Navigating the perfect storm: Research strategies for social-ecological systems in a rapidly evolving world
Navigating the perfect storm: Research strategies for social-ecological systems in a rapidly evolving world
The ‘Perfect Storm’ metaphor describes a combination of events that causes a surprising or dramatic impact. It lends an evolutionary perspective to how social-ecological interactions change. Thus, we argue that an improved understanding of how social-ecological systems have evolved up to the present is necessary for the modelling, understanding and anticipation of current and future social-ecological systems. Here we consider the implications of an evolutionary perspective for designing research approaches. One desirable approach is the creation of multidecadal records produced by integrating palaeoenvironmental, instrument and documentary sources at multiple spatial scales. We also consider the potential for improved analytical and modelling approaches by developing system dynamical, cellular and agent-based models, observing complex behaviour in social-ecological systems against which to test systems dynamical theory, and drawing better lessons from history. Alongside these is the need to find more appropriate ways to communicate complex systems, risk and uncertainty to the public and to policy-makers.
Dearing, John
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Bullock, Seth
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Costanza, Robert
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Dawson, Terry
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Edwards, Mary
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Poppy, Guy
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Smith, Graham
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2012
Dearing, John
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Bullock, Seth
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Costanza, Robert
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Dawson, Terry
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Edwards, Mary
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Poppy, Guy
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Smith, Graham
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Dearing, John, Bullock, Seth, Costanza, Robert, Dawson, Terry, Edwards, Mary, Poppy, Guy and Smith, Graham
(2012)
Navigating the perfect storm: Research strategies for social-ecological systems in a rapidly evolving world.
Environmental Management.
Abstract
The ‘Perfect Storm’ metaphor describes a combination of events that causes a surprising or dramatic impact. It lends an evolutionary perspective to how social-ecological interactions change. Thus, we argue that an improved understanding of how social-ecological systems have evolved up to the present is necessary for the modelling, understanding and anticipation of current and future social-ecological systems. Here we consider the implications of an evolutionary perspective for designing research approaches. One desirable approach is the creation of multidecadal records produced by integrating palaeoenvironmental, instrument and documentary sources at multiple spatial scales. We also consider the potential for improved analytical and modelling approaches by developing system dynamical, cellular and agent-based models, observing complex behaviour in social-ecological systems against which to test systems dynamical theory, and drawing better lessons from history. Alongside these is the need to find more appropriate ways to communicate complex systems, risk and uncertainty to the public and to policy-makers.
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Dearing.pdf
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Published date: 2012
Organisations:
Agents, Interactions & Complexity
Identifiers
Local EPrints ID: 273225
URI: http://eprints.soton.ac.uk/id/eprint/273225
ISSN: 1432-1009
PURE UUID: f591d831-77e8-406e-b4c6-f4062b4b9d10
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Date deposited: 20 Feb 2012 18:32
Last modified: 14 Mar 2024 10:22
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Contributors
Author:
John Dearing
Author:
Robert Costanza
Author:
Terry Dawson
Author:
Mary Edwards
Author:
Guy Poppy
Author:
Graham Smith
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