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#naturaldyes — Public Fediverse posts

Live and recent posts from across the Fediverse tagged #naturaldyes, aggregated by home.social.

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  1. Another old photo I've dug up: dye tests on silk. The thread dyed with pomegranate flower is shown next to a swatch of ink made with the same, illustrating the fact dyeing with a colourant and applying it to the surface usually result in very different hues. #naturaldyes

  2. Another old photo I've dug up: dye tests on silk. The thread dyed with pomegranate flower is shown next to a swatch of ink made with the same, illustrating the fact dyeing with a colourant and applying it to the surface usually result in very different hues. #naturaldyes

  3. Another old photo I've dug up: dye tests on silk. The thread dyed with pomegranate flower is shown next to a swatch of ink made with the same, illustrating the fact dyeing with a colourant and applying it to the surface usually result in very different hues. #naturaldyes

  4. Another old photo I've dug up: dye tests on silk. The thread dyed with pomegranate flower is shown next to a swatch of ink made with the same, illustrating the fact dyeing with a colourant and applying it to the surface usually result in very different hues. #naturaldyes

  5. No idea if this is going to work as intended, but so far so good! #artinprogresss #naturaldyes

  6. No idea if this is going to work as intended, but so far so good! #artinprogresss #naturaldyes

  7. No idea if this is going to work as intended, but so far so good! #artinprogresss #naturaldyes

  8. RE: mastodon.social/@theperpetuall

    Color can begin in unexpected places.

    In roots, leaves, bark, minerals, and even vats alive with microbes, natural dyes reveal how chemistry, craft, and generations of observation can meet in a single thread.

    #NaturalDyes #Chemistry #Textiles #ThePerpetuallyCurious

  9. RE: mastodon.social/@theperpetuall

    Color can begin in unexpected places.

    In roots, leaves, bark, insects, and even vats alive with microbes, natural dyes reveal how chemistry, craft, and generations of observation can meet in a single thread.

    #NaturalDyes #Chemistry #Textiles #ThePerpetuallyCurious

  10. RE: mastodon.social/@theperpetuall

    Color can begin in unexpected places.

    In roots, leaves, bark, insects, and even vats alive with microbes, natural dyes reveal how chemistry, craft, and generations of observation can meet in a single thread.

    #NaturalDyes #Chemistry #Textiles #ThePerpetuallyCurious

  11. RE: mastodon.social/@theperpetuall

    Color can begin in unexpected places.

    In roots, leaves, bark, insects, and even vats alive with microbes, natural dyes reveal how chemistry, craft, and generations of observation can meet in a single thread.

    #NaturalDyes #Chemistry #Textiles #ThePerpetuallyCurious

  12. Part 3 Tunis sheep felting experiment
    Thread 1/2

    Here are the photos of the finished felt before dying. It definitely has a beige pink hue, like the sheep's face. When I got the felt in the dye pot, I added some acid to turn it more orange, but then I decided I wanted it to be red so I could make a sashiko piece with it. I added chalk to swing it back to a redder hue.

    #Spinning #FiberArts #Sheep #NaturalDyes

  13. INDIGO! ...in Niltepec, Oaxaca, Mexico

    (Oaxaca is a Mexican state on the Pacific coast; the harvesting and processing of indigo dye in the area is hundreds of years old)

    While you're here: if you can, pledge a few bucks a month to your local PBS

    #FundPBS #Indigo #AncientCrafts #NaturalDyes

    youtube.com/watch?v=k6ZajdHfe94

  14. INDIGO! ...in Niltepec, Oaxaca, Mexico

    (Oaxaca is a Mexican state on the Pacific coast; the harvesting and processing of indigo dye in the area is hundreds of years old)

    While you're here: if you can, pledge a few bucks a month to your local PBS

    #FundPBS #Indigo #AncientCrafts #NaturalDyes

    youtube.com/watch?v=k6ZajdHfe94

  15. INDIGO! ...in Niltepec, Oaxaca, Mexico

    (Oaxaca is a Mexican state on the Pacific coast; the harvesting and processing of indigo dye in the area is hundreds of years old)

