Putting relational thinking to work in sustainability science – reply to Raymond et al.

We welcome Raymond et al.’s invitation to further discuss the ‘pragmatics’ of relational thinking in sustainability science. We clarify that relational approaches provide distinct theoretical and methodological resources that may be adopted on their own, or used to enrich other approaches, including...

Full description

Bibliographic Details
Main Authors: Simon West, L. Jamila Haider, Sanna Stålhammar, Stephen Woroniecki
Format: Article
Language:English
Published: Taylor & Francis Group 2021-01-01
Series:Ecosystems and People
Subjects:
Online Access:http://dx.doi.org/10.1080/26395916.2021.1898477
_version_ 1818966829307002880
author Simon West
L. Jamila Haider
Sanna Stålhammar
Stephen Woroniecki
author_facet Simon West
L. Jamila Haider
Sanna Stålhammar
Stephen Woroniecki
author_sort Simon West
collection DOAJ
description We welcome Raymond et al.’s invitation to further discuss the ‘pragmatics’ of relational thinking in sustainability science. We clarify that relational approaches provide distinct theoretical and methodological resources that may be adopted on their own, or used to enrich other approaches, including systems research. We situate Raymond et al.’s characterization of relational thinking in a broader landscape of differing approaches to mobilizing ‘relationality’ in sustainability science. A key contribution of relational thinking in the process-relational, pragmatist and post-structural traditions is the focus on the generation and use of concepts. This focus is proving methodologically useful for sustainability scientists. We caution against viewing the generation of concepts purely in terms of ‘applying the knife’ to ‘divide components.’ Relational thinking offers alternatives more congruent with complexity: away from an ‘external’ actor cutting away at the world with an ‘either/or’ logic, towards an ‘immersed’ actor contributing generatively within it using a ‘both/and not only’ logic. The pragmatics of relational thinking will vary according to purposes. We describe two possible pathways for using relational thinking in research practice – (i) working forwards from relations, and (ii) working backwards from existing concepts – and discuss how relational thinking can contribute to complexity-oriented visions of ‘solutions-oriented sustainability science.’
first_indexed 2024-12-20T13:39:07Z
format Article
id doaj.art-8dc8daa162a041149f30654724656d6d
institution Directory Open Access Journal
issn 2639-5916
language English
last_indexed 2024-12-20T13:39:07Z
publishDate 2021-01-01
publisher Taylor & Francis Group
record_format Article
series Ecosystems and People
spelling doaj.art-8dc8daa162a041149f30654724656d6d2022-12-21T19:38:51ZengTaylor & Francis GroupEcosystems and People2639-59162021-01-0117110811310.1080/26395916.2021.18984771898477Putting relational thinking to work in sustainability science – reply to Raymond et al.Simon West0L. Jamila Haider1Sanna Stålhammar2Stephen Woroniecki3Stockholm UniversityStockholm UniversityLund UniversityLinköping UniversityWe welcome Raymond et al.’s invitation to further discuss the ‘pragmatics’ of relational thinking in sustainability science. We clarify that relational approaches provide distinct theoretical and methodological resources that may be adopted on their own, or used to enrich other approaches, including systems research. We situate Raymond et al.’s characterization of relational thinking in a broader landscape of differing approaches to mobilizing ‘relationality’ in sustainability science. A key contribution of relational thinking in the process-relational, pragmatist and post-structural traditions is the focus on the generation and use of concepts. This focus is proving methodologically useful for sustainability scientists. We caution against viewing the generation of concepts purely in terms of ‘applying the knife’ to ‘divide components.’ Relational thinking offers alternatives more congruent with complexity: away from an ‘external’ actor cutting away at the world with an ‘either/or’ logic, towards an ‘immersed’ actor contributing generatively within it using a ‘both/and not only’ logic. The pragmatics of relational thinking will vary according to purposes. We describe two possible pathways for using relational thinking in research practice – (i) working forwards from relations, and (ii) working backwards from existing concepts – and discuss how relational thinking can contribute to complexity-oriented visions of ‘solutions-oriented sustainability science.’http://dx.doi.org/10.1080/26395916.2021.1898477maraja riechers and alexander van oudenhoven
spellingShingle Simon West
L. Jamila Haider
Sanna Stålhammar
Stephen Woroniecki
Putting relational thinking to work in sustainability science – reply to Raymond et al.
Ecosystems and People
maraja riechers and alexander van oudenhoven
title Putting relational thinking to work in sustainability science – reply to Raymond et al.
title_full Putting relational thinking to work in sustainability science – reply to Raymond et al.
title_fullStr Putting relational thinking to work in sustainability science – reply to Raymond et al.
title_full_unstemmed Putting relational thinking to work in sustainability science – reply to Raymond et al.
title_short Putting relational thinking to work in sustainability science – reply to Raymond et al.
title_sort putting relational thinking to work in sustainability science reply to raymond et al
topic maraja riechers and alexander van oudenhoven
url http://dx.doi.org/10.1080/26395916.2021.1898477
work_keys_str_mv AT simonwest puttingrelationalthinkingtoworkinsustainabilitysciencereplytoraymondetal
AT ljamilahaider puttingrelationalthinkingtoworkinsustainabilitysciencereplytoraymondetal
AT sannastalhammar puttingrelationalthinkingtoworkinsustainabilitysciencereplytoraymondetal
AT stephenworoniecki puttingrelationalthinkingtoworkinsustainabilitysciencereplytoraymondetal