Societies with fission–fusion dynamics as complex adaptive systems: the importance of scale

TL;DR

The paper explores how fission-fusion social systems can be better understood using complex adaptive systems theory, focusing on how these systems change across different scales.

Contribution

The paper introduces a new framework for studying fission-fusion dynamics using complex adaptive systems, emphasizing scale-dependent properties.

Findings

Fission-fusion dynamics are best studied as complex adaptive systems.

Scale-dependent factors influence network properties in social systems.

This approach allows new questions about stability and change in social systems.

Abstract

In this article, we argue that social systems with fission–fusion (FF) dynamics are best characterized within a complex adaptive systems (CAS) framework. We discuss how different endogenous and exogenous factors drive scale-dependent network properties across temporal, spatial and social domains. Importantly, this view treats the dynamics themselves as objects of study, rather than variously defined notions of static ‘social groups’ that have hitherto dominated thinking in behavioural ecology. CAS approaches allow us to interrogate FF dynamics in taxa that do not conform to more traditional conceptualizations of sociality and encourage us to pose new types of questions regarding the sources of stability and change in social systems, distinguishing regular variations from those that would lead to system-level reorganization.

This article is part of the theme issue ‘Connected interactions: enriching food web research by spatial and social interactions’.

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