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Plantes à fibres. --- Fiber plants. --- Fibres végétales. --- Plant fibers.
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Textile fibers --- Plant fibers --- Law and legislation --- Law and legislation
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Identification of plants or parts of plants is essential to disciplines ranging from forensic science to paper technology and art conservation. In this book (an Archetype reprint of the original Chapman and Hall publication of 1982) the microscopical characteristics of ten of the most widely used commercial fibres are presented. Features which are useful for identifying fibre cells are described in detail and explained by reference to the anatomy of the living stem or leaf from which the fibres are extracted. Photomicrographs and line drawings illustrate the descriptions. Tables which compare the species are provided. An account of the cultivation and extraction of each of the fibres and details of the methods of specimen preparation are also included. This comprehensive book has proved invaluable not only to forensic scientists but also to archaeologists, conservators of antiquities, textile and paper technologists, botanists and many others who need to identify plant fibres.
Plantes à fibres --- Identification. --- Fiber plants --- Plant fibers --- Fibres végétales
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Textile fibers --- Plant fibers --- Law and legislation --- Law and legislation
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Composite materials. --- Waste paper. --- Kenaf. --- Plant fibers. --- Thermoplastic composites.
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"There is a major disconnect between what we wear and our knowledge of its impact on land, air, water, labor, and human health. Even those who value access to safe, local, nutritious food have largely overlooked the production of fiber, dyes, and the chemistry that forms the backbone of modern textile production. While humans are 100 percent reliant on their second skin, it's common to think little about the biological and human cultural context from which our clothing derives. Almost a decade ago, weaver and natural dyer Rebecca Burgess developed a project focused on wearing clothing made from fiber grown, woven, and sewn within her bioregion of North Central California. As she began to network with ranchers, farmers, and artisans, she discovered that even in her home community there was ample raw material being grown to support a new regional textile economy with deep roots in climate change prevention and soil restoration. A vision for the future came into focus, combining right livelihoods and a textile system based on economic justice and soil carbon enhancing practices. Burgess saw that we could create viable supply chains of clothing that could become the new standard in a world looking to solve the climate crisis. In Fibershed readers will learn how natural plant dyes and fibers such as wool, cotton, hemp, and flax can be grown and processed as part of a scalable, restorative agricultural system. They will also learn about milling and other technical systems needed to make regional textile production possible. Fibershed is a resource for fiber farmers, ranchers, contract grazers, weavers, knitters, slow-fashion entrepreneurs, soil activists, and conscious consumers who want to join or create their own fibershed and topple outdated and toxic systems of exploitation"--
Textile fiber industry --- Plant fibers --- Animal fibers --- Environmental aspects.
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Textile fibers --- Plant fibers --- Law and legislation --- Law and legislation
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Textile fibers --- Plant fibers --- Law and legislation --- Law and legislation
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Animal fibers --- Plant fibers --- Industrial applications --- Industrial applications
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Textile fibers --- Plant fibers --- Law and legislation --- Law and legislation