Article

A Practical Approach to Developing and Using Online Games for Transdisciplinary Research into Complex Social-Ecological Systems

Details

Citation

Valero DE, McKeon CR, Bussière L, Corniani N, Colmenarez YC, Hodgson I, Mangan R, Polanczyk R, Tinsley M & Bunnefeld N (2025) A Practical Approach to Developing and Using Online Games for Transdisciplinary Research into Complex Social-Ecological Systems. Society & Natural Resources, 38 (5), pp. 516-539. https://doi.org/10.1080/08941920.2025.2456938

Abstract
Research games provide a promising avenue for studying social-ecological systems because they can capture complexity and reflect multiple stakeholders’ perspectives. However, there are few methodological studies on the design, validation and implementation of research games. This paper focuses on the development and implementation of an online multi-player game representing the social-ecological system underlying farmers’ decision-making. We detail three key aspects of spatially explicit game development: design, validation and game sessions. Our approach provides new integration of social science ecology and practice knowledge using informed-design elements, and demonstrates mediated fieldwork with community mobilizers and personal smartphones. We also provide practical suggestions for scaling-up games to increase the number and diversity of participants and the spatial scale of social-ecological research.

Keywords
Co-design; game methods; research games; land management; pest resistance

Journal
Society & Natural Resources: Volume 38, Issue 5

StatusPublished
Publication date31/05/2025
Publication date online31/01/2025
Date accepted by journal11/12/2024
URLhttp://hdl.handle.net/1893/37342
PublisherInforma UK Limited
ISSN0894-1920
eISSN1521-0723

People (3)

Professor Nils Bunnefeld

Professor Nils Bunnefeld

Professor, Biological and Environmental Sciences

Dr Isla Hodgson

Dr Isla Hodgson

Research Fellow, Biological and Environmental Sciences

Professor Matthew Tinsley

Professor Matthew Tinsley

Professor, Biological and Environmental Sciences

Projects (2)

Enhancing Diversity to Overcome Resistance Evolution
PI:

ConFooBio
PI:

Files (1)