Our glossary
The Paris Good Fashion glossary was born following the citizen consultation on responsible fashion carried out in 2020 at the initiative of our association alongside a collective of committed actors*.
It responds to the expectations expressed by more than 107,000 participants, concerning the need for consumer information and the need to use a common language understood by all. Hence, the members of Paris Good Fashion decided to develop this glossary in order to exchange and communicate on the same basis.
Initially published in French, this glossary is now available in English in order to make as many people as possible benefit from this work. It includes about 350 definitions, and is the result of collaborative work with our members**.
- We first defined the main categories and terms to be included. First, we defined the main categories and terms to be included: general terms of fashion and sustainable development, labels and certifications, actors and initiatives, and materials. Another category was established, that of "Basic concepts". It includes the most important generic terms of our sector. These are also often the most complex, as their scope is either very broad or unclear.
_ - Then, we carried out bibliographical research, which allowed us to carry out a state of the art of the existing definitions by basing them on the official and international definitions when they existed.
_ - When they did not exist, the terms were the subject of consultation and in-depth reflection by Sylvie Benard, Clémence Grisel and Isabelle Lefort in order to be enriched and as precise as possible. For each term, you will find the bibliographic references that helped establish its definition.
__ - Following this work which took place from March 2021 to February 2022, the definitions were submitted to the members for correction and validation. Special thanks go to Claudia Lee and Guy Morgan (Chanel), François Souchet (BPCM), and Andrée-Anne Lemieux (IFM) for their careful reading of the translation, coordinated by Clémence Grisel.
If you would like to know more, or have any suggestions, please contact us at contact@parisgoodfashion.com
* Eram Group, Etam Group, Galeries Lafayette, Petit Bateau, Vestiaire Collective, WSN
** They participated in the WG: Chantal Cabantous (Balmain), François Souchet (BPCM), Éric Dupont, Guy Morgan, Claudia Lee (Chanel), Christophe Bocquet and Aude Vergne (Chloé), Sylvain Cariou and Hugo Sereys (Crystalchain), Clémence Hulet and Alice Timmerman (Deloitte), Géraldine Vallejo, Yoann Regent and Annabelle Villot Malka (Kering), Frédéric Lecoq (Lacoste), Hélène Valade and Alexandre Capelli (LVMH), Thomas Bucaille and Pauline Mattioli (Petit Bateau) as well as Léonore Garnier (FHCM), Adeline Dargent (Syndicat de Paris de la Mode Féminine) and Andrée-Anne Lemieux (IFM)
Reference: Camera Nazionale della Moda Italiana
It has drafted audit guidelines and a verification framework for viscose/cellulose producers. It has also obtained the commitment of nine of the ten largest rayon/viscose producers in the world, representing 70% of global production, to end sourcing from ancient and endangered forests. Canopy’s 2021 Hot Button Ranking is the primary fibre sourcing analysis tool for the fashion sector that focuses on forests.
References:
Canopy
Kering Standards
Organic carbon is one of the main components of living organisms. Carbon dioxide is produced through the respiration of animals and plants, which consume oxygen and release carbon dioxide. Green plants take carbon dioxide from the atmosphere and release oxygen into the air in a process called photosynthesis.
References:
IPCC (2018) Glossary
Actu environnement
Reference: IPCC (2018) Glossary
See also: carbon footprint assessment
Reference: Dictionnaire de l'environnement
There are three scopes of greenhouse gas emissions:
• Scope 1 are emissions that come directly from the organisation and its activities
• Scope 2 are indirect emissions related to purchased electricity, heat and/or steam
• Scope 3 are indirect emissions from upstream and downstream sources
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By calculating its carbon footprint assessment, an organisation can:
• Structure its environmental policy
• Identify ways to reduce its energy consumption and global impact
• Evaluate its vulnerability
• Stand out through positive action
• Comply with legislation (when applicable)
• Involve workforce or partners
ISO 14067:2018 specifies requirements and guidelines for the quantification and reporting of the carbon footprint of a product. It enables all types of organisation to calculate their products’ carbon footprint and use this information to reduce it.
References:
Ademe
ABC (2016) Réduire les émissions de gaz à effet de serre tout au long de la chaîne de valeur de votre activité
ISO 14067:2018 - Greenhouse gases
We commonly refer to carbon neutrality when emissions are in fact measured in carbon dioxide equivalents (CO2e). This unit converts any greenhouse gas into the equivalent amount of carbon dioxide with the same global warming potential.
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Carbon neutrality is an ambitious objective that demands two types of action. One is to reduce greenhouse gas emissions at source. The other is to capture and store CO2 in biological and technological sinks. Given the high level of man-made emissions and limited technological and economic capacity to trap and store carbon, the most effective means is to reduce greenhouse gas emissions at source. This implies rapid and radical changes to how we live.