    While you're here: if you can, pledge a few bucks a month to your local PBS

    #FundPBS #Indigo #AncientCrafts #NaturalDyes

    youtube.com/watch?v=k6ZajdHfe94

  16. INDIGO! ...in Niltepec, Oaxaca, Mexico

    (Oaxaca is a Mexican state on the Pacific coast; the harvesting and processing of indigo dye in the area is hundreds of years old)

    While you're here: if you can, pledge a few bucks a month to your local PBS

    #FundPBS #Indigo #AncientCrafts #NaturalDyes

    youtube.com/watch?v=k6ZajdHfe94

  17. Thread 1/2
    I made some natural inks and watercolors a while back and finally tried them on my acorn woodpecker sketch from a few months ago. I tried making my own vegan scratchboard, which did not go well, so I ended up trying out Ampersand "claybord", which was nothing like what I'm used to using. It was so hard I got streaks and shines, and it was too thin to scratch into much. I tried removing some ink with alcohol and got a happy accident of texture..

    #MastoArt #FediArt #NaturalDyes

  18. Thread 1/2
    I made some natural inks and watercolors a while back and finally tried them on my acorn woodpecker sketch from a few months ago. I tried making my own vegan scratchboard, which did not go well, so I ended up trying out Ampersand "claybord", which was nothing like what I'm used to using. It was so hard I got streaks and shines, and it was too thin to scratch into much. I tried removing some ink with alcohol and got a happy accident of texture..

    #MastoArt #FediArt #NaturalDyes

  19. Thread 1/2
    I made some natural inks and watercolors a while back and finally tried them on my acorn woodpecker sketch from a few months ago. I tried making my own vegan scratchboard, which did not go well, so I ended up trying out Ampersand "claybord", which was nothing like what I'm used to using. It was so hard I got streaks and shines, and it was too thin to scratch into much. I tried removing some ink with alcohol and got a happy accident of texture..

    #MastoArt #FediArt #NaturalDyes

  20. Thread 1/2
    I made some natural inks and watercolors a while back and finally tried them on my acorn woodpecker sketch from a few months ago. I tried making my own vegan scratchboard, which did not go well, so I ended up trying out Ampersand "claybord", which was nothing like what I'm used to using. It was so hard I got streaks and shines, and it was too thin to scratch into much. I tried removing some ink with alcohol and got a happy accident of texture..

    #MastoArt #FediArt #NaturalDyes

  21. Part 2 Tunis sheep continued: felting experiment

    I apologize for the last long thread--I'll post fewer at a time..I carded the waste leftover from spinning and made a felt sample. It wasn't great, but not bad either, so I soaked it overnight in Aluminum triformate, which is a cold-water mordant. I dyed it with madder root, which I'll share in the next post.
    The felt shown here is not quite completely done, and I had to fix it a bit.

    #Spinning #FiberArts #Sheep #Knitting #NaturalDyes #Felting

  22. This scarf is a gift for my uncle, inspired by quartz clusters we saw together backpacking in Cottonwood Canyon in Death Valley. From what I've been reading I think they were formed by intrusive igneous rock forming around xenoliths, and by cooling very slowly forming the incredible quartz crystals we saw, which looked like rings around the darker xenoliths in the weathered rock face we saw. I'm not trained as a geologist though and would love to find more information about the geology of Cottonwood Canyon from someone with some real expertise!

    The wool is targhee roving I got at the nor cal ren faire. I spun it on my small cross arm spindle and wove it on a loom I've been borrowing from a friend. It's plain weave set at 8epi. It looked very open on the loom, but fulled into a wonderfully bouncy and dense fabric.

    After fulling I scoured the fabric, then used rubber bands to do this shibori inspired dye process. After putting on the rubber bands I gave it a bath in tannins I extracted from an oak gall, then in a bath of cool water with just a tiny bit of dissolved ferrous sulfate. It was so exciting to see the fabric turn grey in a a matter of just a few minutes when I put it in the iron bath!

