Abstract

Analysis of fit has focused on the macrolevel fit between social institutions and ecosystems, and bypassed the microlevel fit between individual cognition and its socio-material environment. I argue that the conceptualizations we develop about social-ecological systems and our position in them should be understood as ways for a fundamentally cognitive organism to adapt to particular social and ecological situations. Since at issue is our survival as a species, we need to better understand the structure and dynamics of fit between human cognition and its social-ecological environment. I suggest that the embodied cognition perspective opens up possibilities for “nudging” evolution through the conceptual integration of the cognitively attractive but ecologically unrealistic neoclassical economics, and the cognitively less attractive but ecologically more realistic adaptive cycle theory (panarchy). The result is a conceptually integrated model, the Roller Coaster Blend, which expresses in metaphorical terms why competitive individuals are better off cooperating than competing with each other in the face of absolute resource limits. The blend enables the reframing of messages about the limits of the social-ecological system in terms of growth rather than degrowth. This is cognitively appealing, as upward growth fires in our minds the neural connections of “more,” “control”, and “happy.” The blend’s potential for nudging behavior arises from its autopoietic characteristic: it can be both an account of the social-ecological system as an emergent structure that is capable of renewing itself, and a cognitive attractor of individuals whose recruitment reinforces the integrity of the social-ecological system.

Highlights

  • The concept of fit in the study of human-environmental interaction is usually understood as compatible matching between an institutional setting, associated ecosystem properties and properties of social-ecological relations

  • I argue that the conceptualizations we develop about social-ecological systems and our position in them should be understood as ways for a fundamentally cognitive organism to adapt to particular social and ecological situations

  • I suggest that the embodied cognition perspective opens up possibilities for “nudging” evolution through the conceptual integration of the cognitively attractive but ecologically unrealistic neoclassical economics, and the cognitively less attractive but ecologically more realistic adaptive cycle theory

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Summary

Introduction

The concept of fit in the study of human-environmental interaction is usually understood as compatible matching between an institutional setting, associated ecosystem properties and properties of social-ecological relations. It is a normative notion, suggesting that an environmental governance system that is fit performs well over the long run and proves to be more resilient to shocks than a less structured system (Ostrom et al 2007, Young 2008). I explore the implications of a focus on microlevel fit for the study and adaptive management of social-ecological systems (SESs)

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