Reference: Ademe (2021) La neutralité carbone
The underlying principle is that greenhouse gas emitted in one place can be offset by the reduction or sequestration of an equivalent amount of greenhouse gas in a different place. This principle of “geographic neutrality” is central to the mechanisms set up under the Kyoto Protocol.
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The French Agency for Ecological Transition (ADEME) recommends the application of ISO 14021 (environmental labels and declarations) which specifies requirements for self-declared environmental claims, including statements, symbols and graphics.
See also: carbon footprint assessment
References:
Ademe
ISO 14021 - Environmental labels and declarations
Forests, oceans and peat bogs are examples of biological sinks. Carbon capture and storage (CCS) technology is an example of a man-made solution.
References:
FranceTerme
Ademe (2021) La neutralité carbone
Reference: Refashion
Cashmere goats are found mainly in Central Asia – Mongolia and Inner Mongolia – where the climate promotes growth of the downy undercoat, although some cashmere is produced in India, Afghanistan and Iran. China currently produces around 75% of the world’s cashmere, primarily through intensive farming.
Increased demand for cashmere has led farmers to significantly extend the size of their herds. The subsequent overgrazing has resulted in large-scale degradation of the fragile pasture ecosystems. In addition to its impact on biodiversity, overgrazing causes soil erosion which in turn generates dust storms. This diminishes air quality and, consequently, the health of the farmers and their families, as well as the quality of the cashmere itself.
Sustainable alternatives exist, such as wool or recycled cashmere. Certifications and initiatives such as Sustainable Cashmere Roundtable, Sustainable Fibre Alliance and The Good Cashmere Standard support the development of responsible production streams.
References:
Kering Standards
Textile Exchange (2022) Preferred Fiber & Materials Report
The Good Goods
In order to comply with articles L132-1 to L132-9 of the French Consumer Code on misleading commercial practices, any claim that a product supports a particular cause must be substantiated.
References:
Centre National des Ressources Textuelles et Lexicales
Paris Good Fashion
Reference: AgFunder
Reference: CETI
Reference: Centre for Sustainable Fashion
Reference: CSCB
Certification can also draw on a reglementary framework. Government and public authorities are consulted but the content of specifications is drafted and reviewed by the certification body.
To summarise, certification refers to verification by an independent third party of a set of requirements defined in consultation with stakeholders.
*In certain sectors of activity, certification bodies must be accredited.
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The French Consumer Code defines certification of a product or service as “the activity by which an organisation that is separate from the manufacturer, importer, seller, service provider or customer attests that a product, a service or a combination thereof is conform to the characteristics set out in certification specifications.”
References:
Article L433-3 of the French Consumer Code
French Commission on Sustainable Development (2011) Rapport d'étape du groupe de travail "Labels entreprises responsables"
The legislator can require that verification be performed by an accredited certification body. This is a body that has been authorised by the national accreditation organisation (for example COFRAC in France or UKAS in the United Kingdom) to deliver one (or several) specific certifications.
See: COFRAC, accreditation
Reference: French Ministry of the Economy, Finance and Industry (2021) Le label public, enjeux, définition et méthodologie
While there is no official definition of a certification mark, there are regulatory frameworks which award certifications independently of those awarded to products and services.
In addition to these government-sponsored initiatives, certification marks can refer to private schemes developed by rating agencies, certification bodies, trade associations, non-profits, NGOs, etc. The organisation that develops and drafts requirements can also be in charge of awarding the mark: a third-party assessment is not obligatory. A wide range of assessment methods are used, from completing a questionnaire to on-site visits and audits.
An independent third-party auditor provides assurance that the mark has been awarded in an objective and impartial manner.
References:
AFNOR, A. Orain (2009) Les labels – Caractéristiques générales – Le label Diversité
French Commission on Sustainable Development (2011) Rapport d'étape du groupe de travail "Labels entreprises responsables"
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Despite its potential, the complexity and cost of chemical recycling currently limit its development.
See: recycling, mechanical recycling, open-loop recycling, closed-loop recycling
Reference: Tissu Premier et Collections (2012) Sur la route du recyclage textile
Under certain conditions, chromium III can oxidise into chromium VI, a known carcinogen. It can irritate the skin and the respiratory system, as well as having negative effects on the reproductive system.
References:
Zero Discharge of Hazardous Chemicals (2019) ZDHC restricted substance list
European Chemicals Agency (2012) Proposal for a restriction
Conseil National du Cuir
Première Vision
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A circular economy encourages innovative approaches to products, services, economic models and public policy. As part of a product-service system (PSS), it advocates news modes of design, production and consumption focused on extended product life, use rather than ownership, reuse and recycling of components and the elimination of toxic products from manufacturing processes. A circular economy decouples economic growth from the consumption of finite resources, borrowing ideas from how natural ecosystems function.