    #handweaving
    #weaving
    #handspinning
    #naturaldyes
    #dyes
    #textiles
    #handwoven
    #handspun
    #tiedye
    #shibori
    #oakgalls
    #ferroussulfate
    #naturaldye
    #targhee
    #wool
    #geology
    #xenolith
    #quartz
    #deathvalley

  23. This scarf is a gift for my uncle, inspired by quartz clusters we saw together backpacking in Cottonwood Canyon in Death Valley. From what I've been reading I think they were formed by intrusive igneous rock forming around xenoliths, and by cooling very slowly forming the incredible quartz crystals we saw, which looked like rings around the darker xenoliths in the weathered rock face we saw. I'm not trained as a geologist though and would love to find more information about the geology of Cottonwood Canyon from someone with some real expertise!

    The wool is targhee roving I got at the nor cal ren faire. I spun it on my small cross arm spindle and wove it on a loom I've been borrowing from a friend. It's plain weave set at 8epi. It looked very open on the loom, but fulled into a wonderfully bouncy and dense fabric.

    After fulling I scoured the fabric, then used rubber bands to do this shibori inspired dye process. After putting on the rubber bands I gave it a bath in tannins I extracted from an oak gall, then in a bath of cool water with just a tiny bit of dissolved ferrous sulfate. It was so exciting to see the fabric turn grey in a a matter of just a few minutes when I put it in the iron bath!

    #handweaving
    #weaving
    #handspinning
    #naturaldyes
    #dyes
    #textiles
    #handwoven
    #handspun
    #tiedye
    #shibori
    #oakgalls
    #ferroussulfate
    #naturaldye
    #targhee
    #wool
    #geology
    #xenolith
    #quartz
    #deathvalley

  24. This scarf is a gift for my uncle, inspired by quartz clusters we saw together backpacking in Cottonwood Canyon in Death Valley. From what I've been reading I think they were formed by intrusive igneous rock forming around xenoliths, and by cooling very slowly forming the incredible quartz crystals we saw, which looked like rings around the darker xenoliths in the weathered rock face we saw. I'm not trained as a geologist though and would love to find more information about the geology of Cottonwood Canyon from someone with some real expertise!

    The wool is targhee roving I got at the nor cal ren faire. I spun it on my small cross arm spindle and wove it on a loom I've been borrowing from a friend. It's plain weave set at 8epi. It looked very open on the loom, but fulled into a wonderfully bouncy and dense fabric.

    After fulling I scoured the fabric, then used rubber bands to do this shibori inspired dye process. After putting on the rubber bands I gave it a bath in tannins I extracted from an oak gall, then in a bath of cool water with just a tiny bit of dissolved ferrous sulfate. It was so exciting to see the fabric turn grey in a a matter of just a few minutes when I put it in the iron bath!

    #handweaving
    #weaving
    #handspinning
    #naturaldyes
    #dyes
    #textiles
    #handwoven
    #handspun
    #tiedye
    #shibori
    #oakgalls
    #ferroussulfate
    #naturaldye
    #targhee
    #wool
    #geology
    #xenolith
    #quartz
    #deathvalley

  25. This scarf is a gift for my uncle, inspired by quartz clusters we saw together backpacking in Cottonwood Canyon in Death Valley. From what I've been reading I think they were formed by intrusive igneous rock forming around xenoliths, and by cooling very slowly forming the incredible quartz crystals we saw, which looked like rings around the darker xenoliths in the weathered rock face we saw. I'm not trained as a geologist though and would love to find more information about the geology of Cottonwood Canyon from someone with some real expertise!

    The wool is targhee roving I got at the nor cal ren faire. I spun it on my small cross arm spindle and wove it on a loom I've been borrowing from a friend. It's plain weave set at 8epi. It looked very open on the loom, but fulled into a wonderfully bouncy and dense fabric.

    After fulling I scoured the fabric, then used rubber bands to do this shibori inspired dye process. After putting on the rubber bands I gave it a bath in tannins I extracted from an oak gall, then in a bath of cool water with just a tiny bit of dissolved ferrous sulfate. It was so exciting to see the fabric turn grey in a a matter of just a few minutes when I put it in the iron bath!

    #handweaving
    #weaving
    #handspinning
    #naturaldyes
    #dyes
    #textiles
    #handwoven
    #handspun
    #tiedye
    #shibori
    #oakgalls
    #ferroussulfate
    #naturaldye
    #targhee
    #wool
    #geology
    #xenolith
    #quartz
    #deathvalley

  26. Bagru printing comes straight from the earth—mud resist, vegetable dyes, and hand-carved wooden blocks.
    When printed on airy mulmul cotton, it creates sarees that feel grounded, breathable, and effortless.

