Response curves of An. nuneztovari model to: (A) Elevation (srtm); (B) Temperature seasonality (bio 4); (C) Annual precipitation (bio 12); (D) Population; (E) LULC; and (F) Jacknife of variable importance (Red bar shows the gain when all variables are used. The light blue bar shows the gain when a specific variable is excluded from analysis, a lower gain indicating that the specific variable has more information not contained in other variables. The dark blue bar indicates gain when the specific variable is used in isolation) (PDF 258Â kb
Description of environmental variables utilized in the niche modelling of P. falciparum and Anophele...
Maxent response curves for the mosquito habitat suitability models. A compilation of figures that sh...
Figure S4 The effect of dry season ecology on the fraction of different population types. Bars show ...
Response curves of An. darlingi model to: (A) Elevation (srtm); (B) Annual precipitation (bio 12); (...
Response curves of Malaria model to: (A) Elevation (srtm); (B) Precipitation of the driest quarter (...
Projected LULC changes obtained using LCM: 2010 (top panel), 2050 (middle panel), and 2070 (bottom p...
Differences in annual precipitation between current and future conditions. NASA 2050 (top left), 207...
Analysis of gains and losses in area between 2050 and 2070 models. From left to right: Malaria (NASA...
Cross-tabulation of present and future distribution to show likely shifts in An. nuneztovari s.l. ha...
Cross-tabulation of present and future distribution to show likely shifts in Malaria habitat suitabi...
Description of environmental variables utilized in simulations of future scenarios of the niche mode...
Environmental predictors (bioclimatic data, elevation and terrestrial biomes) under contemporary con...
Environmental variables (bioclimatic data, topographic and terrestrial biomes) under global climate ...
Environmental variables (bioclimatic data, topographic and terrestrial biomes) under global climate ...
Relative contribution (%) of environmental variables to predicted values in the MaxEnt algorithm and...
Description of environmental variables utilized in the niche modelling of P. falciparum and Anophele...
Maxent response curves for the mosquito habitat suitability models. A compilation of figures that sh...
Figure S4 The effect of dry season ecology on the fraction of different population types. Bars show ...
Response curves of An. darlingi model to: (A) Elevation (srtm); (B) Annual precipitation (bio 12); (...
Response curves of Malaria model to: (A) Elevation (srtm); (B) Precipitation of the driest quarter (...
Projected LULC changes obtained using LCM: 2010 (top panel), 2050 (middle panel), and 2070 (bottom p...
Differences in annual precipitation between current and future conditions. NASA 2050 (top left), 207...
Analysis of gains and losses in area between 2050 and 2070 models. From left to right: Malaria (NASA...
Cross-tabulation of present and future distribution to show likely shifts in An. nuneztovari s.l. ha...
Cross-tabulation of present and future distribution to show likely shifts in Malaria habitat suitabi...
Description of environmental variables utilized in simulations of future scenarios of the niche mode...
Environmental predictors (bioclimatic data, elevation and terrestrial biomes) under contemporary con...
Environmental variables (bioclimatic data, topographic and terrestrial biomes) under global climate ...
Environmental variables (bioclimatic data, topographic and terrestrial biomes) under global climate ...
Relative contribution (%) of environmental variables to predicted values in the MaxEnt algorithm and...
Description of environmental variables utilized in the niche modelling of P. falciparum and Anophele...
Maxent response curves for the mosquito habitat suitability models. A compilation of figures that sh...
Figure S4 The effect of dry season ecology on the fraction of different population types. Bars show ...