Model selection of 3 <i>a priori</i> hypotheses proposed to explain lynx occurrence patterns across 3 landscapes differing in the amount of suitable landscape-level land cover in 2 regions (Chapleau and Mississagi) within an area of 25 km<sup>2</sup> for each lynx track and pseudo-absence.
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数据链接:
https://figshare.com/articles/dataset/_Model_selection_of_3_a_priori_hypotheses_proposed_to_explain_lynx_occurrence_patterns_across_3_landscapes_differing_in_the_amount_of_suitable_landscape_level_land_cover_in_2_regions_Chapleau_and_Mississagi_within_an_area_of_25_km_2_for_each_lynx_track_an/1244441数据链接链接失效反馈
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资源简介:
Asterisk (*) indicates significant coefficients at p<0.05, †indicates significance at p<0.1. aMeff.r is the residual of habitat regressed against mesh size (km2; see text), a measure of functional connectivity, within each lynx- and pseudo-absence area. bHabitat is the proportion of suitable habitat within each lynx- and pseudo-absence area based on the habitat suitability model. Model selection of 3 a priori hypotheses proposed to explain lynx occurrence patterns across 3 landscapes differing in the amount of suitable landscape-level land cover in 2 regions (Chapleau and Mississagi) within an area of 25 km2 for each lynx track and pseudo-absence.
创建时间:
2014-11-17



