Estimating self-fertilization rates from the diploid genotype spectrum
Patrick McKenzie, Felix L. Wu, Robin Hopkins
This paper introduces a method to estimate self-fertilization rates using diploid genotype spectra from population genomic data.
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Harvard UniversityORCID 0000-0002-8983-6060Unclaimed ORCID profile · follow to get notified of new preprints
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Patrick McKenzie, Felix L. Wu, Robin Hopkins
This paper introduces a method to estimate self-fertilization rates using diploid genotype spectra from population genomic data.
Felix L. Wu, Danielle E. Khost, Patrick McKenzie…·Robin Hopkins
The paper presents chromosome-level genome assemblies and population genetic data for three Phlox species, revealing extensive genetic variation and widespread gene flow during speciation.
Patrick McKenzie, Samuel H. Church, Robin Hopkins
The paper analyzes community science images of Monarda fistulosa to show geographic divergence in flower color, finding western flowers are deeper violet than eastern ones.
Patrick McKenzie, Andrea E. Berardi, Robin Hopkins
The paper uses AI to analyze community science data and shows red/orange flowers in North America flower later, aligning with hummingbird migration patterns, suggesting flowering time is part of a pollination syndrome.
Patrick McKenzie, Deren A. R. Eaton
ipcoal simulates and analyzes genealogies and sequences using demographic models, providing tools for phylogenetic inference and visualization.