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20072025
most citedGeneral selection models: Bernstein duality and minimal ancestral structures

13 citations · 48 across the 28 of their papers we have counts for

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Showing 2018 · math.PRShow all

6 papers · 2 filters

math.PR2018

Perturbations of supercritical oriented percolation and sticky Brownian webs

Emmanuel Schertzer, Rongfeng Sun

Previously, Sarkar and Sun have shown that for supercritical oriented percolation in dimension , the set of rightmost infinite open paths converges to the Brownian web after p…

math.PR2018

Coagulation-transport equations and the nested coalescents

Amaury Lambert, Emmanuel Schertzer

The nested Kingman coalescent describes the dynamics of particles (called genes) contained in larger components (called species), where pairs of species coalesce at constant rate a…

math.PR2018★ 1 cited

Height and contour processes of Crump-Mode-Jagers forests (II): The Bellman-Harris universality class

E. Schertzer, F. Simatos

Crump-Mode-Jagers (CMJ) trees generalize Galton-Watson trees by allowing individuals to live for an arbitrary duration and give birth at arbitrary times during their life-time. In…

math.PR2018★ 7 cited

Chromosome Painting: how recombination mixes ancestral colors

Amaury Lambert, Verónica Miró Pina, Emmanuel Schertzer

We consider a Moran model with recombination in a haploid population of size . At each birth event, with probability the offspring copies one parent's chromosome, and…

math.PR2018

Exchangeable coalescents, ultrametric spaces, nested interval-partitions: A unifying approach

Félix Foutel-Rodier, Amaury Lambert, Emmanuel Schertzer

Kingman (1978)'s representation theorem states that any exchangeable partition of can be represented as a paintbox based on a random mass-partition. Similarly, any exc…

math.PR2018★ 2 cited

The sequential loss of allelic diversity

Guillaume Achaz, Amaury Lambert, Emmanuel Schertzer

This paper gives a new flavor of what Peter Jagers and his co-authors call `the path to extinction'. In a neutral population with constant size , we assume that each individual…