Rueffler lab
Theoretical evolutionary ecology
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Biological diversity is staggering and research in our group aims at contributing to our understanding how this diversity arises and how it is maintained. We are particularly interested in the role of ecology in the process of adaptive diversification (eco-evolutionary dynamics). Currently, work in our group is of exclusively theoretical nature: we build and analyze mathematical models to understand the factors that favor or hinder adaptive diversification. These models, rather than focusing on one specific organism, are of primarily conceptual nature.
Diversity arises at many levels of biological organization. As such, it can manifest itself in the form of different species, as polymorphism within species, and as polymorphism among modules within an organism. Work in our group addresses all three of these levels.
Group members
Publications
Part of American Naturalist, 2024
Complex life cycles drive community assembly through immigration and adaptive diversification
Part of Ecology Letters, p. 1084-1094, 2023
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Invasion and maintenance of meiotic drivers in populations of ascomycete fungi
Part of Evolution, p. 1150-1169, 2021
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The components of directional and disruptive selection in heterogeneous group-structured populations
Part of Journal of Theoretical Biology, 2020
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How Does Joint Evolution of Consumer Traits Affect Resource Specialization?
Part of American Naturalist, p. 331-348, 2020
The efficacy of good genes sexual selection under environmental change
Part of Proceedings of the Royal Society of London. Biological Sciences, 2019
Part of Journal of Mathematical Biology, p. 1081-1099, 2016
Part of Theoretical Population Biology, p. 76-97, 2015
Organismal Complexity and the Potential for Evolutionary Diversification
Part of Evolution, p. 3248-3259, 2014