By Lily Rockefeller
We often equate progress with growth: producing more, moving faster, and scaling bigger. But nature offers a different model of what it means to grow and thrive. In living systems, growth is not simply about expansion, but about creating the conditions for other life to flourish. What might this teach us about the technologies we are building today, particularly artificial intelligence? Rather than measuring AI’s progress solely by its capabilities or scale, we might ask what it sustains, what it empowers, and what it makes possible for the world around it.
In the sixth episode of The Garrison Institute Presents: The Common Good podcast, host Jonathan F.P. Rose spoke with biologist, author, and Biomimicry Institute co-founder Janine Benyus about nature’s universal patterns of connection and growth. Her insights offer a compelling framework for thinking about how we might build technologies that, like healthy living systems, contribute to the flourishing of the whole.
Benyus helped pioneer the field of biomimicry: the practice of learning from and emulating nature’s strategies to solve human challenges. The premise is both simple and profound: life on Earth has been experimenting for billions of years. Rather than assuming human ingenuity must invent every solution, we can learn from the extraordinary intelligence already present in the natural world.
From the aerodynamic design of humpback whale fins inspiring more efficient wind turbines to the ways ecosystems distribute resources and recover from disruption, nature offers numerous models of resilience, cooperation, and innovation.
One of the most compelling ideas in the conversation is that life does not simply organize itself to survive; rather, in Benyus’s words, “life creates the conditions conducive to life.”
She invites us to look beyond the survival of individual organisms to the larger relationships and processes that sustain life. As Benyus explains, the continuity of life depends on more than the success of any one generation: It requires creating and maintaining the conditions that will allow future generations, and other forms of life, to thrive.
A forest offers a vivid illustration of this principle. It is not merely a collection of individual organisms, but a living system whose vitality depends on the relationships among its many parts and the conditions they collectively sustain.
This principle offers a powerful way to think about artificial intelligence. AI has, in many ways, generative and emergent capacities: It draws on the accumulated contributions of countless people, across generations, to identify patterns and generate new possibilities.
But as we develop technologies capable of increasingly shaping how we live, work, and relate to one another, we might ask a question inspired by nature: What conditions are these technologies creating for the world around them? Are they strengthening the social, ecological, and cultural systems on which human and planetary well-being depend?
Applying Benyus’s principle to AI also invites us to reconsider how we understand growth and progress. In living systems, growth is not simply a matter of becoming bigger or consuming more resources. Ecosystems develop through relationships of exchange, adaptation, and interdependence, with resources continually circulating to sustain the larger whole.
As we enter an era of increasingly powerful AI, perhaps we need a similar shift in thinking: away from growth and scale as ends in themselves, and toward a model of technological development that prioritizes integration, balance, and regeneration. The question is not just how much AI can do, but whether its development helps create the conditions for a healthier, more resilient world.
Ultimately, Benyus invites us to see ourselves not as separate from nature, but as participants in a vast, interdependent community of life. As we develop increasingly powerful technologies, we have an opportunity to apply what nature has been demonstrating for billions of years: that the vitality of a system depends on its ability to create the conditions for life to flourish. The question is whether we are learning to create, as life does, the conditions conducive to life.
Listen to the full episode with Janine Benyus: Nature’s Universal Patterns of Connection and Growth
