models of Latrodectus hasselti with the block partition method. Table S4: Performances of the AUS climatic models of Latrodectus hasselti with the checkerboard1 partition method. Table S5: Performances of the AUS climatic models of Latrodectus hasselti with the checkerboard2 partition method. Table S6: Performances of the AUS full models of Latrodectus hasselti with the randomkfold (k = 10) partition method. Table S7: Performances of the AUS full models of Latrodectus hasselti with the block partition method. Table S8: Performances of the AUS full models of Latrodectus hasselti with the checkerboard1 partition method. Table S9: Performances of the AUS full models of Latrodectus hasselti with the checkerboard2 partition method. Table S10: Performances of the INV climatic models of Latrodectus hasselti with the randomkfold (k = 10) partition method. Table S11: Performances of the INV climatic models of Latrodectus hasselti with the block partition method. Table S12: Performances of the INV climatic models of Latrodectus hasselti with the checkerboard1 partition method. Table S13: Performances of the INV climatic models of Latrodectus hasselti with the checkerboard2 partition method. Table S14: Performances of the INV full models of Latrodectus hasselti with the randomkfold (k = 10) partition method. Table S15: Performances of the INV full models of Latrodectus hasselti with the block partition method. Table S16: Performances of the INV full models of Latrodectus hasselti with the checkerboard1 partition method. Table S17: Performances of the INV full models of Latrodectus hasselti with the checkerboard2 partition method.