| NAME: |
FROM: |
TALK TITLE: |
| Abby Harrison |
Massey |
n/a |
| Alice Lesser |
Sweden |
Hereditarily optimal realisations of consistent metrics |
| Allen Rodrigo |
Auckland |
Phylogenetics and anti-virus therapeutics |
| Andrew Roger |
Canada |
Changing rates-across-sites distributions and long branch attraction |
| Barbara Holland |
Massey |
Combining spectral analysis with the parametric bootstrap to determine how well the best model fits the data. |
| Charles Semple |
Canterbury |
Combining evolutionary trees with dated ancestors |
| Chris Simon |
USA |
n/a |
| Dan Vanderpool |
USA |
Using Bayesian methods for molecular dating: assigning dates to divergences within cicadettini (hemiptera: Cicadidae: tibicininae) |
| Daniel Huson |
Germany |
SplitsTree4.0 - a java frame-work for phylogenetic analysis |
| David Bryant |
Canada |
The representation of evolutionary relationships by phylogenetic networks |
| David Marshall |
USA |
Rapid and convergent evolution of acoustic sexual signals in New Zealand cicadas |
| David Penny |
Massey |
Areas of ignorance |
| David Welch |
Auckland |
n/a |
| Dietmar Cieslik |
Germany |
The problem of "Shortest Connectivity" |
| Eva Freyhult |
Sweden |
A comparative genomics approach to discovering new RNA regularatory elements and genes |
| Faisal Ababneh |
Australia |
Simulating phylogenetic trees with two edges |
| Frédéric Delsuc |
France |
Bayesian Posterior Probabilities and Maximum Likelihood Bootstrap proportions: Oranges versus Apples ? |
| Graham Byrnes |
Australia |
Perturbed neighbour joining and generalised least squares |
| Greg Ewing |
Auckland |
Bayesian MCMC estimation of migration rates in a island population model using serially sampled sequence data |
| Howard Ross |
Auckland |
Using the maximum clique to construct a supertree |
| James Matheson |
Massey |
Using cellular automata to simulate evolutionary problems |
| Jessica Haywood |
Auckland |
The molecular epidemiology of Feline Immunodeficiency Virus in New Zealands domestic and feral cats |
| Johan Kahrstrom |
Sweden |
Norms and the tight span |
| Katharina Huber |
Sweden |
Four characters suffice |
| Kathy Hill |
Victoria |
Using nested clade analysis to understand the population structure of a New Zealand cicada, maoricicada campbelli |
| Kay Nieselt-Struwe |
Germany |
Antisense transcript evolution. |
| Lars S Jermiin |
Australia |
Tracing the decay of the historical signal in sequence data |
| Matthew Phillips |
Massey |
Phylogeny from morphological data |
| Michael Charleston |
UK |
Host / Virus coevolution |
| Mihaela Baroni |
Canterbury |
n/a |
| Mike Hendy |
Massey |
Analytic solutions and bounds for maximum likelihood tree searches |
| Mike Steel |
Canterbury |
Information theory, the logarithmic conjecture, and the unexpected benefits of Lagavulin for reconstructing the distant past. |
| Nicoleen Cloete |
Auckland |
MCMC for a distribution over ancestral selection graphs |
| Olivier Gascuel |
France |
Very fast algorithms for phylogenetic inference |
| Paul Gardner |
Massey |
RiboRace: evolving RNA in-silico |
| Pete Lockhart |
Massey |
n/a |
| Peter Meintjes |
Auckland |
Tests of phylogenetic topologies |
| Peter Wills |
Auckland |
Genetic information and self-organised criticality |
| Rissa Ota |
Massey |
Theoretical and applied results that show that Bayesian posterior probabilities on phylogenies are too liberal |
| Russell Gray |
Auckland |
How old are Indo-European languages? Some Bayesian explorations |
| Simon Ho |
Australia |
Re-evaluating the Cambrian Explosion hypothesis: accounting for violations of the stationarity assumption |
| Sverker Edvardsson |
Sweden |
Folding of RNA - going from 2D to 3D |
| Thomas Buckley |
Auckland |
Species radiations data set heterogeneity: New Zealand alpine cicadas |
| Tim White |
Massey |
Efficiently implementing maximum parsimony search on parallel computer architectures |
| Tobias Dezulian |
Germany |
CGViz- a visualization wizard for genomic data |
| Tony Larkum |
Australia |
The Evolution of Chlorophylls and Bacteriochlorophylls |
| Vincent Moulton |
Sweden |
A new method for visual recombination detection |