    Each piece is slightly different. That’s the beauty of handmade.

    Explore Bagru mulmul sarees → mulcottonsarees.com/

    #BagruPrint #MulmulSarees #HandBlockPrint #NaturalDyes #ArtisanMade #SlowTextiles

  27. That is so cool! I would love to know more about what plant pigments and mordants you use, @waterforbees ! A lot of folks are interested in #NaturalDyes here!

    #SolarPunkSunday #PlantPigments #BotanicalPrints #Ecoprinting #Art

  28. That is so cool! I would love to know more about what plant pigments and mordants you use, @waterforbees ! A lot of folks are interested in #NaturalDyes here!

    #SolarPunkSunday #PlantPigments #BotanicalPrints #Ecoprinting #Art

  29. That is so cool! I would love to know more about what plant pigments and mordants you use, @waterforbees ! A lot of folks are interested in #NaturalDyes here!

    #SolarPunkSunday #PlantPigments #BotanicalPrints #Ecoprinting #Art

  30. 🧵 From indigo vats alive with tended microbes to madder roots yielding crimson, natural dyes bridge molecular poetry and ancestral wisdom.

    For generations, artisans coaxed lasting color from plants, working with chemistry they felt but could not name.

    ✍️ Discover the science within tradition: TPC8.short.gy/JvGzAaYI

    🌈 Where chemistry meets culture, every fiber holds memory.

    #NaturalDyes #Chemistry #FiberArts #Culture #ScienceHistory #TraditionalCrafts #IndigenousKnowledge #Textile #Dye #TPC8

  31. 🧵 From indigo vats alive with tended microbes to madder roots yielding crimson, natural dyes bridge molecular poetry and ancestral wisdom.

    For generations, artisans coaxed lasting color from plants, working with chemistry they felt but could not name.

    ✍️ Discover the science within tradition: TPC8.short.gy/JvGzAaYI

    🌈 Where chemistry meets culture, every fiber holds memory.

    #NaturalDyes #Chemistry #FiberArts #Culture #ScienceHistory #TraditionalCrafts #IndigenousKnowledge #Textile #Dye #TPC8

  32. 🧵 From indigo vats alive with tended microbes to madder roots yielding crimson, natural dyes bridge molecular poetry and ancestral wisdom.

    For generations, artisans coaxed lasting color from plants, working with chemistry they felt but could not name.

    ✍️ Discover the science within tradition: TPC8.short.gy/JvGzAaYI

    🌈 Where chemistry meets culture, every fiber holds memory.

    #NaturalDyes #Chemistry #FiberArts #Culture #ScienceHistory #TraditionalCrafts #IndigenousKnowledge #Textile #Dye #TPC8

  33. 🧵 From indigo vats alive with tended microbes to madder roots yielding crimson, natural dyes bridge molecular poetry and ancestral wisdom.

    For generations, artisans coaxed lasting color from plants, working with chemistry they felt but could not name.

    ✍️ Discover the science within tradition: TPC8.short.gy/JvGzAaYI

    🌈 Where chemistry meets culture, every fiber holds memory.

    #NaturalDyes #Chemistry #FiberArts #Culture #ScienceHistory #TraditionalCrafts #IndigenousKnowledge #Textile #Dye #TPC8

  34. 9 Genius Ways to Reuse #CoffeeGrounds Around the House

    Here's how to put used coffee grounds to good use around your home and garden.

    By Claire Hoppe Norgaard
    Published on November 24, 2025

    "After enjoying your morning cup of coffee (or two), stop before tossing the used coffee grounds in the trash. Used coffee grounds, also called spent grounds, are a valuable material for home and garden #DIYs. From cleaning to crafting, spent coffee grounds are capable of much more after making a pot of coffee. Keep reading to learn our favorite easy ways to reuse coffee grounds around the house and outdoors."

    Read more:
    bhg.com/ways-to-reuse-coffee-g

    #SolarPunkSunday #Composting #NaturalDyes #FoodWaste #ZeroWaste

  35. 9 Genius Ways to Reuse #CoffeeGrounds Around the House

    Here's how to put used coffee grounds to good use around your home and garden.

