-2 represents habitat loss, -1 represents suitable and stable in future, 0 represents not suitable, 1 represents habitat gain. Species labels are as follows: (a) L. camara; (b) C. decapetala (Roth) Alston; (c) O. stricta; (d) S. didymobotrya; (e) S. campylacanthum Hochst. ex A. Rich.). Data Source: (Administrative Boundary Layer: GADM database (www.gadm.org) under CC BY 4.0 license (https://gadm.org/license.html).</p
Data and code of: Pinilla-Buitrago, G.E. 2023. Predicting potential range shifts using climatic tim...
The data used for the species loss simulations based on the geometry of realistic area loss</p
Assessing the impact of climate change on range dynamics is difficult in the absence of large-extent...
<p>Climate scenarios (GCM) are abbreviated as WW (warmer wetter; CCCMA CGC 3.1) and WD (warmer drier...
Negative values represent the number of species predicted to lose suitable habitats under different ...
<p>Predicted percent change (gain and loss) of projected suitable habitat through time using agreeme...
This PDF file contains the binary potential range prediction maps for each species in the dataset un...
<p>Table values indicate mean expected loss and gain (percentage of suitable cells) as compared to t...
<p>Gray diagonal lines represent no change in habitat size; circles below the lines represent specie...
<p>A) Suitable habitat in current time is shown in grey using a liberal threshold (T10), with the oc...
<p>Climate scenarios are abbreviated as WW (warmer wetter; CCCMA CGC 3.1) and WD (warmer drier; NCAR...
Terrestrial mammals face a severe crisis of habitat loss worldwide. Therefore, assessing information...
Bioclimatic models are widely used tools for assessing potential responses of species to climate cha...
<p>Frequency of species’ potential distribution derived from the model (GAM) projections under clima...
<p>Plots show the median percent changes in species habitat due to projected land use and climate ch...
Data and code of: Pinilla-Buitrago, G.E. 2023. Predicting potential range shifts using climatic tim...
The data used for the species loss simulations based on the geometry of realistic area loss</p
Assessing the impact of climate change on range dynamics is difficult in the absence of large-extent...
<p>Climate scenarios (GCM) are abbreviated as WW (warmer wetter; CCCMA CGC 3.1) and WD (warmer drier...
Negative values represent the number of species predicted to lose suitable habitats under different ...
<p>Predicted percent change (gain and loss) of projected suitable habitat through time using agreeme...
This PDF file contains the binary potential range prediction maps for each species in the dataset un...
<p>Table values indicate mean expected loss and gain (percentage of suitable cells) as compared to t...
<p>Gray diagonal lines represent no change in habitat size; circles below the lines represent specie...
<p>A) Suitable habitat in current time is shown in grey using a liberal threshold (T10), with the oc...
<p>Climate scenarios are abbreviated as WW (warmer wetter; CCCMA CGC 3.1) and WD (warmer drier; NCAR...
Terrestrial mammals face a severe crisis of habitat loss worldwide. Therefore, assessing information...
Bioclimatic models are widely used tools for assessing potential responses of species to climate cha...
<p>Frequency of species’ potential distribution derived from the model (GAM) projections under clima...
<p>Plots show the median percent changes in species habitat due to projected land use and climate ch...
Data and code of: Pinilla-Buitrago, G.E. 2023. Predicting potential range shifts using climatic tim...
The data used for the species loss simulations based on the geometry of realistic area loss</p
Assessing the impact of climate change on range dynamics is difficult in the absence of large-extent...