From resistance to transformation – The journey to develop a framework to explore the transformative potential of environmental resistance practices

Abstract

Standing in front of perhaps the most crucial decade of the future to come, when mankind has just experienced three years of global pandemic, a raging war, extreme climate events and mass extinction of animals and plants, we have arrived at a crossroads. Decisions must be made on whether we charge at full speed to explore alternative social-ecological systems that lead to human well-being and regeneration of nature; or continue down a pathway built on resource extraction, unsustainable and unethical urbanization and destruction of nature and lives. Recently, as countries seek to recover from the pandemic, many are contemplating large-scale infrastructure schemes and projects, which have been tried and proven means to drive extraction-based economic growth. This highlights the importance of environmental justice and resistance – an area from which voices are not often heard loud enough, yet offers fertile ground where radical, sustainable alternatives may emerge among people and communities that refuse to comply with the unjust development imposed on them. Our work seeks to contribute to research studying the potential of such phenomena, by designing a framework to capture key organizational, political and ethical features that make resistance a transformative practice. The outcome of this effort is a Resistance-Based Transformative Alternative (ReBasTA) Framework, which can be employed to inform both desktop-based data collection and analysis on resistance practices, as well as in-depth field research on deep drivers and leverage points for transformation. Moreover, the framework makes longitude study of transformative practice possible, by using a consistent set of criteria. This paper introduces the conceptual and methodological approach underlying our framework and the collaborative process employed in designing it and its key criteria. In the final section, we also discuss possible applications, with particular reference to resistance movements triggered by large-scale infrastructures.