Reaching a Consensus: Terminology and Concepts Used in Coordination and Decision-Making Research |
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Authors: | Lennart W Pyritz Andrew J King Cédric Sueur Claudia Fichtel |
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Institution: | 1.Behavioral Ecology & Sociobiology Unit, German Primate Center; and CRC Evolution of Social Behaviour,University of G?ttingen,G?ttingen,Germany;2.Structure & Motion Laboratory, Royal Veterinary College,University of London,Hertfordshire,UK;3.Primate Research Institute,Kyoto University,Inuyama,Japan;4.Unit of Social Ecology,Free University of Brussels,Brussels,Belgium |
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Abstract: | Research on coordination and decision-making in humans and nonhuman primates has increased considerably throughout the last decade. However, terminology has been used inconsistently, hampering the broader integration of results from different studies. In this short article, we provide a glossary containing the central terms of coordination and decision-making research. The glossary is based on previous definitions that have been critically revised and annotated by the participants of the symposium “Where next? Coordination and decision-making in primate groups” at the XXIIIth Congress of the International Primatological Society (IPS) in Kyoto, Japan. We discuss a number of conceptual and methodological issues and highlight consequences for their implementation. In summary, we recommend that future studies on coordination and decision-making in animal groups do not use the terms “combined decision” and “democratic/despotic decision-making.” This will avoid ambiguity as well as anthropocentric connotations. Further, we demonstrate the importance of 1) taxon-specific definitions of coordination parameters (initiation, leadership, followership, termination), 2) differentiation between coordination research on individual-level process and group-level outcome, 3) analyses of collective action processes including initiation and termination, and 4) operationalization of successful group movements in the field to collect meaningful and comparable data across different species. |
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