Term

Definition 

Application 

Example 

Autopoiesis

The self-organizing and self-maintaining nature of systems. 

Explore how the fashion system can become more self-sufficient and resilient by developing local production networks, fostering circular material flows, and empowering local communities. 

Example: A network of independent designers and craftspeople collaborating to create a sustainable and self-sustaining fashion ecosystem.

Complex Adaptive Systems

Systems characterized by constant change, non-linearity, and unpredictable behavior. 

Acknowledge the dynamic and unpredictable nature of the fashion system. Encourage flexibility, adaptability, and a willingness to learn and adjust strategies in response to changing conditions (e.g., consumer preferences, environmental regulations, technological advancements). 

Example: Developing a "living" sustainability strategy that is constantly reviewed, evaluated, and adapted based on feedback and emerging trends.

Nested Systems

Recognizing that the fashion system is embedded within larger social, economic, and environmental systems. 

Consider the broader impacts of fashion decisions on the environment, society, and the economy. Encourage collaboration and integration with other sectors (e.g., agriculture, technology, policy) to create more sustainable and just outcomes.

Example: Integrating sustainable fashion practices with local food systems to reduce environmental impact and support local communities.

Co-evolution

How the fashion system and its environment (social, economic, ecological) constantly influence and shape each other. 

Emphasizes the need for ongoing adaptation and co-creation between all stakeholders, including designers, consumers, suppliers, and policymakers. 

Example: Exploring how consumer demands for sustainability can drive innovation in textile production and circularity models.

Homeostasis

The tendency of systems to maintain a stable internal environment despite external disturbances. 

Analyze how the fashion system can maintain a balance between economic growth, social equity, and environmental sustainability.

Example:  Developing robust and resilient supply chains that can withstand disruptions (e.g., pandemics, climate change) while maintaining ethical and sustainable practices.

Path dependence

The idea that past decisions and events can significantly influence future possibilities and constrain the range of available options. The idea that past decisions and events can significantly influence future possibilities and constrain the range of available options. 

Recognize the historical and structural factors that have shaped the current fashion system and how these factors might limit or enable sustainable transitions. 

Example: Understanding how the historical dominance of fast fashion has created challenges for the development of more sustainable alternatives.

Focus

The spontaneous emergence of order and structure within a system without external control or direction. 

Application: Encourage decentralized and collaborative approaches to sustainability, such as peer-to-peer networks for textile sharing or community-based initiatives for clothing repair and upcycling. 

Example: Supporting the growth of a vibrant "maker movement" within the fashion industry, where individuals and communities can create and share knowledge and resources.

Leverage Points

Identifying points within a system where small interventions can have a significant and disproportionate impact. 

Application: Prioritize efforts and resources on the most impactful interventions for driving systemic change towards sustainability.

Example: Focusing on policy changes that incentivize sustainable production practices, such as carbon taxes or extended producer responsibility programs.