| Mathematics and computation are powerful tools that are becoming increasingly important in the biological sciences. We use these methods to address questions ranging from genomics and molecular evolution to ecology, evolution, and behavior. |
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Christina Burch Evolutionary genetics, evolutionary modelling Ty Hedrick Modelling of flight mechanics Corbin D. Jones Comparative and Population Genomics Joel G. Kingsolver Evolutionary theory, population ecology of insects. Jason Lieb Genomics, chromatin, protein-DNA interactions, transcription on a genome-wide scale Robert Peet Ecological Databases Karin Pfennig Neural network modelling of evolutionary processes Maria Servedio Evolutionary theory, mathematical modelling Todd Vision Computational genetics, genome evolution and the architecture of complex traits R. Haven Wiley Computational analysis of sound; acoustic communication |
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