    By Claire Hoppe Norgaard
    Published on November 24, 2025

    "After enjoying your morning cup of coffee (or two), stop before tossing the used coffee grounds in the trash. Used coffee grounds, also called spent grounds, are a valuable material for home and garden #DIYs. From cleaning to crafting, spent coffee grounds are capable of much more after making a pot of coffee. Keep reading to learn our favorite easy ways to reuse coffee grounds around the house and outdoors."

    Read more:
    bhg.com/ways-to-reuse-coffee-g

    #SolarPunkSunday #Composting #NaturalDyes #FoodWaste #ZeroWaste

  36. 9 Genius Ways to Reuse #CoffeeGrounds Around the House

    Here's how to put used coffee grounds to good use around your home and garden.

    By Claire Hoppe Norgaard
    Published on November 24, 2025

    "After enjoying your morning cup of coffee (or two), stop before tossing the used coffee grounds in the trash. Used coffee grounds, also called spent grounds, are a valuable material for home and garden #DIYs. From cleaning to crafting, spent coffee grounds are capable of much more after making a pot of coffee. Keep reading to learn our favorite easy ways to reuse coffee grounds around the house and outdoors."

    Read more:
    bhg.com/ways-to-reuse-coffee-g

    #SolarPunkSunday #Composting #NaturalDyes #FoodWaste #ZeroWaste

  37. 9 Genius Ways to Reuse #CoffeeGrounds Around the House

    Here's how to put used coffee grounds to good use around your home and garden.

    By Claire Hoppe Norgaard
    Published on November 24, 2025

    "After enjoying your morning cup of coffee (or two), stop before tossing the used coffee grounds in the trash. Used coffee grounds, also called spent grounds, are a valuable material for home and garden #DIYs. From cleaning to crafting, spent coffee grounds are capable of much more after making a pot of coffee. Keep reading to learn our favorite easy ways to reuse coffee grounds around the house and outdoors."

    Read more:
    bhg.com/ways-to-reuse-coffee-g

    #SolarPunkSunday #Composting #NaturalDyes #FoodWaste #ZeroWaste

  38. #JapaneseKnotweed: an invasive plant's potential for innovation

    Classified as an Invasive Alien Species (#IAS), Japanese knotweed is renowned for undermining ecosystems. But some researchers, designers and architects are approaching the tenacious Asian perennial as a resource to create new material solutions for fine crafts, but also for industry. Formes de Luxe shines a light on four makers that are turning this ‘nuisance’ plant into an opportunity.

    Christel Trinquier
    Published on 01/08/2024

    Excerpt: "Inspiring bio-concrete

    In the UK, architect Irene Roca Moracia and designer Brigitte Kock (both graduates of Central Saint Martins) have also seized on the potential of invasive knotweed to create what they dub 'bio-concrete'. The material, developed as part of the LVMH Group's Maison/0 program for regenerative luxury, is inspired by the cement made in ancient Rome. Except that in this case, knotweed replaces wood ash and/or volcanic ash. Once incinerated, it is mixed with water and the shells of American signal crayfish - another invasive species in Europe threatening native fauna. The material is then poured into molds to obtain the desired shape.

    "No heat treatment is needed as hardening takes place in the open air and no pigments are added either: the final textures and shades depend on factors including the proportions of ingredients in the mix, hardening times and reactions that occur between the water, aggregates (crayfish shells) and the Japanese knotweed binder. With the appearance of raw concrete, marble or natural stone, the duo's hand-shaped bio-concrete tiles come in a range of shades from white to wine-red, with or without inclusions of knotweed root fragments.

    "For the moment the material is purely decorative as it cannot integrate structural architectural elements but is suited to store interiors, window displays or even in caps and ornamental pieces for packaging."

    Read more:
    formesdeluxe.com/article/japan

    #SolarPunkSunday #Cosmetics #SustainableFurniture #Bioconcrete #NaturalDyes #Paper #Fiber #BambooSubstitute #Cellulose #FallopiaJaponica

  39. #JapaneseKnotweed: an invasive plant's potential for innovation

    Classified as an Invasive Alien Species (#IAS), Japanese knotweed is renowned for undermining ecosystems. But some researchers, designers and architects are approaching the tenacious Asian perennial as a resource to create new material solutions for fine crafts, but also for industry. Formes de Luxe shines a light on four makers that are turning this ‘nuisance’ plant into an opportunity.

