Pathways to real-world impact in sustainability science
Transdisciplinary research approaches driving sustainable futures
Solving today’s sustainability crises—climate change, biodiversity loss, land degradation, among the most urgent—starts by breaking down silos. It requires science that transcends disciplines, sectors, and borders.
Four pathways for progress:
Contextualizing knowledge
Solutions must be tailored to the social, ecological, and political realities of a place. Localized insight increases the likelihood of success, especially in underserved communities.
Navigating complexity
Integrating different knowledge systems helps untangle the layers of sustainability challenges—from historical injustices to future risks.
Empowering transformation
Science can catalyze action when it’s inclusive, participatory, and embedded in real-world systems, enabling marginalized voices to be heard and considered.
Strengthening legitimacy
Building trust with stakeholders ensures research is not only used but sustained over time, fostering long-term commitment to equitable solutions.
Change that prioritizes equity and inclusivity
While interdisciplinary science brings together knowledge from across fields, transdisciplinary approaches go further by including non-academic voices:
Policymakers
Industry stakeholders
Indigenous communities
Local leaders
This inclusive approach is crucial for addressing global inequalities and supporting the poorest and most vulnerable populations. By integrating diverse perspectives, science becomes more responsive to the needs of those most affected by sustainability challenges.
When researchers step beyond disciplinary boundaries, the impact is significant
Scientists working directly with communities to find solutions has enabled transitions to renewable energy, the reimagining of food systems, as well as guiding urban planning to be more climate resilient.
The Ebola Response Anthropology Platform in West Africa and agroecological collaborations between farmers and scientists across East Africa, as described by Shrivastava et al. in their article Science in crisis times: The crucial role of science in sustainability and transformation, demonstrate how transdisciplinary research helps communities adapt and thrive amid environmental stress. Such approaches are particularly effective in addressing the needs of marginalized communities, ensuring that interventions are equitable and inclusive.
Progress toward sustainability transformation depends on science that is integrated, inclusive, and action oriented.
However, adopting this approach broadly faces challenges. Structural barriers—such as disciplinary silos, limited funding for collaborative work, and slow-moving academic systems—can impede progress.
For many researchers, overcoming these obstacles involves rethinking traditional research models, forging partnerships across sectors, and advocating for systems that support transdisciplinary approaches.
While the journey is complex, there is great potential for meaningful impact—particularly in reducing global inequalities and supporting the most vulnerable. Achieving sustainable futures demands research that is not only rigorous but also responsive, inclusive, and capable of driving real-world change.
This commentary is based on Science in crisis times: The crucial role of science in sustainability and transformation, published in PLOS Sustainability and Transformation.
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