Middle-class responses to climate change: An analysis of the ecological habitus of tech workers

Author:

Dorschel Robert1ORCID

Affiliation:

1. Tilburg University, The Netherlands

Abstract

The question of how the digital economy responds to ecological issues has gained salience in recent years. So far, though, social scientists have primarily taken interest in the ecological positionings of tech entrepreneurs. Little attention has been paid to the middle-class fraction of ‘tech workers’ who are responsible for programming, designing, and managing the digital technologies that reconfigure socio-material relations. Based on 52 interviews with data scientists and user experience designers, the article analyzes the ecological habitus of this new professional segment. Four central ecological schemas are identified: (1) managing limited resources, (2) critical techno-optimism, (3) academic concern, and (4) lifestyle struggles. Simultaneously, the article discusses how these four schemas relate to the different forms of capital held by tech workers. This mapping of the ecological habitus of tech workers shows how social relationships with nature are underpinned by class positions. The article thus pursues dual aims, contributing to research on green capitalism as well as to debates on how the middle class relates to climate change.

Funder

Foundation of the German Economy

University of Cambridge

Publisher

SAGE Publications

Subject

Sociology and Political Science

Reference60 articles.

1. Fragmentierte Arbeit, verallgemeinerter Konflikt: Alltägliche Auseinandersetzungen in der Plattformarbeit

2. The System of Professions

3. Baca MC, Greene J (2019) Amazon, Google, other tech employees protest in support of climate action. Washington Post, 20 September. Available at: https://www.washingtonpost.com/technology/2019/09/20/amazon-google-other-tech-employees-protest-support-climate-action/ (accessed 19 December 2022).

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