TEA Talk - Reading the story in DNA
Date and time
Location
Sciences Teaching Building, Bldg 136
Linnaeus Way, Room S2 (top floor), ANUDescription
TEA (Techniques in Evolutionary Analysis) Talks
Hosted by the Centre for Biodiversity Analysis, 'TEA Talks' are a series of short workshops that introduce a range of current methods and analytical approaches in phylogenetics, bioinformatics and macroevolution.
Reading the story in DNA: the core principles of molecular phylogenetic inference
Lindell Bromham
The aim of this workshop is to examine the fundamental principles of phylogenetic inference.
When we hear the phrase “phylogenetic inference” we tend to focus on the first word – because what we care about is getting a phylogeny. But phylogeny inference is not a simple estimation procedure. It requires us to combine observations about the world with assumptions about the way the world works, using a set of rules for searching and evaluating alternative possible histories. And the more sophisticated the phylogenetic method, the larger the set of assumptions that we need to make about evolution and the nature of our dataset.
In this discussion-based workshop, we will consider the fundamental principles underlying a range of phylogenetic methods, from simple distance-based trees to complex Bayesian methods, but the emphasis will not be on “how to” (practical instructions) but on the “how can we extract meaningful information from DNA?”, “what do we need to assume?" and “when do we know we have the right answer?”.
This workshop should be useful for people who use molecular phylogenetic analyses and want to think more critically and deeply about their own analyses. But it should also be suitable for people with no previous phylogenetic experience who want to know more about how molecular phylogenies are estimated and how reliable they are.
People from all academic backgrounds and levels are welcome. Registration is free.
Organised by
The Centre for Biodiversity Analysis (CBA) is a collaborative initiative of the ANU, CSIRO and University of Canberra that connects scientists and their research to exploit new and emerging genomic and spatial environmental analysis capabilities in the discovery, understanding and conservation of Australia’s unique biodiversity in the face of accelerating environmental change.