    Christel Trinquier
    Published on 01/08/2024

    Excerpt: "Inspiring bio-concrete

    In the UK, architect Irene Roca Moracia and designer Brigitte Kock (both graduates of Central Saint Martins) have also seized on the potential of invasive knotweed to create what they dub 'bio-concrete'. The material, developed as part of the LVMH Group's Maison/0 program for regenerative luxury, is inspired by the cement made in ancient Rome. Except that in this case, knotweed replaces wood ash and/or volcanic ash. Once incinerated, it is mixed with water and the shells of American signal crayfish - another invasive species in Europe threatening native fauna. The material is then poured into molds to obtain the desired shape.

    "No heat treatment is needed as hardening takes place in the open air and no pigments are added either: the final textures and shades depend on factors including the proportions of ingredients in the mix, hardening times and reactions that occur between the water, aggregates (crayfish shells) and the Japanese knotweed binder. With the appearance of raw concrete, marble or natural stone, the duo's hand-shaped bio-concrete tiles come in a range of shades from white to wine-red, with or without inclusions of knotweed root fragments.

    "For the moment the material is purely decorative as it cannot integrate structural architectural elements but is suited to store interiors, window displays or even in caps and ornamental pieces for packaging."

    Read more:
    formesdeluxe.com/article/japan

    #SolarPunkSunday #Cosmetics #SustainableFurniture #Bioconcrete #NaturalDyes #Paper #Fiber #BambooSubstitute #Cellulose #FallopiaJaponica

  40. #JapaneseKnotweed: an invasive plant's potential for innovation

    Classified as an Invasive Alien Species (#IAS), Japanese knotweed is renowned for undermining ecosystems. But some researchers, designers and architects are approaching the tenacious Asian perennial as a resource to create new material solutions for fine crafts, but also for industry. Formes de Luxe shines a light on four makers that are turning this ‘nuisance’ plant into an opportunity.

    Christel Trinquier
    Published on 01/08/2024

    Excerpt: "Inspiring bio-concrete

    In the UK, architect Irene Roca Moracia and designer Brigitte Kock (both graduates of Central Saint Martins) have also seized on the potential of invasive knotweed to create what they dub 'bio-concrete'. The material, developed as part of the LVMH Group's Maison/0 program for regenerative luxury, is inspired by the cement made in ancient Rome. Except that in this case, knotweed replaces wood ash and/or volcanic ash. Once incinerated, it is mixed with water and the shells of American signal crayfish - another invasive species in Europe threatening native fauna. The material is then poured into molds to obtain the desired shape.

    "No heat treatment is needed as hardening takes place in the open air and no pigments are added either: the final textures and shades depend on factors including the proportions of ingredients in the mix, hardening times and reactions that occur between the water, aggregates (crayfish shells) and the Japanese knotweed binder. With the appearance of raw concrete, marble or natural stone, the duo's hand-shaped bio-concrete tiles come in a range of shades from white to wine-red, with or without inclusions of knotweed root fragments.

    "For the moment the material is purely decorative as it cannot integrate structural architectural elements but is suited to store interiors, window displays or even in caps and ornamental pieces for packaging."

    Read more:
    formesdeluxe.com/article/japan

    #SolarPunkSunday #Cosmetics #SustainableFurniture #Bioconcrete #NaturalDyes #Paper #Fiber #BambooSubstitute #Cellulose #FallopiaJaponica

  41. #JapaneseKnotweed: an invasive plant's potential for innovation

    Classified as an Invasive Alien Species (#IAS), Japanese knotweed is renowned for undermining ecosystems. But some researchers, designers and architects are approaching the tenacious Asian perennial as a resource to create new material solutions for fine crafts, but also for industry. Formes de Luxe shines a light on four makers that are turning this ‘nuisance’ plant into an opportunity.

