Appendix B. Continental variation in richness and MDEs.

Continental variation in richness and MDEs

Appendix C. Discussion of further examples of MDE predictions that are strongly collinear with environmental gradients.

Discussion of further examples of MDE predictions that are strongly collinear with environmental gradients

Appendix A. Sources of data and notes used in the compilation of Table 1.

Sources of data and notes used in the compilation of Table 1

Appendix A. Tables showing numbers of records and model accuracy by species name.

Tables showing numbers of records and model accuracy by species name

Appendix B. Maximum snout-vent length (SVL), regardless of sex, of hylid species.

Maximum snout-vent length (SVL), regardless of sex, of hylid species

Categorical map of predicted malaria prevalence.

<p>Predicted <i>P. falciparum</i> prevalence in children 2 to 9 years old as a function of altitude and vector habitat availability within 1.5 km of grid cells (predicted from niche models) is shown on a categorical scale.</p

Regression model goodness-of-fit.

<p>Area of predicted malaria vector habitat improves the goodness-of-fit of models of malaria prevalence, assessed by regression of observed versus predicted malaria prevalence in children 2 to 9 years old. Assessments were performed for (A) an ordinary least squares regression model of <i>P. falciparum</i> prevalence as a function of altitude, and (B) a conditional autoregressive model of <i>P. falciparum</i> prevalence as a function of altitude and habitat. Data points represent 24 villages in north eastern Tanzania. The 1:1 line is shown for reference.</p

Map of study area in north eastern Tanzania.

<p>Map of study area in north eastern Tanzania.</p

Appendix A. Summary statistics for 55 Hylidae communities collected from the literature.

Summary statistics for 55 Hylidae communities collected from the literature

Appendix B. Map showing change in mean growing season temperature between 1900–1930 and 1960–1990.

Map showing change in mean growing season temperature between 1900–1930 and 1960–1990