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In this stage, garments are broken down and fibers are reclaimed to create new products. Environmental impacts can range from reduced resource extraction to the energy consumed and potential emissions from recycling processes.

This final stage deals with what happens to the garment after it is no longer useful or desired. It can include landfill, incineration, or recycling, leading to potential resource recovery or further environmental harm.

This stage involves extending the life of a garment through mending or repurposing. The environmental benefits can include reduced waste and decreased demand for new resources.

This stage includes consumers' use of the garment, washing, and repair. Environmental impacts involve water and energy usage during washing and potential microfiber pollution.

This stage involves sketching, material selection, and prototyping. The environmental impacts include the resources consumed for creating prototypes and the potential waste generated during the material selection process.

This stage focuses on extracting or growing fibers like cotton, wool, or synthetic materials. Environmental impacts can include pesticide use, land degradation, and water consumption.

At this stage, garments are transported to stores or sold online. Significant environmental impacts include emissions from transportation and packaging waste.