Supplemental files for: Computing Tree Size Under Dynamical Models of Diversification

Supplemental Mathematica files for Computing Tree Size Under Dynamical Models of Diversification. In SupMatA_DensityDependence Tree size is computed using three different methods: a deterministic approximation, a master equation approach, and an ensemble moment approximation. These methods are applied to three specific models of diversification: a model of exponential growth, a model of logistic growth, and an SIR epidemiolgoical model. Finally, tree size in a model with density dependence is compared to the analogous distribution with time-dependence. In SupMatB_Congruence, tree size is computed for congruent birth-death diversifcation models. The resulting distribution of extant tree sizes are also compared.