Key research themes
1. How can ecological knowledge and living systems principles be effectively integrated into regenerative design and development for the built environment?
This theme investigates methods and theoretical frameworks that incorporate ecological and living systems science into regenerative development and design, specifically applied to the built environment. It matters because the built environment significantly impacts ecological systems, and integrating living systems thinking can transform urban and architectural practices from sustainability toward regeneration, enabling healing and thriving ecosystems at multiple scales.
2. In what ways does regenerative development theory extend and critique conventional sustainability paradigms, and how can it guide transformational social-ecological outcomes?
This research area examines the conceptual evolution from traditional sustainability models—which often focus on minimizing harm and incremental improvements—toward regenerative paradigms emphasizing holistic worldviews, thriving living systems, inner-outer dimensions, and social-ecological justice. Understanding this shift is critical for academic and practical frameworks aiming to address planetary crises holistically and inspire transformational change beyond sustainability.
3. What are the developmental and cellular mechanisms underlying regeneration, and how do intermediate phases shape regenerative capacity across life forms?
This theme focuses on biological and mechanistic understandings of regeneration, emphasizing the discrete intermediate developmental phases that tissues and organisms traverse during regeneration. Understanding these phases, molecular mediators, and cellular behaviors is essential for advancing regenerative medicine, developmental biology, and translating insights toward clinical therapies. It draws attention to conserved and divergent mechanisms across taxa and their roles in self-organization and patterning during regeneration.