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About

Atreyi Mukherji is a leading researcher at the intersection of evolutionary biology, functional morphology, and computational visualization. Her work focuses on developing and applying cutting-edge 3D visualization processes to recreate and study organismal form, enabling unprecedented insights into how living creatures move, function, and evolve. Her most-cited paper (2022, 29 citations) provides a comprehensive review of emerging methods for creating accurate 3D models of organisms and animating them for biomechanical and fluid dynamic analyses—a foundational resource for scientists seeking to bridge the gap between static anatomy and dynamic function. Mukherji’s contributions are central to modern efforts in digital morphology and virtual paleontology, offering powerful tools to reconstruct extinct species and test evolutionary hypotheses. Her work has been recognized for its interdisciplinary impact, drawing attention from biologists, engineers, and computer scientists alike. By making complex biological forms accessible to quantitative analysis, Mukherji is helping to transform how we understand the relationship between form, function, and evolutionary adaptation.