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Fast Fashion Footprint: An Online Tool to Measure Environmental Impact and Raise Consumer Awareness
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This study developed a web-based calculator to estimate individual carbon and plastic footprints from fast fashion consumption patterns, incorporating laundry habits, garment disposal, and geographic transport logistics in Milan. Testing with over 360 users revealed high variability in environmental impacts, with online shopping, private vehicle use, and improper disposal as significant contributors to microfiber plastic pollution.
Fast fashion is a rapidly expanding sector characterized by high production volumes, low costs, and short product lifecycles. While recent efforts have focused on improving sustainability within supply chains, consumer behavior remains a critical yet underexplored driver of environmental impacts. This study presents a web-based calculator tool designed to estimate both the carbon and plastic footprints associated with individual fast fashion consumption, with a particular focus on shopping behaviors, garment disposal, and laundry habits. Adopting a geographical perspective, the analysis explicitly considers the spatial dynamics of consumption and logistics within the urban context of Milan (Italy), a dense metropolitan area representative of high fashion activity and mobility. By incorporating user-reported travel patterns, logistics routes, and localized emission factors, the tool links consumer habits to place-specific environmental impacts. By involving over 360 users, the tool not only quantifies emissions and plastic waste (including microfibers) but also serves an educational function, raising awareness about the hidden consequences of fashion-related choices. Results reveal high variability in environmental impacts depending on user profiles and behaviors, with online shopping, frequent use of private vehicles, and improper garment disposal contributing significantly to emissions and plastic pollution. Our findings highlight the importance of integrating consumer-focused educational tools into broader sustainability strategies. The tool’s dual function as both calculator and awareness-raising platform suggests its potential value for educational and policy initiatives aimed at promoting more sustainable fashion consumption patterns.
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Factors Influencing Consumers' Intention to Avoid Fast Fashion: A Comparative Study of Milan and Shanghai
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Fast fashion is a significant source of microplastic pollution because synthetic clothing fibers shed during washing and enter waterways. This cross-cultural study compared what drives consumers in Milan and Shanghai to avoid plastic-based fast fashion, finding that personal attitudes and environmental concern are powerful motivators in both cities — but with different emphases: attitude toward behavior was stronger in Shanghai while value-based environmental concern was more influential in Milan. The results suggest that reducing clothing-related microplastic pollution requires culturally tailored messaging rather than a one-size-fits-all approach.
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This study evaluated the use of a non-formal education app to raise awareness about the fashion industry's environmental impact, including microplastic pollution from synthetic textiles. Teaching people about fast fashion's role in microplastic pollution is an important step toward reducing plastic fiber emissions.
Transformation Toward Slow Fashion: A Literature Synthesis on the Ecological and Social Impacts of Fast Fashion
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This review synthesized literature from 2014 to 2024 on the ecological and social impacts of fast fashion, finding that the industry contributes up to 10% of global carbon emissions, generates significant microplastic and textile waste, consumes large water volumes, and is linked to labor exploitation — while identifying slow fashion as a viable sustainable alternative.
Global Fast Fashion Industry: Present Opportunities and Future Challenges for Sustainability
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This study explores the environmental and social implications of fast fashion, finding the industry emits 8-10% of global CO2 and releases significant quantities of microplastics into waterways through synthetic textile production and washing. The authors argue that systemic changes in policy, business practices, and consumer behavior are required alongside technological innovation for true sustainability.
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