Schedule with PDF's

Names link to personal web pages, titles to pdf's of talks.

Monday June 23

9-10:15 Simon Levin Adaptation in stochastic environments
10:45-12 Claudia Neuhauser Understanding community ecology

2-3 Alan Hastings Sources of variability in single species population models * paper
3:30-4:45 Rick Durrett Coexistence in stochastic spatial models

Tuesday June 24

9-10:15 Steve Ellner Understanding simple population dynamics: Evolution changes everything
10:45-12 Claudia Neuhauser. Lecture 2

2-3 Steve Krone Viral competition and evolution in a spatial context: Theory and experiments with bacteriophage * paper 1 * paper 2

3:30-3:55 Richard Gejji Understanding the evolutionary responses of a butterfly population to climactic change using a stochastic, individual based model
4:00-4:25 Vishwesa Guttal Indicators of regime shift in spatial ecological systems * paper
4:30-4:55 Michael Raghib A multi-scale approach to self-propelled swarms

Wednesday June 25

9-10:15 Alan Hastings Stochastic dynamics of invasive species
10:45-12 Viet Chi Tran Adaptive dynamics I

Thursday June 26

9-10:15 Simon Levin Deterministic patterns in spatial stochastic environments
10:45-12 Claudia Neuhauser. Lecture 3

2-3 Steve Ellner Linking individual demography to population behavior of corals and fishes.

3:30-3:55 Janos Englander A spatial population model with random obstacles
4:00-4:25 Vincent Bansaye Branching model for proliferating parasites in dividing cells
4:30- 4:55 Viet Chi Tran Stochastic particle models for age-structured populations

Friday June 27

9-10:15 Amaury Lambert Adaptive dynamics II * paper 1 * paper 2
10:45-12 Claudia Neuhauser. Lecture 4

2-3 Steve Krone Spatial dynamics of plasmid spread and persistence * paper 1 * paper 2

3:30-3:55 Edoardo Jordao Neves Modeling biological signaling networks with type- dependent interacting particle systems * paper
4:00-4:25 Carl Boettiger Demographic noise
4:30-4:55 Lee Worden A simple dynamic argument for biospherical self-regulation

Monday June 30

9-10:15 Amaury Lambert Splitting trees: new tools for branching populations * paper1 * paper2
10:45-12 Tom Liggett The symmetric exclusion process: Correlation inequalities and applications * papers

2-3 Ted Cox Survival and coexistence for a competition model using super-Brownian motion slides for both lectures

3:30-3:55 Joseph Stover Attractive n-particle systems with contact interactions
4:00-4:25 Lamia Belhadji Ergodicity and hydrodynamic limits for an epidemic model
4:30-4:55 Daniel Remenik Chaos in a spatial epidemic model

Tuesday July 1

9-10:15 Rinaldo Schinzai On the role of spatial aggregation in the extinction of a species * paper
10:45-12 Rick Durrett Lambda coalescents

2:00-2:25 Matthias Steinrucken Inference for Lambda-coalescents
2:30-2:55 Jean-Stephane Dhersin Asymptotic results on the length of coalescence trees

3:30-3:55 Daniela Bertacchi Ecological equilibrium for restrained branching random walks
4:00-4:25 Piotr Milos Occupation times fluctuations of branching particle systems with immigration
4:30-4:55 Fabio Zucca Weak and strong survival for branching random walks

Wednesday July 2

9-10:15 Ted Cox Lecture 2 * slides for both lectures
10:45-12 Tom Liggett The asymmetric exclusion process: Stationary distributions in one and higher dimensions * papers

2:00-2:25 Patric Gloede * Genealogies of autocatalytic branching populations
2:30-2:55 Sivan Leviyang A coalescent analysis of the population structure statistic F_ST
3:00-3:25 Todd Parsons Some results regarding a model of haploid populations exhibiting density dependence

Thursday July 3

9-10:15 Rinaldo Schinazi A stochastic model for cancer risk * paper
10:45-12 Rick Durrett Waiting for k mutations