<p>Parasite prevalence along the elevational gradient with increments of 0°C (•), 1°C (○), 2°C (▴) and 4°C (Δ), using the equation of the linear regression between overall parasite prevalence and mean annual temperature (temperature –140.62/0.1047 = parasite prevalence). Extrapolations indicated that there will be an increase of about 10% in the prevalence of parasites for each 1°C of increment in temperature.</p
Panels (A) and (B) both compare endemic prevalence in constant (yellow curve) and variable (blue cur...
<p>Shaded areas about the regression lines indicate 95% confidence intervals. Points were jittered f...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...
Estimates under constant environmental conditions fall on the vertical dashed line, representing end...
The rising global temperature is predicted to expand the distribution of vector-borne diseases both ...
The rising global temperature is predicted to expand the distribution of vector-borne diseases both ...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...
<p>One of the mechanisms proposed to compensate increments of parasite prevalence at 0, 1, 2 and 4°C...
<div><h3>Background</h3><p>The rising global temperature is predicted to expand the distribution of ...
Climate change has profound effects on infectious disease dynamics, yet the impacts of increased sho...
Many infectious diseases display strong seasonal dynamics. When both hosts and parasites are influen...
Seasonal epidemics erupt commonly in nature and are driven by numerous mechanisms. Here, we suggest ...
<p>Shaded areas about the regression lines indicate 95% confidence intervals. Points were jittered f...
Panels (A) and (B) both compare endemic prevalence in constant (yellow curve) and variable (blue cur...
<p>Shaded areas about the regression lines indicate 95% confidence intervals. Points were jittered f...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...
Estimates under constant environmental conditions fall on the vertical dashed line, representing end...
The rising global temperature is predicted to expand the distribution of vector-borne diseases both ...
The rising global temperature is predicted to expand the distribution of vector-borne diseases both ...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...
<p>One of the mechanisms proposed to compensate increments of parasite prevalence at 0, 1, 2 and 4°C...
<div><h3>Background</h3><p>The rising global temperature is predicted to expand the distribution of ...
Climate change has profound effects on infectious disease dynamics, yet the impacts of increased sho...
Many infectious diseases display strong seasonal dynamics. When both hosts and parasites are influen...
Seasonal epidemics erupt commonly in nature and are driven by numerous mechanisms. Here, we suggest ...
<p>Shaded areas about the regression lines indicate 95% confidence intervals. Points were jittered f...
Panels (A) and (B) both compare endemic prevalence in constant (yellow curve) and variable (blue cur...
<p>Shaded areas about the regression lines indicate 95% confidence intervals. Points were jittered f...
Background: The rising global temperature is predicted to expand the distribution of vector-borne di...