Introduction | Occurrence points | Background points | Predictors | Model tuning | Prediction in the Alps | Conclusion | Appendix: A runnable mini-example | References

1. Introduction | 2. Load the package | 3. Set study area | 3.1. Global data | 3.1.1. Single layer | 3.1.2. Multiple layers with different extents | 3.2. Country/continent | 3.2.1. Country | 3.2.2. Continent | 3.2.3. Set the scale | 3.3. Ecological boundary | 3.3.1. Ecoregions | 3.3.2. Zoogeographic regions | 3.3.3. Mountain regions | 3.3.4. CMEC mountain regions | 3.3.5. Glacier regions | 3.3.6. Freshwater ecoregions | 3.3.7. Marine regions | 3.4. Custom shapefile | 3.4.1. Points | 3.4.2. Polygon | 3.5. Data frame of points | 3.6. Buffer | 3.6.1. Apply a buffer to a shape | 3.6.2. Apply a buffer when using points | 3.7. Further options | 3.7.1. Land mask | 3.7.2. Species range | 4. Project to another reference system | 5. Aggregate to a different resolution | 6. Correlation check | 6.1. Add a correlation check when retrieving rasters | 6.2. Add a correlation check when using points | 7. Extrapolation check | 7.1. With rasters | 7.2. With points | 8. Set NAs | 9. Save results | 9.1. Save results as raster | 9.2. Save results as table | 10. Conclusion | 11. Appendix: A runnable mini-example | 12. References

Introduction | Load package | Climate | CHELSA | WorldClim | Climate zones | Cloud cover | Aridity | Land cover | EarthEnv land cover | Macroecological Land Cover | Hybrid land cover | GeoSOS land cover | PFT land cover | GCAM land cover | Landscape heterogeneity | Habitats | Soil characteristics | Harmonized World Soil Database | Soil climate | Topography | Freshwater environments | Marine environments | Human impact | SPECTRE | Accessibility | GDP past | Population | Roads | Protected areas | IUCN protected areas | Conclusion | Appendix: A runnable mini-example | References

Package aims | First use: installation | Load the library | Full working example | Output overview | Conclusion | Appendix: A runnable mini-example | References