Leilani Vella 8/6/26 Leilani Vella 8/6/26

Challenges of Regenerative Systems Design (Part 3 of 4)

When Success Depletes Its Source: How Hidden Costs Accumulate Across an Interconnected System

Part 3 explores how incomplete economic models can reward short-term performance while concealing the long-term costs of ecological degradation, social harm, and systemic risk. Through the example of the 2008 financial crisis, it shows how excluded relationships and delayed feedback allow vulnerabilities to accumulate beneath the appearance of stability. The article argues that extraction can create the scarcity it assumes by weakening the regenerative capacities on which future success depends. Regenerative systems design must therefore measure not only current performance, but also whether the relationships sustaining the system remain healthy, resilient, and capable of renewal.

photo credit: MISC by Joey Bania

Challenges of Regenerative Systems Design (Part 2 of 4)

Invisible Architecture: Understanding How Assumptions Shape What Becomes Possible

Why do economics and ecology often see the same world so differently? The answer lies in the boundaries their models draw. In Part 2 of this series, we explore how assumptions shape what becomes visible, what disappears from view, and why the way we define a system ultimately determines what we measure, optimize, and create. Understanding these boundaries reveals a critical insight: what is excluded from a model does not disappear from reality.

photo credit: BIG SUR by Allie Lehman

Challenges of Regenerative Systems Design (Part 1 of 4)

The Illusion of Separation: How Economics and Ecology Shape the Systems We Build

This first article in the Challenges of Regenerative Systems Design series begins with a simple question: can we agree to examine the assumptions beneath the systems that shape our lives?

Using a comparison of ecological and economic models, it explores how the assumptions embedded within our models shape what we can see, what we can measure, and ultimately what we believe is possible. The article examines why uncertainty is not a failure of complex systems, but a defining characteristic of them. By investigating how model boundaries influence perception, it invites us to question whether the methods we use to understand modern systems are revealing or obscuring the relationships that support long-term human and ecological well-being.

Photo Credit: BY WATER by Daniel Farò