Difference between revisions of "Phylogenetics: BEAST Lab"
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| − | You will (part 1) go through a | + | You will (part 1) go through a practical designed by BEAST's authors, then (part 2) you will analyze a data set you simulate yourself to confirm that the program works as expected (and, more importantly, you understand how to set it up to work as expected). |
| − | == Part 1: Primate | + | == Part 1: Primate practical == |
| − | === Download BEAST and the | + | === Download BEAST and the practical === |
| − | Download the appropriate version of BEAST 1.4.8 (or later) from the [http://beast.bio.ed.ac.uk/ BEAST web site]. While there, also download the | + | Download the appropriate version of BEAST 1.4.8 (or later) from the [http://beast.bio.ed.ac.uk/ BEAST web site]. While there, also download the practical titled '''Divergence Dating (Primates) v1.0.zip'''. I will assume you already have [http://tree.bio.ed.ac.uk/software/tracer/ Tracer] and [http://tree.bio.ed.ac.uk/software/figtree/ FigTree] installed. If not, install these two programs as well. |
BEAST and BEAUti form a pair. BEAUti is a user-friendly, graphical Java application that can be used to create the data file that is then fed to BEAST, which is neither user-friendly nor graphical, but is also written in Java. Thus, to do anything with BEAST, you will need a working Java runtime environment. | BEAST and BEAUti form a pair. BEAUti is a user-friendly, graphical Java application that can be used to create the data file that is then fed to BEAST, which is neither user-friendly nor graphical, but is also written in Java. Thus, to do anything with BEAST, you will need a working Java runtime environment. | ||
Revision as of 18:16, 23 April 2009
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EEB 349: Phylogenetics |
| In this lab you will learn how to use the program BEAST, and its companion BEAUTi, written by Alexei Drummond and Andrew Rambaut. BEAST differs from MrBayes in that it is designed to jointly infer rooted trees and divergence times under a relaxed clock model, the argument being that if it is possible to infer divergence times calibrated by constraints on the ages of certain groups, then this information should also be important for getting the tree topology correct. |
You will (part 1) go through a practical designed by BEAST's authors, then (part 2) you will analyze a data set you simulate yourself to confirm that the program works as expected (and, more importantly, you understand how to set it up to work as expected).
Contents
Part 1: Primate practical
Download BEAST and the practical
Download the appropriate version of BEAST 1.4.8 (or later) from the BEAST web site. While there, also download the practical titled Divergence Dating (Primates) v1.0.zip. I will assume you already have Tracer and FigTree installed. If not, install these two programs as well.
BEAST and BEAUti form a pair. BEAUti is a user-friendly, graphical Java application that can be used to create the data file that is then fed to BEAST, which is neither user-friendly nor graphical, but is also written in Java. Thus, to do anything with BEAST, you will need a working Java runtime environment.
Work through the tutorial
Unzip the tutorial and work through it. I am not quite sure how long this will take. If it takes the entire lab period, that's fine and you can skip Part 2. If you finish the tutorial in the first hour, move on to Part 2 and do as much of it as time allows.
Part 2: Analysis of simulated data
TODO
