<p>The model was simulated under default parameters at four constant temperatures: 20°C, 25°C, 30°C, and 35°C.</p
Epidemic growth rate, r, provides a more complete description of the potential for epidemics than th...
<p>Temperature changes are considered in 0.1°C increments and assume λ = 0.2. See <a href="http://ww...
Climate change is affecting infectious disease around the world. These effects can be complicated, a...
Estimates under constant environmental conditions fall on the vertical dashed line, representing end...
<p>The heat map shows the epidemic suitability (represented as the proportion of the total human pop...
Climate change has profound effects on infectious disease dynamics, yet the impacts of increased sho...
<p>The red curve represents the maximum number of humans in the infected class (<i>I</i><sub><i>H</i...
<p>Epidemic suitability was calculated as the proportion of the population that became infected in s...
<p>The heat map shows the epidemic suitability (represented as the proportion of the total human pop...
Panels (A) and (B) both compare endemic prevalence in constant (yellow curve) and variable (blue cur...
Hypothetical acclimation responses in TPCs for the (A) contact rate, (B) probability of infection, (...
, the causative agent of schistosomiasis in humans.The model showed that the impact of temperature o...
<p>Points are offset vertically at 50°C for purposes of visualization. Temperature increments were c...
We analyzed the model with acclimation (Eqs 1.1–1.4 and 2–4) to assess whether delays in host acclim...
In this study, a non-autonomous (temperature dependent) and autonomous (temperature independent) mod...
Epidemic growth rate, r, provides a more complete description of the potential for epidemics than th...
<p>Temperature changes are considered in 0.1°C increments and assume λ = 0.2. See <a href="http://ww...
Climate change is affecting infectious disease around the world. These effects can be complicated, a...
Estimates under constant environmental conditions fall on the vertical dashed line, representing end...
<p>The heat map shows the epidemic suitability (represented as the proportion of the total human pop...
Climate change has profound effects on infectious disease dynamics, yet the impacts of increased sho...
<p>The red curve represents the maximum number of humans in the infected class (<i>I</i><sub><i>H</i...
<p>Epidemic suitability was calculated as the proportion of the population that became infected in s...
<p>The heat map shows the epidemic suitability (represented as the proportion of the total human pop...
Panels (A) and (B) both compare endemic prevalence in constant (yellow curve) and variable (blue cur...
Hypothetical acclimation responses in TPCs for the (A) contact rate, (B) probability of infection, (...
, the causative agent of schistosomiasis in humans.The model showed that the impact of temperature o...
<p>Points are offset vertically at 50°C for purposes of visualization. Temperature increments were c...
We analyzed the model with acclimation (Eqs 1.1–1.4 and 2–4) to assess whether delays in host acclim...
In this study, a non-autonomous (temperature dependent) and autonomous (temperature independent) mod...
Epidemic growth rate, r, provides a more complete description of the potential for epidemics than th...
<p>Temperature changes are considered in 0.1°C increments and assume λ = 0.2. See <a href="http://ww...
Climate change is affecting infectious disease around the world. These effects can be complicated, a...
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