Speaker
|
Title
|
PDF
|
Bonus
|
| N Barton | Distinguishing causes of reduced diversity |
|
|
| MA Beaumont | Approximate Bayesian methods in genetic data analysis: some
applications
|
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| M Birkner | Spatial critically branching particle systems with state-dependent branching rate
|
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| J Blath | Coexistence in locally regulated competing populations |
|
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| R Buerger | A multilocus analysis of intraspecific competition and stabilizing selection on a quantitative trait |
|
|
| M Capaldo | A disintegrationtheorem for infinite variance superprocesses |
|
|
| B Charlesworth | Evolution and variation in genomic regions with low recombination rates |
|
|
| MAR de Cara | Models of evolution of assortative mating |
|
|
| F Depaulis | Population genetics of time structured data, an application on cave bear ancient DNA |
|
|
| WJ Ewens | Thoughts on the TDT |
|
|
| A Eyre-Walker | The distribution of fitness effects of new mutations in humans and fruit flies |
|
|
| D Falush | Anthropological genetics, as taught by Helicobacter pylori |
|
|
| P Fearnhead | A review and comparison of population-based estimators of local recombination rates |
|
|
| R Griffiths | The genealogy of a mutation |
|
|
| T Johnson | Multipoint linkage disequilibrium mapping using multilocus allele frequency data |
|
|
| WS Kendall | Multiresolution Ising models |
|
|
| S Krone | The role of spatial structure in Bacteriophage evolution |
|
|
| S Lessard | The Ewens sampling formula and related formulae: combinatorial proofs, extensions to variable population size and applications to ages of alleles |
|
|
| G McVean | Approximate models of recombination |
|
|
| L Meligkotsidou | Maximum likelihood estimation of coalescence times in genealogical trees |
|
|
| M Möhle | Coalescent processes with simultaneous multiple collisions of ancestral lineages |
|
|
| G Nicholls | Specifying and fitting a Dollo point process model
of binary trait character evolution |
|
|
| N Patterson | How old is the most recent ancestor of two
copies of an allele?
|
|
|
| P Pfaffelhuber | Genealogical trees including fossils |
|
|
| J Polechova | Speciation
in sympatry? Evolution of associations between loci under disruptive
selection and loci affecting assortative mating. |
|
|
| D Reich | High density admixture mapping to find genes for complex disease and application to multiple sclerosis |
|
|
| S Sawyer | How can one tell in which direction evolution is going? |
|
|
| NGC Smith | Bayesian inference of genome structure and application to base composition variation |
|
|
| WH Stephan | Localizing selective sweeps along a recombining chromosome |
|
|
| M Turelli | Effects of genetic drift on variance components under a general model of epistasis |
|
|
| BF Voight | Confounding from cryptic relatedness in association studies |
|
|
| A von Haeseler | IQPNNI: Moving fast through tree space and stopping in time |
|
|
| JW Wall | Estimating recombination rates using three site likelihoods |
|
|
| JC Whittaker | Predicting the functional consequences of amino acid polymorphisms using hierarchical Bayesian models |
|
|
| S Williamson | Non-stationary population genetic models with selection: theory and inference |
|
|
| IJ Wilson | Genealogies and population structure. |
|
|
| Z Yang | Comparison of synonymous and nonsynonymous rates to detect selection in protein-coding genes |
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|
