Parameter estimates for (a) λ0, (b) μ0, (c) αμ for trees simulated with a positive exponential dependency of μ on temperature by fitting the temperature- dependent model. Parameter estimates are shown for trees with different species richness. Simulated parameters are marked by dashed red lines. (c, inset) A magnified plot of αμ estimates. (d) Akaike weights averaged over all trees for each species richness cohort for models fitted with temperature-dependent models (grey), time-dependent models (light blue), and constant-rate models (black)
One challenge of evolutionary ecology is to predict the rate and mechanisms of population adaptation...
The sensitivity of altitudinal and latitudinal tree-line ecotones to climate change, particularly th...
Tables reporting parameter estimates and two-unit support intervals for the most parsimonious models...
Parameter estimates for trees simulated with a positive (left) and negative (right) exponential depe...
The effect of undersampling on parameter estimation. Parameter estimates for trees simulated with (a...
Recovered parameter estimates for trees simulated with a constant λ and an exponential dependency of...
Model selection and parameter estimation in temperature- dependent trees under various spline smooth...
Recovered parameter estimates for trees simulated with an exponential dependency of λ and μ on tempe...
The ability to correctly recover trees simulated under a time-dependent model or temperature-depende...
Rate of recovery for trees simulated with an exponential de- pendency of μ on different paleoenviron...
Mean of the Akaike weights for constant-rate models (black), time-dependent models (light blue), and...
<p>Parameters and variables related to the parameters (Parameters and Variables, respectively), mean...
Increases in primary production may occur if plants respond to climate warming with prolonged growin...
Understanding and quantifying the temperature dependence of population parameters, such as intrinsic...
Understanding the relative influence of various abiotic and biotic variables on diversification dyna...
One challenge of evolutionary ecology is to predict the rate and mechanisms of population adaptation...
The sensitivity of altitudinal and latitudinal tree-line ecotones to climate change, particularly th...
Tables reporting parameter estimates and two-unit support intervals for the most parsimonious models...
Parameter estimates for trees simulated with a positive (left) and negative (right) exponential depe...
The effect of undersampling on parameter estimation. Parameter estimates for trees simulated with (a...
Recovered parameter estimates for trees simulated with a constant λ and an exponential dependency of...
Model selection and parameter estimation in temperature- dependent trees under various spline smooth...
Recovered parameter estimates for trees simulated with an exponential dependency of λ and μ on tempe...
The ability to correctly recover trees simulated under a time-dependent model or temperature-depende...
Rate of recovery for trees simulated with an exponential de- pendency of μ on different paleoenviron...
Mean of the Akaike weights for constant-rate models (black), time-dependent models (light blue), and...
<p>Parameters and variables related to the parameters (Parameters and Variables, respectively), mean...
Increases in primary production may occur if plants respond to climate warming with prolonged growin...
Understanding and quantifying the temperature dependence of population parameters, such as intrinsic...
Understanding the relative influence of various abiotic and biotic variables on diversification dyna...
One challenge of evolutionary ecology is to predict the rate and mechanisms of population adaptation...
The sensitivity of altitudinal and latitudinal tree-line ecotones to climate change, particularly th...
Tables reporting parameter estimates and two-unit support intervals for the most parsimonious models...