Behavioral Flexibility in Primates: Causes and Consequences / by Clara B. Jones.

Springer eBooks

to Intraindividual Variation of Primate Behavior -- The Costs and Benefits of Behavioral Flexibility to Inclusive Fitness: Dispersal as an Option in Heterogeneous Regimes -- Primate Signatures and Behavioral Flexibility in Heterogeneous Regimes -- Social Cognition and Behavioral Flexibility: Categorical Decision-Making as a Primate Signature -- Female Primates as “Energy-Maximizers” in Heterogeneous Regimes -- Male Primates: “Time-Minimizers” in Heterogeneous Regimes -- Intersexual Interactions in Heterogeneous Regimes: Potential Effects of Antagonistic Coevolution in Primate Groups -- Sociosexual Organization and the Expression of Behavioral Flexibility -- Behavioral Flexibility: Interpretations and Prospects.

The primary goal of this volume is to advance the conceptual unification of primatology and the other evolutionary sciences, by addressing the evolution of behavioral flexibility in the Primate Order. One of the first lessons learned in introductory statistics is that events in the world vary. However, some species exhibit a greater range of phenotypic plasticity, including behavioral flexibility, than others. Primates are among those taxa advanced to display an uncommon degree of behavioral diversity. This volume explores the behavioral ecology and evolution of behavioral flexibility in primates in relation to the optimization of survival, (inclusive) reproductive success, and phenotypic influence. Behavioral Flexibility in Primates: Causes and Consequences proposes that genetic conflicts of interest are ubiquitous in primates who may employ force, coercion, persuasion, persistence, scrambles, cooperation, exploitation, manipulation, social parasitism, dispersal or spite to resolve or manage them. Where one individual or group imposes severe costs to inclusive fitness or to the phenotype upon another individual, the latter may adopt a counterstrategy in an attempt to minimize its own costs. Counterstrategies may, in turn, impose costs upon the original actor(s), and so on, possibly yielding an evolutionary "chase" ("interlocus contest evolution"). The evolution of phenotypic plasticity in primates may often pertain to attempts to mitigate genetic conflicts of interest, and classic work in behavioral ecology leads to the conclusion that for females ("energy-maximizers"), conflict will pertain primarily to competition for food (that can be converted to offspring) while, for males ("time-minimizers"), conflict will pertain primarily to competition for mates. These related and novel perspectives are developed in this new volume.

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