Description: This module examines feedbacks between ecological and evolutionary processes and their implications for forecasting
species and community responses to global change. Students explore how evolutionary dynamics—such as genetic adaptation, phenotypic plasticity, and selection—shape and are shaped by ecological processes, including population growth, competition, and environmental variability. The course combines theoretical lectures with quantitative modelling exercises in which students simulate demographic and evolutionary processes. Through literature analysis, students critically evaluate empirical studies illustrating rapid adaptation in natural and anthropogenic environments.
Learning outcomes:
Explain key concepts of eco-evolutionary dynamics and their role in shaping ecosystem responses to environmental change.
Develop and analyse quantitative models linking population dynamics and evolutionary adaptation.
Interpret and evaluate empirical evidence for rapid evolution and phenotypic plasticity in natural systems.
Integrate ecological and evolutionary theory to improve forecasts of species persistence and community dynamics under global change.
Critically assess model assumptions, data requirements, and sources of uncertainty in eco-evolutionary forecasting.
Module group: Themes Module
Credits: 5 ECTS
Lecturers: Prof. Dr. Heike Feldhaar