by Jennie Moore, Director, Sustainable Development and Environmental Stewardship, British Colombia Institute of Technology
This week, BCIT’s School of Construction and the Environment hosted a living lab design charrette in regenerative design with Bill Reed, principle of Regenesis Group (http://www.regenesisgroup.com/). Regenerative development is the process by which humans play a positive role in stewarding social-ecological co-evolution. Because BCIT’s School of Construction and the Environment is concerned with the natural environment, the built environment, and the relationship between them, we are interested to learn more about how regenerative development processes can play a role in building ecocities, cities that are in balance with nature.
To regenerate is to make new, to regrow and replace what was and to expand the scope of what could be. Regeneration moves past restoration in the pursuit of evolving potential. In ecology, which is the science of relationships among living organisms and their surroundings, regeneration is the recreation of relationships over time such that the whole system, the ecosystem, is reborn. The integrity of an ecosystem is measured by its ability to replicate itself (i.e., to regenerate) over time. Healthy ecosystems have the ability to make themselves whole, overcoming challenges that negatively impact their potential. Therefore, the process of regeneration can be viewed as a process of healing.
Development is the process of evolving, building complexity, or advancing towards a specific end point. Regenerative development, therefore, is a process of renewal that evolves or advances the potential of an organism or system of relationships towards a destination. The destination could include the ecozoic era, in which humanity lives peacefully with other species staying within the ecological carrying capacity of earth.
Regenerative development starts with a focus on being, on paying attention to oneself and one’s impacts. Next, attention is given to the immediate system or organization of which one is a part. This could comprise a family, neighbourhood, business, or city. Considerations include how one’s being, meaning one’s intentions and interactions, impact these larger systems. Attention is then given to the cumulative impacts of both one’s being and the system of which one is a part on the whole world. It is an exploration of unfolding potential and related impacts. In sociology, which is the science of human relationships and functioning, regenerative development explores the process by which cultures and societies create beliefs, values and norms of behavior to structure institutions that advance healing relationships with each other and the world.
These concepts draw heavily from the science of living systems (Miller 1978) and permaculture (Mollison 1988) that also manifest in bioregionalism and inform urban ecology and ecocity building. Regenerative development aligns with ecocity development such that the first informs the process of evolution towards the second which is the destination. Regenerative development involves a process for how to engage oneself and the people in one’s community in evolving towards an ecologically healthy relationship with nature that manifests through life patterns, including the built environment. Ecocity development involves the shaping of the destination, a built environment that enables sustainable and healthy living in balance with nature.
Miller, James Grier. 1978. Living Systems. New York: McGraw Hill.
Mollison, Bill. 1988. Permaculture: A designer’s manual. Tyalgum Australia: Tagari Publications.
British Columbia Institute of Technology School of Construction and the Environment is Lead Sponsor of the International Ecocity Framework and Standards Initiative