PhD Studentship in Rapid Evolution in Communities
Explore how rapid evolution shapes ecological communities by combining experimental evolution and genomics. Study host-parasite interactions using Drosophila and parasitoid model systems to understand genetic and ecological diversity maintenance.
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Project Description
Project Overview
This four-year PhD project funded by an ERC grant explores rapid evolution's impact on host-parasite dynamics and community stability. Using wild Drosophila species and their parasitoids from tropical Australia as a novel experimental model, the project studies multigenerational eco-evolutionary dynamics through laboratory microcosms.
What You Will Do
The candidate will conduct experimental community evolution studies, apply population genomics techniques, and build eco-evolutionary models to address how rapid evolution affects the maintenance of diversity in communities and genetic variation in populations. Specific project details will be tailored together with the supervisor.
Expected Outcomes
The research will improve understanding of eco-evolutionary processes that connect population genetics and community ecology, revealing how rapid trait changes influence ecological interactions and diversity maintenance.
Why This Matters
This work addresses fundamental questions in evolutionary ecology relevant for predicting biological responses to environmental change. It also enhances knowledge about genetic and ecological stability in natural communities, providing insights valuable for conservation and biodiversity management.
Entry Requirements
How to Apply
Eligibility
Supervisor Profile
Dr Jan Hrček specializes in eco-evolutionary research focusing on rapid evolution in host-parasite systems and community ecology. His lab combines experimental laboratory models and genomics to dissect dynamic interactions shaping biodiversity. He leads an internationally funded team at the Biology Centre CAS known for advancing ecological genetics.