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About

Daniel W. E. Sankey is a leading researcher in collective animal behavior, with a particular focus on how bird flocks coordinate under threat. His major contributions center on the self-organization of escape maneuvers in pigeon flocks, demonstrating that complex patterns such as splits and collective turns emerge from simple, local interactions among individuals—not from a central leader or "selfish herd" dynamics. His 2021 and 2022 papers on this topic have each garnered 68 citations, establishing a foundational understanding of predation-driven flocking behavior. Sankey’s work challenges long-held assumptions, notably showing that birds do not simply seek cover within the flock but instead follow nuanced, self-organized rules. More recently, he has pioneered biohybrid approaches, integrating technology with live animals to study behavior in unprecedented ways (2025). His research bridges computational modeling and field observations, offering powerful tools for deciphering the rules of collective motion. For students and researchers, Sankey’s work exemplifies how combining theory, simulation, and empirical data can reveal the hidden logic of animal groups.