Data to: "Habitat suitability mapping for grassland species: using propagule source and grazing activity to predict colonization of restored habitat patches in a historical landscape" Kapás et al. 2025 in Restoration Ecology
<p dir="ltr">The zip file includes the re-scaled raster layers (0 is not suitable and 1 is being suitable for grassland colonization), such as <b>habitat openness</b> (rescaled_openness_2m) ,<b>presence of rock</b> (rescaled_boulder_2m), <b>slope gradient</b> (rescaled_slope_2m),<b>soil moisture availability </b>( rescaled_wetness_2m) <b>distance to propagule sources</b> (rescaled_proximity_250m), <b>cattle activity</b> (rescaled_cow_raster_2m) in 2-m resolution. These layers are used to model the habitat suitability for colonization of grasslands following restoration in Stensjö hamlet ( 57°20'44.33"N, 16°28'0.56"E), Sweden. The details for processing the layers can be found in Method section of the related paper and source of the layers is stated in Supplementary Table 1. The stensjo_species_list.csv include <b>vascular plant species list</b> (presence) in 320 plots (plot_id) used in the modeling the suitability. The<b> location of these plots</b> (POINT_X, POINT_Y, coordinate system: SWEREF99) are shared in the stensjo_plots_metadata.csv file. The species data is collected on 100 x 100 cm level along 62 transects.</p>
Kapás, R.E., Kimberley, A. and Cousins, S.A.O. (2025), Habitat suitability mapping for grassland species: using propagule source and grazing activity to predict colonization of restored habitat patches in a historical landscape. Restor Ecol e70223. https://doi.org/10.1111/rec.70223
Affiliation (institution of first SU-affiliated author)
463 Institutionen för naturgeografi | Department of Physical Geography