Inbreeding in a Wild Mammal System: PhD in Evolutionary Ecology
Explore the genetic and phenotypic impacts of inbreeding in a large wild mammal population. Use advanced data analysis and interdisciplinary approaches to uncover evolutionary consequences. Join a collaborative, international research environment with access to unique datasets.
AI-generated overview
Project Description
Project Overview
Wild populations face demographic decline and fragmentation, making inbreeding a critical issue in evolutionary biology and conservation. This project uses a comprehensive long-term dataset from Switzerland documenting over 20,000 wild mice with natural variation in inbreeding, aiming to quantify inbreeding effects on behaviour, reproductive output, survival and morphology and link these traits to genetic loci. It is embedded within collaborative work between University of Zurich and Columbia University scientists in evolutionary biology, network science, and genomics.
What You Will Do
- Analyze large-scale phenotypic datasets covering behaviour, life history, and morphology
- Conduct animal experiments focused on inbreeding
- Develop and apply statistical models
- Collaborate across disciplines including behavioural ecology, network science, and genomics
- Contribute to high-quality scientific publications
Expected Outcomes
Identification of the phenotypic and genetic consequences of inbreeding in a wild mammal population, improved understanding of how inbreeding impacts behaviour, survival, reproduction and morphology, and insights into the genetic architecture underlying these traits.
Why This Matters
Understanding inbreeding effects is crucial as many wild populations face demographic pressures. This research informs evolutionary biology and conservation management by revealing the biological consequences of genetic decline, helping preserve biodiversity and ecosystem health.
Entry Requirements
How to Apply
Eligibility
Supervisor Profile
Prof Anna Lindholm is a leading evolutionary biologist specializing in animal behaviour and evolutionary genetics. Based at the University of Zurich's Institute of Evolutionary Biology and Environmental Studies, she focuses on mechanisms like meiotic drive and the genetic basis of evolutionary processes in natural populations. Her interdisciplinary approach combines field data with genomics and theoretical models. She has strong international collaborations and is recognized for her contributions to evolutionary biology.