AG Biomathematik - past terms

Summer term 2023

Winter term 2022/23

Winter term 2021/22

Summer term 2021

24.03.2021, Hugo Daudey (Aix-Marseille University): “Adding linear movement to frequency dependent disruptive selection models”

14.04.2021, Désirée Bailleul (Uni Wien): “Endemic and epidemic dynamics of cholera: the role of the aquatic reservoir”

28.04.2021, Laura Hayward (IST Austria): “Polygenic adaptation with pleiotropy (and a little about mutational bias)”

12.05.2021, Gülsah Ekizer (Uni Wien): “Public goods game as a stage game“

26.05.2021, Franziska Szinovatz (Uni Wien): “The Neimark-Sacker bifurcation”

02.06.2021, Lisa Mentgen (Uni Wien): “The genealogy of samples in models with selection“

16.06.2021, Mariana Prud’Homme (Uni Wien): “Superinfection between influenza and RSV”

23.06.2021, Laura Hincenberga (Uni Wien): “ Introduction to Quantitative Genetics”

30.06.2021, Luisa Weginger (Uni Wien): “TBA”

Winter term 2020/21

21.10.2020, Alexis Diederich (Uni Wien): “An evolutionary epidemiological mechanism with applications to type A Influenza”

04.11.2020, Ben Wölfl (Uni Wien): “The spread of COVID-19 in the presence of superspreading“

18.11.2020, Saula Santana (Uni Wien): “Immune life history, vaccination, and the dynamics of SARS-CoV-2 over the next 5 years”

25.11.2020, Hannah Götsch (Uni Wien): “Multilocus models for the adaptation of complex ecological traits in spatially structured populations”

09.12.2020, Désirée Bailleul (Uni Wien): “Modelling adhesion-independent cell migration”

16.12.2020, Lukas Baumgartner (Uni Wien): “Introducing a population into a steady-state community”

13.01.2021, Alina Kadluba (Uni Wien): “An introduction to the effective population size” (this talk will be at 9:15!)

13.01.2021, Sebastian Farrensteiner (Uni Wien): “An SEI model for tuberculosis with backward bifurcation”

20.01.2021, Franziska Szinovatz (Uni Wien): “Structured populations: autonomous single species models”

27.01.2021, Melanie Schatzer (Uni Wien): “Some properties of the Moran model”

Summer term 2020

04.06.2020 Laura Haywood (Columbia University): “Adaptation of a highly polygenic trait in response to a sudden change in environment (with pleiotropy)“ 25.06.2020 Michelle Binsfeld (Uni Wien): „Slightly supercritical Galton-Watson processes and some applications in population genetics“

Winter term 2019/20

12.11.2019, Lukas Baumgartner (Uni Wien): “Mutualistic Lotka-Volterra equations for n species”

18.11.2019, Jitka Polechova (Uni Wien): “Towards a general theory of species' ranges” (this talk will be on Monday and begin at 16:00)

19.11.2019, Lukas Geyrhofer (Technion, Haifa): “Coexistence and cooperation in structured habitats”

10.12.2019, Alexis Diederich (Uni Wien): “Dynamical behavior of differential equation models of frequency and density dependent populations”

17.12.2019, Hannah Götsch (Uni Wien): “The adaptive architecture of a quantitative trait in a structured population”

14.01.2020, Saulo Santana (Uni Wien): “A classical model in the theory of clines”

21.01.2010, Kim Kneher (Uni Wien): “General conditions for diffusion-driven instability in Turing mechanisms”

Summer term 2019

19.03.2019, Christoph Hauert (Univ. British Columbia): “Asymmetric games and environmental feedback”

26.03.2019, Stefanie Belohlavy (IST Klosterneuburg): “Underlying haplotype structure inflates variability in allele frequencies”

02.04.2019, Karl Riepl (Uni Wien): “An introduction to stochastic epidemic models”

09.04.2019, Sara Merino Aceituno (Uni Wien): “Derivation of a continuum model for collective motion in a fluid”

30.04.2019, Christina Pawlowitsch (Université Paris II): “The evolutionary dynamics of costly signaling”

07.05.2019, Sarah Waisnix (Uni Wien): “Models of self-propelled particles and rod-shaped objects”

21.05.2019, Sarah Benedetto (Uni Wien): “Kinetic theory applied to skiers”

28.05.2019, Jelena Petrovic (Uni Wien): “The SIR epidemic model”

04.06.2019, Julia Schindler (Uni Wien): “Two applications of the adaptive dynamics method”

18.06.2019, Stefan Müller (Uni Wien): “Metabolic networks and optimization problems”