Course:SUST205/2025WT2/Critiques/Group2
Most Preferred System - Doughnut Economy
Our group project chose the Doughnut Economy as our most preferred alternative system because it offers a clear, compelling and scientifically grounded framework for rethinking economic success. Developed by Kate Raworth, the model focuses on meeting everyone’s needs while staying within the nine planetary boundaries. This balance between social foundations and ecological ceilings is what makes the Doughnut stand out. It is not simply another sustainability model; it is a holistic vision that integrates environmental science, social justice, and economic transformation into a single, accessible framework. Its visual makes it easy to comprehend, yet its conceptual depth allows it to guide meaningful policy discussions. In a world where sustainability conversations often feel abstract or overly technical, the Doughnut provides a structure that is both intuitive and actionable.
One of the main reasons we ranked the Doughnut Economy highest is its ability to challenge the dominance of GDP as the primary measure of national success. Traditional GDP metrics divide countries into “developed” and “developing” without considering wellbeing, equity, or environmental health. The Doughnut model directly confronts this limitation by integrating social and ecological indicators into its core design. It reframes prosperity as the ability to thrive within limits, not the ability to endlessly expand. This shift is essential in the context of climate change, biodiversity loss, and widening inequality. The model’s grounding in planetary boundaries gives it scientific credibility, while its emphasis on social foundations ensures that human wellbeing remains central. This dual focus is rare in economic frameworks, which often prioritize one dimension at the expense of the other.
Another reason for our ranking is the model’s flexibility. The Doughnut acts as a compass rather than a strict blueprint, establishing goals without prescribing a single path to achieve them. This adaptability allows different countries, cities, and communities to interpret and apply the framework according to their own contexts. Amsterdam’s adoption of the Doughnut during its COVID-19 recovery is a strong example of how the model can guide real policy decisions. The city used it to shape more inclusive and environmentally conscious strategies, demonstrating that the Doughnut is not just theoretical but can be implemented pragmatically at the municipal level. Its alignment with global initiatives such as the United Nations Sustainable Development Goals and the Paris Agreement further strengthens its relevance and potential impact.
However, our ranking also acknowledges the challenges the Doughnut faces. The current global economy is deeply rooted in a GDP-growth mindset, and powerful institutions may resist any framework that threatens established economic interests. Critics also argue that the Doughnut oversimplifies complex economic systems, and that it lacks detailed tools for implementation. These weaknesses do not diminish its value, but they highlight the need for continued development, clearer metrics, and stronger political will.
Based on our analysis, two key questions emerge. First, how can governments transition from GDP-centered policymaking to a Doughnut-aligned approach without causing economic instability or political backlash? Second, what mechanisms are needed to ensure that cities and nations adopting the Doughnut avoid “doughnut-washing,” where the model is used for branding rather than genuine structural change?
Despite these challenges, the Doughnut Economy remains our most preferred system because it offers a hopeful, realistic, and scientifically informed vision for the future. It invites us to rethink prosperity not as endless growth, but as the ability to live well within the limits of our planet.
Least Preferred System - Circular Economy
The circular economy is an economic model designed to replace the traditional “take-make-waste” model with one that emphasizes reuse, repair, and recycling. This can be accomplished by creating systems to repair and refurbish goods, as well as establishing closed-loop supply chains that allow materials to be reintegrated into new products. At first glance, this approach appears ideal, aiming to minimize waste, conserve resources, and reduce it to a slim minimum. While this model aligns with our vision of sustainability, it is the least preferred alternative system for our group due to structural limitations that make it an insufficient solution to economic and environmental challenges.
One of the system's biggest weaknesses is its emphasis and reliance on recycling. This fails to recognize how recycling is a limited process, as most items cannot be recycled indefinitely without degradation. Additionally, the logistics of collection, sorting, and processing are costly and energy-intensive. Let’s use one of the examples Group 5 provided in their video: ReBird (Arcteryx Reused Gear Initiative). The program encourages customers to return used gear for repair, repurposing, or resale. While the concept of extending clothing's lifespan and reducing waste is positive, there are still limitations that highlight the boundaries of circular systems. For customers to trade in their gear through ReBird, the items must be in good condition, and the information on the tags must still be legible. This means that not all used products are eligible for reuse within the program, illustrating how many reuse and recycling initiatives depend on the product remaining in somewhat quality condition. In reality, a large portion of consumer goods becomes too damaged, degraded, and outdated to be reused effectively.
Another limitation of the circular economy model is its focus on system structures rather than on the deeper issue of mental modes within the iceberg model. While it does work to address the flow of goods through production and consumption cycles, it does nothing to recognize or target the psychological and cultural drivers of overconsumption. These underlying beliefs, such as convenience culture and the need for constant economic growth, remained unchallenged in the circular economy model. This economic model then becomes risky because it addresses only the surface level, optimizing current patterns rather than actually changing them. With this emphasis on systems and structures, there is potential for industries to rely more on greenwashing, seemingly promoting a circular model of sustainability, while continuing to maintain high consumption levels and growth-oriented business models. With this, the circular economy could unintentionally and continuously reinforce a consumerist mindset, thereby limiting its intention to create meaningful environmental and economic change.
From this, the two questions I am left with are: How would the circular economy model address the deeper economic issue of continuous growth and consumerism, especially when it currently seems centered on changing the structure rather than the system of cultural norms? What does the circular economy plan to do with items that have deteriorated beyond recyclable repair?