Course:SUST205/2025WT2/Critiques/Group5
The dominant capitalist system has prioritized continuous economic growth at unstable rates that lead to harmful extractive practices which harm the health of our environment. While this approach has generated economic development and wealth for a few, the need for an alternative system becomes more pressing as the world faces loss of biodiversity and habitat at unprecedented rates and irregular and extreme natural disasters. Among these alternatives, the steady-state and degrowth economies offer different approaches to addressing the environmental and social challenges associated with perpetual growth. Both systems question the assumption that economies must continuously expand and instead emphasize the importance of respecting planetary boundaries. However, they differ in how they propose societies move away from growth-centered economic structures. In this paper, we will examine both models and explain why our group views the steady-state economy as the more practical and balanced path toward sustainability, while identifying key concerns associated with the degrowth system.
After reviewing the different approaches, we found that the steady-state economy aligned most closely with our views on sustainability and long-term stability. The steady state economy model operates with low constant stocks of resources and stable flows to production and consumption. By limiting the throughput of resources to what ecosystems can sustainably provide, the model prevents excessive production and consumption from occurring. This ensures that resource extraction and waste generation remain with ecological capacity while still promoting sustainable harvesting practice and responsible waste management. This system targets consumerism and overconsumption at the source. People have the natural tendency to want goods they see even though they may not necessarily need it and purchase more than they actually need. Unfortunately, we do not think about the environmental impact our activity causes and contributes to a society where purchase is power. By producing and consuming at ethical rates, products are only being produced when they are needed, not just when they are wanted.
While each alternative system has its strengths and weaknesses, our group decided that the degrowth economy was our least favourite. A degrowth economy challenges the idea that constant GDP growth is necessary for success. Instead, it promotes an “economy of enough,” where production and consumption are reduced to stay within ecological limits. It emphasizes wealth redistribution, community management of resources, reduced advertising, and shifting cultural values away from consumerism and toward sufficiency and collective well-being.
This model directly addresses one of the most pressing issues in modern society, the overshooting of ecological boundaries, which is caused by overproduction and overconsumption. Degrowth argues that endless expansion on a finite planet drives climate change, biodiversity loss, and inequality. By scaling down resource use and focusing on just meeting needs rather than wants, the system aims to reduce environmental harm while promoting social equity. Unlike traditional growth-based models, degrowth does not aim to expand markets or increase productivity over time. Instead, it intentionally slows economic activity in high-income countries. While this may reduce environmental pressure, it also involves significant challenges. Modern economies rely on growth to create jobs and generate tax revenue. Without growth, unemployment could rise, and public services such as healthcare and education could face funding shortages unless major structural changes are implemented.
A major weakness of degrowth lies in translating academic theory into practical, enforceable policy. While the concept is well developed in academic literature, there is often a lack of clear, easy, step-by-step frameworks for governments to follow. There are questions remaining about how to restructure tax systems, maintain social stability during transition, coordinate globally, and protect vulnerable populations. Without well-defined policy plans, degrowth risks remain an important critique of current economic structures, but not a clearly implementable policy.
Contrary to the traditional growth models, the steady-state model restricts the production of goods to the amount that is needed. While this may limit large economic growth in some scenarios, it more importantly protects ecological health. Additional strengths of this model are its ability to adapt to sustainable goals and its compatibility with circular economies. The steady state economy limits production to the Earth’s ecological capacity, discouraging extractive practices while still allowing economic activity and profit generation. This system, allowing for production and consumption at sustainable levels, can operate for the long term without requiring drastic changes to the system. This system simply calls for a change in our mindsets.
This system stands out to us because of its strong compatibility with our circular economy model. The steady state economy focuses on reducing resource extraction in the production of goods. When circular economy practices such as reuse, repair, and recycling are incorporated, the need for new resource extraction is further reduced as materials remain in circulation for longer.
A steady state economy is our preferred economic model because it seeks long-term ecological balance while maintaining social and economic stability. In a steady state system, economic activity operates within ecological limits by stabilizing population levels, resource consumption, and waste production. This approach recognizes that the planet has finite resources and that continuous expansion is incompatible with environmental sustainability. Rather than focusing on constant economic growth, the steady state economy prioritizes efficiency, durability of goods, fair distribution of wealth, and the preservation of natural capital. This model encourages societies to maintain a high quality of life while respecting planetary boundaries, making it a pragmatic and balanced approach to sustainability.
In contrast, the degrowth economy proposes a deliberate reduction of economic production and consumption, particularly in wealthy nations, to reduce environmental pressures and redistribute resources more equitably. While the goals of degrowth, such as reducing ecological impact and consumerism, are valuable, the model raises concerns regarding economic stability and social acceptance. Rapid or large-scale reductions in production could lead to unemployment, decreased government revenues, and disruptions. Intentionally shrinking economic activity may be politically and socially difficult to implement, considering modern societies, relying heavily on economic growth. If we compare both alternatives, a steady state economy offers a more moderate and easier pathway toward sustainability. It does not require a sharp contraction of the economy but instead focuses on stabilizing it within ecological limits. By balancing environmental protection with economic stability, the steady-state model presents a more realistic framework for achieving long-term sustainable development.
The steady-state economy has many benefits, such as environmental protection and the reduction of waste and pollution in all communities. But there are some practical questions we must answer. Firstly, how will we create the necessary fundamental shift towards a steady-state economy? One of the issues is that the steady-state system completely overrides the current growth-economy system. In order to implement the steady-state economy, it would mean widespread, systematic change, affecting many people and markets. Given the current political climate, human nature, and the value of the current economic system, it seems like an impossible task to switch to the steady-state system.
The second question is about how we could maintain the system if it were to be in place. How can governments maintain employment and tax revenue in an economy where production and consumption are no longer expanding? The current system uses tax revenue to fund healthcare, infrastructure, education, and defence, but how can we continue to afford to pay and upgrade these systems if there is limited economic growth? Additionally, employment in many industries is largely based on growing production and consumption. Clarifying how jobs and government revenues would be maintained would help assess whether a steady-state economy could provide environmental sustainability and economic sustainability.
Exploring alternative economic systems highlights the growing need to rethink the current dominant economic system, which pursues unlimited growth and encourages short-term profit. The capitalist system promotes consumerism, extraction, and environmental degradation, proving the importance of considering new approaches that operate within the set physical ecological limits of nature. Both degrowth and steady-state economies recognize that there are physical limits to economic expansion and seek to prioritize the well-being of both people and the planet. However, a degrowth economy aims for deliberate reduction in economic production and consumption and does not account for an increase in unemployment rate, disruptions to social systems that currently depend on economic activity, or decreased government revenues. Whereas the steady-state economy provides a more balanced and practical pathway by maintaining stable economic activity while respecting planetary boundaries. By moving the focus from continuous growth toward sustainability, efficiency, and long-term well-being, a steady-state economy offers a viable framework for creating a more environmentally responsible and socially stable future.
References
Degrowth. (2022). Degrowth. Degrowth. https://degrowth.info/degrowth
Stallworthy, B. (2024, October 14). Balancing Act: How the Steady-State Economy Seeks Equilibrium. Population Matters. https://populationmatters.org/news/2024/10/balancing-act-how-the-steady-state-economy-seeks-equilibrium/