<p>Models are shown for climatic conditions of (a) the present, (b) 6,000 ybp, (c) 21,000 ybp and (d) 130,000 ybp. Dots on the present distribution map indicate localities used to build the models. Darker colors denote areas of greater climatic suitability; areas in white are below the minimum suitability threshold and are therefore considered to be unsuitable.</p
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>Grey surface represents the area that is predicted as potential distribution only using climatic ...
<p>Model of potential distribution constructed based on localities of <i>A. f. floriceps</i> project...
<p>Climatic suitability ranges from “low” (light purple) to “excellent” (dark purple). (<b>a</b>) Cu...
<p>Future maps indicate mean suitability based on three general circulation models. Red, highly suit...
<p>Frequency of species’ potential distribution derived from the model (GAM) projections under clima...
Table S1: Proportions of unsuitable areas for potential distributions of Clematis sect. Fruticella u...
<p>A. Distribution of high (red), medium (yellow) and low (blue) climate suitability sectors for the...
<p>Models were calibrated across present-day conditions, and transferred to the future climate condi...
<p>Results from the six algorithms applied to model the species distribution accounting for climate ...
<p><b>left</b>: present distribution of suitable climate as derived from a maximum entropy model; <b...
Warmer colors show areas with better-predicted conditions. Black dots show the species presence loca...
a. a. Predictions under the Representative Concentration Pathway (RCP) 8.5 and agreement between dif...
Figure S8. Species distribution models using Maxent with six predictor variables downloaded from Wor...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>Grey surface represents the area that is predicted as potential distribution only using climatic ...
<p>Model of potential distribution constructed based on localities of <i>A. f. floriceps</i> project...
<p>Climatic suitability ranges from “low” (light purple) to “excellent” (dark purple). (<b>a</b>) Cu...
<p>Future maps indicate mean suitability based on three general circulation models. Red, highly suit...
<p>Frequency of species’ potential distribution derived from the model (GAM) projections under clima...
Table S1: Proportions of unsuitable areas for potential distributions of Clematis sect. Fruticella u...
<p>A. Distribution of high (red), medium (yellow) and low (blue) climate suitability sectors for the...
<p>Models were calibrated across present-day conditions, and transferred to the future climate condi...
<p>Results from the six algorithms applied to model the species distribution accounting for climate ...
<p><b>left</b>: present distribution of suitable climate as derived from a maximum entropy model; <b...
Warmer colors show areas with better-predicted conditions. Black dots show the species presence loca...
a. a. Predictions under the Representative Concentration Pathway (RCP) 8.5 and agreement between dif...
Figure S8. Species distribution models using Maxent with six predictor variables downloaded from Wor...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>White represents areas that are not climatically suitable. Areas currently climatically suitable ...
<p>Grey surface represents the area that is predicted as potential distribution only using climatic ...