Reference: United States Environmental Protection Agency
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Article one of the United Nations Framework Convention on Climate Change (UNFCCC) defines climate change as “a change of climate which is attributed directly or indirectly to human activity that alters the composition of the global atmosphere and which is in addition to natural climate variability observed over comparable time periods.” The UNFCCC thus distinguishes between climate change resulting from human activity that alters the composition of the atmosphere, and climate variations as a result of natural causes.
References:
IPCC (2018) Glossary
United Nations (1992) United Nations framework convention on climate change
See: recycling, mechanical recycling, chemical recycling, open-loop recycling
Reference: Zero Waste Europe, UNESDA, Natural Mineral Waters Europe, Changing Markets Foundation, and AIJN (2022) Towards a policy framework that enables efficient waste collection, closed loop recycling and access to recycled content
Reference: Cofrac
Reference: Paris Good Fashion
European standards T51-800 and EN 13432 apply respectively to plastic packaging that can be composted in the home and at industrial facilities. ISO 17088 specifies procedures and requirements for plastics suitable for recovery through composting.
See also: OK Compost HOME and OK Compost INDUSTRIAL
Reference: ISO 17088 - Specifications for compostable plastics
Reference: Refashion
Reference: Control Union
• Appendix I: Species threatened with extinction. International commercial trade is generally prohibited.
• Appendix II: Species not necessarily threatened with extinction but may become so unless trade is regulated.
• Appendix III: Species subject to regulation and for which the cooperation of countries is needed to control international trade.
Reference: Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES)
Although cotton plants are relatively heat- and drought-tolerant, water improves yield as well as the quality and length of the fibres. On average, it takes 10,000 litres of water to produce a single kilogram of cotton. In drought-affected regions such as Egypt, Uzbekistan, Pakistan and Australia, cotton growing adds to water scarcity.
Cotton is highly vulnerable to parasite infestation, making conventionally-grown cotton the most pesticide-hungry crop of all. The harmful chemicals used to grow cotton pollute water and have long-term effects on soil fertility, parasite resistance and biodiversity, as well as posing a serious health risk for local communities and, in particular, the workers who handle them.
While demand for organic cotton continues to rise, 79% of cotton is grown from genetically modified seed (Textile Exchange - Organic Cotton Market Report - 2021).
Organic, fair trade and recycled cottons (GOTS, BCI, etc.) are more responsible alternatives to conventional cotton. Linen offers fairly similar characteristics and is grown in a more environmentally friendly way.
References:
The Good Goods
A.K. Chapagain, A.Y. Hoekstra, H.H.G. Savenije , R. Gautam (2006) The water footprint of cotton consumption
Water Footprint Network
Textile Exchange (2021) Organic Cotton Market Report
By adopting more ethical and more sustainable practices, companies can contribute to a better society and help protect the environment. The French Ministry for Ecological Transition describes CSR as “the contribution of business to sustainable development”.
European Directive 2014/95/EU on disclosure of non-financial and diversity information sets out a legislative framework for CSR.
See also: Non-financial reporting
References:
European Parliament and Council - Directive 2014/95/UE
French Ministry of Ecology - La responsabilité sociétale des entreprises
French Ministry of Ecology - Le rapportage extra-financier des entreprises
References:
Cotton Made in Africa
Reference: Council of Fashion Designers of America
Products are evaluated for their environmental and social impact in five areas: material health; product circularity; air and climate protection; water and soil stewardship, and social fairness. A product is rated Basic, Bronze, Silver, Gold or Platinum in each area. Cradle to Cradle advocates continuous improvement and requires that certification be renewed every two years.
Reference: Cradle to Cradle
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According to Refashion, the eco-organisation for the French textile sector, in 2020 56.5% of donated clothing, linens and footwear was reused. Of this, 95% was sold overseas. Only 5% was reused in France.
Reference: Refashion
An agreement signed in 2019 committed members to action that would support and promote fashion and luxury expertise. In 2021, an amendment to the agreement introduced three strategic priorities, including sustainable fashion and the ecological transition.
References:
Conseil National de l'Industrie
Crystalchain
Cupro is produced via a closed-loop system: water and other products are reused until there are none left. The linter fibres are dissolved in cuprammonium (copper oxide and ammonia) then submerged in coagulation baths to remove the copper from the filaments before washing and drying.
Cotton linter is classified as waste. Global Recycled Standard (GRS) certifies that products and materials used to manufacture Cupro are recycled. Like Lyocell, which is made with wood pulp from sustainably managed forests, Cupro is a more responsible alternative to viscose and acetate.
References:
The Good Goods
Paris Good Fashion
Reference: Mission commune d'information sur les déchets (2010) Traitement des ordures ménagères : quels choix après le Grenelle ?