The following pages and posts are tagged with

Title | Type | Excerpt |
---|---|---|

Adaptive MCMC Tutorial | Page | Using adaptive MCMC to update continuous parameters in BEAST. |

Effective Sample Size (ESS) | Page | About the Effective Sample Size (ESS) and how to increase it. |

Optimizing Performance | Page | Optimizing Performance |

Continuous Phylogeography Tutorial | Page | |

Analysing Continuous Traits | Page | How to jointly estimate a molecular phylogenetic tree and the coevolutionary patterns of morphological traits. |

Discrete Phylogeography Tutorial | Page | |

Discrete Trait Tutorial | Page | |

Epoch Model Tutorial | Page | Setting up time-heterogeneous epoch substitution models in BEAST. |

First Tutorial | Page | An introductory tutorial to getting started with BEAST. This tutorial describes the use of BEAUti and BEAST to analyse some primate sequences and estimate a ... |

How to setup hierarchical models for sets of parameters | Page | Setting up hierarchical phylogenetic models for different scenarios. |

Markov Jumps and Rewards | Page | Obtaining Markov jump counts and Markov rewards. |

Markov Jumps and Rewards | Page | A process of discrete state transitioning in evolutionary history is generally modelled using a continuous-time Markov chain (CTMC) model. This is the case f... |

Model Averaging for Clocks Tutorial | Page | Bayesian model averaging (BMA) for relaxed clocks in BEAST. |

Model Selection Tutorial | Page | Model selection using path sampling / stepping-stone sampling in BEAST. |

Model Selection Advanced Tutorial | Page | Model selection using generalized stepping-stone sampling in BEAST. |

The evolutionary dynamics of a influenza epidemic | Page | This tutorial provides a step-by-step explanation on how to reconstruct the evolutionary dynamics of influenza based on a set of virus sequences which have b... |

Revealing the fluctuating evolutionary dynamics of seasonal influenza | Page | This tutorial provides a step-by-step explanation on how to reconstruct the evolutionary dynamics of seasonal influenza based on a set of H3N2 virus sequence... |

Estimating rates and dates from time-stamped sequences | Page | This chapter provides a step-by-step tutorial for analyzing a set of virus sequences which have been isolated at different points in time (heterochronous dat... |

Second Tutorial | Page | This is the second introductory tutorial to BEAST. Here we will continue the analysis from the first tutorial looking at the output, diagnosing problems and ... |

Using TempEst for data exploration | Page | This tutorial describes the use of TempEst to examine the temporal signal of a data set and to look for problematic or erroneous sequences. |

Phylogeographic Diffusion in Continuous Space | Page | This tutorial provides a step-by-step explanation on reconstructing the spatial dynamics of the West Nile virus (WNV) invasion across North America based on ... |

Phylogeographic diffusion in discrete space | Page | This chapter provides a step-by-step tutorial on reconstructing the spatial dispersal and cross-species dynamics of rabies virus (RABV) in North American bat... |

Revealing the evolutionary dynamics of influenza | Page | This tutorial provides a step-by-step explanation on how to reconstruct the evolutionary dynamics of influenza based on a set of virus sequences which have b... |

Model Selection and Testing | Page | This tutorial continues the analysis of yellow fever virus (YFV) from the Estimating rates and dates from time-stamped sequences tutorial. Here we use margin... |

Estimating rates and dates from time-stamped sequences | Page | This tutorial provides a step-by-step tutorial for analyzing a set of virus sequences which have been isolated at different points in time (heterochronous da... |