Molecular Evolution & Population Genetics

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Ancestral inference in population genetics
	Authors: R.C. Griffiths, Simon Tavaré
Calibrating the Clock: Using stochastic processes to measure the Rate of Evolution
	Author: Simon Tavaré
A Central Limit Theorem for Parsimony Length of Trees
	Authors: Mike Steel, Larry Goldstein, Michael S. Waterman
Coalescents and Genealogical Structure Under Neutrality
	Authors: Peter Donnelly, Simon Tavaré
Computational Methods for the Coalescent
	Authors: Robert C. Griffiths, Simon Tavaré
The distribution of rare alleles
	Authors: Paul Joyce, Simon Tavaré
The Ewens Sampling Formula
	Authors: Simon Tavaré, W.J. Ewens
Markov chain Monte Carlo in population genetics
	Authors: R.C. Griffiths, Simon Tavaré
A Mathematical Analysis of in Vitro   Molecular Selection-Amplification
	Authors: Fengzhu Sun, David Galas, Michael S. Waterman
The Polymerase Chain Reaction and Branching Processes
	Author: Fengzhu Sun
Sampling Theory for Neutral Alleles in a Varying Environment
	Authors: R.C. Griffiths, Simon Tavaré
Simulating probability distributions in the coalescent
	Authors: R.C. Griffiths, Simon Tavaré

Unrooted genealogical tree probabilities in the infinitely-many-sites model
	Authors: R.C. Griffiths, Simon Tavaré
Whole Genome Amplification of Single Cells: Mathematical Analysis of PEP and Tagged PCR
	Authors: Fengzhu Sun, Norman Arnheim, Michael S. Waterman

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