Social tipping points and Earth systems dynamics

Recently, Early Warning Signals (EWS) have been developed to predict tipping points in Earth Systems. This discussion highlights the potential to apply EWS to human social and economic systems, which may also undergo similar critical transitions. Social tipping points are particularly difficult to p...

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Main Authors: R. Alexander eBentley, Eleanor J. Maddison, P. Helen Ranner, John eBissell, Camila C.D.S. Caiado, Pojanath eBhatanacharoen, Timothy eClark, Marc eBotha, Folarin eAkinbami, Matthew eHollow, Ranald eMichie, Brian eHuntley, Sarah E. Curtis, Philip eGarnett
Format: Article
Language:English
Published: Frontiers Media S.A. 2014-08-01
Series:Frontiers in Environmental Science
Subjects:
Online Access:http://journal.frontiersin.org/Journal/10.3389/fenvs.2014.00035/full
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spelling doaj-240f423c858943f89fe5b3d90707c7692020-11-24T23:55:57ZengFrontiers Media S.A.Frontiers in Environmental Science2296-665X2014-08-01210.3389/fenvs.2014.00035102222Social tipping points and Earth systems dynamicsR. Alexander eBentley0Eleanor J. Maddison1P. Helen Ranner2John eBissell3Camila C.D.S. Caiado4Pojanath eBhatanacharoen5Timothy eClark6Marc eBotha7Folarin eAkinbami8Matthew eHollow9Ranald eMichie10Brian eHuntley11Sarah E. Curtis12Philip eGarnett13University of BristolDurham UniversityDurham UniversityDurham UniversityDurham UniversityDurham UniversityDurham UniversityDurham UniversityDurham UniversityDurham UniversityDurham UniversityDurham UniversityDurham UniversityUniversity of YorkRecently, Early Warning Signals (EWS) have been developed to predict tipping points in Earth Systems. This discussion highlights the potential to apply EWS to human social and economic systems, which may also undergo similar critical transitions. Social tipping points are particularly difficult to predict, however, and the current formulation of EWS, based on a physical system analogy, may be insufficient. As an alternative set of EWS for social systems, we join with other authors encouraging a focus on heterogeneity, connectivity through social networks and individual thresholds to change.http://journal.frontiersin.org/Journal/10.3389/fenvs.2014.00035/fullPaleoecologyPaleoclimatologySocial collapseecological breakdownresearch synergies
collection DOAJ
language English
format Article
sources DOAJ
author R. Alexander eBentley
Eleanor J. Maddison
P. Helen Ranner
John eBissell
Camila C.D.S. Caiado
Pojanath eBhatanacharoen
Timothy eClark
Marc eBotha
Folarin eAkinbami
Matthew eHollow
Ranald eMichie
Brian eHuntley
Sarah E. Curtis
Philip eGarnett
spellingShingle R. Alexander eBentley
Eleanor J. Maddison
P. Helen Ranner
John eBissell
Camila C.D.S. Caiado
Pojanath eBhatanacharoen
Timothy eClark
Marc eBotha
Folarin eAkinbami
Matthew eHollow
Ranald eMichie
Brian eHuntley
Sarah E. Curtis
Philip eGarnett
Social tipping points and Earth systems dynamics
Frontiers in Environmental Science
Paleoecology
Paleoclimatology
Social collapse
ecological breakdown
research synergies
author_facet R. Alexander eBentley
Eleanor J. Maddison
P. Helen Ranner
John eBissell
Camila C.D.S. Caiado
Pojanath eBhatanacharoen
Timothy eClark
Marc eBotha
Folarin eAkinbami
Matthew eHollow
Ranald eMichie
Brian eHuntley
Sarah E. Curtis
Philip eGarnett
author_sort R. Alexander eBentley
title Social tipping points and Earth systems dynamics
title_short Social tipping points and Earth systems dynamics
title_full Social tipping points and Earth systems dynamics
title_fullStr Social tipping points and Earth systems dynamics
title_full_unstemmed Social tipping points and Earth systems dynamics
title_sort social tipping points and earth systems dynamics
publisher Frontiers Media S.A.
series Frontiers in Environmental Science
issn 2296-665X
publishDate 2014-08-01
description Recently, Early Warning Signals (EWS) have been developed to predict tipping points in Earth Systems. This discussion highlights the potential to apply EWS to human social and economic systems, which may also undergo similar critical transitions. Social tipping points are particularly difficult to predict, however, and the current formulation of EWS, based on a physical system analogy, may be insufficient. As an alternative set of EWS for social systems, we join with other authors encouraging a focus on heterogeneity, connectivity through social networks and individual thresholds to change.
topic Paleoecology
Paleoclimatology
Social collapse
ecological breakdown
research synergies
url http://journal.frontiersin.org/Journal/10.3389/fenvs.2014.00035/full
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