The researcher's primary focus is on integrating behavioral patterns with evolutionary biology across diverse animal species. Their work explores themes such as neural coding, social behavior, and neurobiological mechanisms, collaborating with experts in related fields like behavioral ecology and neuroscience. Through computational methods, they analyze large datasets to uncover genetic and environmental influences on behavior. Their research integrates evolutionary perspectives into empirical studies of specific organisms, targeting behaviors found in diverse species to understand broader patterns of evolution. The approach combines longitudinal studies of individual animals with statistical models, enabling insights into the interplay between genetics and behavior. Funding sources vary across their projects but consistently aim to address fundamental questions about how traits are shaped by both genetic variation and environmental pressures. Their work seeks to identify universal mechanisms driving animal behavior while also exploring specific biological systems for a deeper understanding of evolution.
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