• Homepage
  • Navigation
  • Search
  • Content
  • Footer
  • Contact
  • Sitemap

Theoretical Biology

Main Navigation

  • Homepage
  • The Group
    • To homepage
    • Main menu
    • The GroupSee overview
    • How to Find Us
    • Open Positions – General Information
    • ETH Green Labs Certification
  • People
    • To homepage
    • Main menu
    • PeopleSee overview
    • People A-Z
  • Research
    • To homepage
    • Main menu
    • ResearchSee overview
    • Infectious Disease Dynamics – Bonhoeffer Group
    • Population Biology of Pathogens – Regoes Group
      • To homepage
      • Research
      • Population Biology of Pathogens – Regoes GroupSee overview
      • Group News
    • Research and Thesis Projects
    • Staff
  • Education
    • To homepage
    • Main menu
    • EducationSee overview
    • Research and Thesis Projects
    • Summer school:
      Evolutionary Biology in Guarda
    • Zurich Interaction Seminar (ZIS)
      • To homepage
      • Education
      • Zurich Interaction Seminar (ZIS)See overview
      • Previous Semesters
    • Learning Materials
      • To homepage
      • Education
      • Learning MaterialsSee overview
      • Modelling Course in Population and Evolutionary Biology
        • To homepage
        • Learning Materials
        • Modelling Course in Population and Evolutionary BiologySee overview
        • R Resource Page
        • External auditors
        • Level 1 modules
          • To homepage
          • Modelling Course in Population and Evolutionary Biology
          • Level 1 modulesSee overview
          • The logistic difference equation
          • SIR models of epidemics
          • Stochastic effects on the genetic structure of populations
          • Within-host HIV dynamics: estimation of parameters
          • Within-host HIV dynamics: the emergence of drug resistance
        • Level 2 modules
          • To homepage
          • Modelling Course in Population and Evolutionary Biology
          • Level 2 modulesSee overview
          • Discrete vs. continuous time models of malaria infections
          • Evolution of the sex ratio
          • Network models of epidemics
          • Rock-paper-scissors dynamics in space
          • Spatial cooperation games
          • Stability and complexity of model ecosystems
          • Stochastic simulation of epidemics
          • Unstable oscillations and spatial structure
      • Seminar in Evolutionary Ecology of Infectious Diseases
  • Publications
  • Events
    • To homepage
    • Main menu
    • EventsSee overview
    • Seminar in Microbiology, Ecology and Evolution
    • Latsis Symposium 2015
      • To homepage
      • Events
      • Latsis Symposium 2015See overview
      • Programme / Talks
  • Internal

Services

  • Student portal
  • Alumni association
  • Staffnet
  • Login

Search

EN

Departments

  • ETH Zurich
  • D-USYS
  • IBZ
  • Theoretical Biology

Language Selection

  • English

Sitemap

  • The Groupadd
    • How to Find Us
    • Open Positions – General Information
    • ETH Green Labs Certification
  • Peopleadd
    • People A-Z
  • Researchadd
    • Infectious Disease Dynamics – Bonhoeffer Group
    • Population Biology of Pathogens – Regoes Groupadd
      • Group News
    • Research and Thesis Projects
    • Staff
  • Educationadd
    • Research and Thesis Projects
    • Summer school:
      Evolutionary Biology in Guarda
    • Zurich Interaction Seminar (ZIS)add
      • Previous Semesters
    • Learning Materialsadd
      • Modelling Course in Population and Evolutionary Biologyadd
        • R Resource Page
        • External auditors
        • Level 1 modulesadd
          • The logistic difference equation
          • SIR models of epidemics
          • Stochastic effects on the genetic structure of populations
          • Within-host HIV dynamics: estimation of parameters
          • Within-host HIV dynamics: the emergence of drug resistance
        • Level 2 modulesadd
          • Discrete vs. continuous time models of malaria infections
          • Evolution of the sex ratio
          • Network models of epidemics
          • Rock-paper-scissors dynamics in space
          • Spatial cooperation games
          • Stability and complexity of model ecosystems
          • Stochastic simulation of epidemics
          • Unstable oscillations and spatial structure
      • Seminar in Evolutionary Ecology of Infectious Diseases
  • Publications
  • Eventsadd
    • Seminar in Microbiology, Ecology and Evolution
    • Latsis Symposium 2015add
      • Programme / Talks
  • Internal

Footer

Search

Services

  • Student portal
  • Alumni association
  • Staffnet
  • Login

Contact

Rita Jenny
  • Location location_onCHN K 12.2
  • Phone phone+41 44 633 60 33
  • Emailemailrita.jenny@env.ethz.ch

Institut für Integrative Biologie
Universitätstrasse 16
8092 Zürich
Switzerland

Departments

  • D-ARCH Architecture
  • D-BAUG Civil, Environmental and Geomatic Engineering
  • D-BIOL Biology
  • D-BSSE Biosystems Science and Engineering
  • D-CHAB Chemistry and Applied Biosciences
  • D-EAPS Earth and Planetary Sciences
  • D-GESS Humanities, Social and Political Sciences
  • D-HEST Health Sciences and Technology
  • D-INFK Computer Science
  • D-ITET Information Technology and Electrical Engineering
  • D-MATH Mathematics
  • D-MATL Department of Materials
  • D-MAVT Mechanical and Process Engineering
  • D-MTEC Management, Technology and Economics
  • D-PHYS Physics
  • D-USYS Environmental Systems Science

Table of contents and legal

  • Sitemap
  • Imprint
  • Accessibility Statement
  • Disclaimer & Copyright
  • Privacy Policy
© 2025  Eidgenössische Technische Hochschule Zürich
JavaScript has been disabled in your browser