Eco-Fashion Encyclopedia

storm water Colour fastness Surface water bacteria weft North (northern countries) Human needs photosynthesis Ceramic fibre ecosystem Bioreactor Remote sensing raw denim Morphology (fibre) Nanomaterials Infrastructure biomass Denim Encyclopedia Biotechnology filling greenhouse gas agriculture DNA reuse Diagram Library DuPont Industrial biotechnology microorganisms denim pollutants Industrial Revolution Biomimicry Global warming potential (GWP) Gaia hypothesis vintage Eco-Fashion Encyclopedia organism S-twist yarn Emission organic cotton energy James Lovelock Cradle-to-gate NGO Polymer carbon finance mass-customization Human capital proteins Ultraviolet Radiation (UV) interconnected cellulose Nanoscale Jacob Davis Gene sustainable fashion recycling Ecosystem services 3R´s (waste management) fibre Fibre size Habitat natural fibres microorganism human well-being DIY fungi Dyeability Hemp fibre landfill graphene sustainable design Silk nitrogen Petroleum Fading textile industry Elastomer cotton fibre indigo dye abrasion resistance Hard fibres Nanoscience herbicides Isotopes supply chain natural resources Ecological footprints microbes nylon fibre Tipping point Rivets Environmental sustainability Earth system science biodegradable 501 LOT number Levi's jean fertilizers Wastewater Structural colour environment resilience waste management Genetic code upcycled materials Neutron Filament Fibres Slow fashion Genetic programming (GP) sustainable Earthquake biochemical watch pocket renewable recyclable materials carbon fibre LCA morphology Earth system bast fibre Levi Strauss Co enzymes protein Indigo dying industrial Buddhism Bioinspiration sulphur Hazardous Substances (RoHS) dyes Textile Fibre Overview air pollution Self-assembly weaving meditation solar radiation basalt fibre fashion industry jute fibre biological Craft Acrylic bleaching complexity Flax fibre fashion revolution Carrying capacity environmental water Corporations happiness Mega community Asbestos fibres Scenario Deep Ecology jean Green Chemistry 3D printing heavy metals organic hydrogen Kinetic energy pesticides denim jeans Environmentally Friendly biodiversity Atomic mass unit non-renewable resources Nike plastics Geosphere capitalism ecology Dry Cleaning sustainability Nanometre Biocapacity Fixation yarn Evapotranspiration Textile finishing LED Nanosilver pollution Non-Governmental Organization (NGO) Planned product obsolescence life cycle assessment Social capital weak sustainability red tab Atom staple fibre ecological Civil society eco fashion nylon Benzene selvedge denim dummy shuttle loom Genes Fibres reduce Big E Global Dynamics transparency Environmental biotechnology Toxicity Child Labour Light reflectance warp ozone layer plain weave Loom Textile Dye Overview recycle well-being product lifecycle cotton Moisture absorbency oxygen synthetic fibre ultraviolet light polymers Hand or Handle rainforest Surface design human rights Water footprint polyester Carbon cycle Aerosols solvent Z-Twist flax Genome filament Fibre length Molecular manufacturing FIBRE MORPHOLOGY OVERVIEW rayon jeans-wear Strong sustainability dye indigo Oxidation glass fibre Atomic number Levi Strauss Wrangler Visible light Viscose Gross National Happiness (GNH) emissions Inorganic fibres refashioned system thinking environmentalism Greenhouse Effect evolution Cradle to cradle Carbon footprint Nanotechnology carbon dioxide Spirituality climate-change carbon Global warming hazardous waste United Nations biosphere life cycle assessment (LCA) Aramid fibre Energy efficient fibre crimp wool environmental impact spinning Amazon rainforest selvedge Deforestation Meta-design The Natural Step Hydrocarbon atmosphere hemp man-made fibre 8R´s waste hierarchy lustre water pollution Glass fibres waste water Accountability (corporate) landfills jeans sustainable development Proton Ply enzyme ecosystems Levi's Vintage Clothing (LVC) Optimum twist