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  1. Dissolving the Missing Heritability Problem.Pierrick Bourrat & Qiaoying Lu - 2017 - Philosophy of Science 84 (5):1055-1067.
    Heritability estimates obtained from genome-wide association studies are much lower than those of traditional quantitative methods. This phenomenon has been called the “missing heritability problem.” By analyzing and comparing GWAS and traditional quantitative methods, we first show that the estimates obtained from the latter involve some terms other than additive genetic variance, while the estimates from the former do not. Second, GWAS, when used to estimate heritability, do not take into account additive epigenetic factors transmitted across generations, while traditional quantitative (...)
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  • How to Read ‘Heritability’ in the Recipe Approach to Natural Selection.Pierrick Bourrat - 2015 - British Journal for the Philosophy of Science 66 (4):883-903.
    There are two ways evolution by natural selection is conceptualized in the literature. One provides a ‘recipe’ for ENS incorporating three ingredients: variation, differences in fitness, and heritability. The other provides formal equations of evolutionary change and partitions out selection from other causes of evolutionary changes such as transmission biases or drift. When comparing the two approaches there seems to be a tension around the concept of heritability. A recent claim has been made that the recipe approach is flawed and (...)
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  • In What Sense Can There Be Evolution by Natural Selection Without Perfect Inheritance?Pierrick Bourrat - 2019 - International Studies in the Philosophy of Science 32 (1):13-31.
    ABSTRACTIn Darwinian Population and Natural Selection, Peter Godfrey-Smith brought the topic of natural selection back to the forefront of philosophy of biology, highlighting different issues surro...
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  • Explaining Drift from a Deterministic Setting.Pierrick Bourrat - 2017 - Biological Theory 12 (1):27-38.
    Drift is often characterized in statistical terms. Yet such a purely statistical characterization is ambiguous for it can accept multiple physical interpretations. Because of this ambiguity it is important to distinguish what sorts of processes can lead to this statistical phenomenon. After presenting a physical interpretation of drift originating from the most popular interpretation of fitness, namely the propensity interpretation, I propose a different one starting from an analysis of the concept of drift made by Godfrey-Smith. Further on, I show (...)
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