    Christel Trinquier
    Published on 01/08/2024

    Excerpt: "Inspiring bio-concrete

    In the UK, architect Irene Roca Moracia and designer Brigitte Kock (both graduates of Central Saint Martins) have also seized on the potential of invasive knotweed to create what they dub 'bio-concrete'. The material, developed as part of the LVMH Group's Maison/0 program for regenerative luxury, is inspired by the cement made in ancient Rome. Except that in this case, knotweed replaces wood ash and/or volcanic ash. Once incinerated, it is mixed with water and the shells of American signal crayfish - another invasive species in Europe threatening native fauna. The material is then poured into molds to obtain the desired shape.

    "No heat treatment is needed as hardening takes place in the open air and no pigments are added either: the final textures and shades depend on factors including the proportions of ingredients in the mix, hardening times and reactions that occur between the water, aggregates (crayfish shells) and the Japanese knotweed binder. With the appearance of raw concrete, marble or natural stone, the duo's hand-shaped bio-concrete tiles come in a range of shades from white to wine-red, with or without inclusions of knotweed root fragments.

    "For the moment the material is purely decorative as it cannot integrate structural architectural elements but is suited to store interiors, window displays or even in caps and ornamental pieces for packaging."

    Read more:
    formesdeluxe.com/article/japan

    #SolarPunkSunday #Cosmetics #SustainableFurniture #Bioconcrete #NaturalDyes #Paper #Fiber #BambooSubstitute #Cellulose #FallopiaJaponica

  42. One more about #DyePlants...

    21 Garden Plants to Use as Natural Dyes

    You’ve heard of vegetable and cut flower gardens, but what about dye gardens? Dying yarn and fabrics with plant-based dyes allows you to create beautiful hues and develop a new appreciation for plants. If you’re not sure where to get started, join Briana Yablonski to learn 21 plants you can use as natural dyes.

    Written by Briana Yablonski Horticulture review by Sarah Jay Last updated: May 1, 2024

    "very so often, a new question strikes me. A few years ago, I found myself wondering how people transformed neutral-colored wool, cotton, and silk into shades of pink, blue, and yellow. I knew I could find synthetic dyes in tie-dye kits and commercial clothing factories, but I wondered how people colored their clothing, rugs, and linens before these products existed. Amazingly, many natural plant dyes can be grown right in our home gardens!

    While not all natural dyes come from plants, there are more than a handful of flowers, leaves, and fruit that offer beautiful colors. Since dyeing is a chemical process strongly affected by pH, adding materials like soda and citric acid allows you to use one dye source to create multiple colors.

    You’re welcome to experiment with natural plant dyes of any species, but some plants are known to produce particularly vibrant colors. Try dyeing with a few of the following plants to see the range of colors the botanical world offers."

    Learn more:
    epicgardening.com/natural-plan

    #SolarPunkSunday #DIY #FiberArts
    #NaturalDyes #Dyes #PlantDyes #Amaranth #BachelorsButtons #BlackWalnut #ButterflyPea #Calendula #Canaigre #Cosmos #Goldenrod #Madder

  43. One more about #DyePlants...

    21 Garden Plants to Use as Natural Dyes

    You’ve heard of vegetable and cut flower gardens, but what about dye gardens? Dying yarn and fabrics with plant-based dyes allows you to create beautiful hues and develop a new appreciation for plants. If you’re not sure where to get started, join Briana Yablonski to learn 21 plants you can use as natural dyes.

    Written by Briana Yablonski Horticulture review by Sarah Jay Last updated: May 1, 2024

    "very so often, a new question strikes me. A few years ago, I found myself wondering how people transformed neutral-colored wool, cotton, and silk into shades of pink, blue, and yellow. I knew I could find synthetic dyes in tie-dye kits and commercial clothing factories, but I wondered how people colored their clothing, rugs, and linens before these products existed. Amazingly, many natural plant dyes can be grown right in our home gardens!

    While not all natural dyes come from plants, there are more than a handful of flowers, leaves, and fruit that offer beautiful colors. Since dyeing is a chemical process strongly affected by pH, adding materials like soda and citric acid allows you to use one dye source to create multiple colors.

    You’re welcome to experiment with natural plant dyes of any species, but some plants are known to produce particularly vibrant colors. Try dyeing with a few of the following plants to see the range of colors the botanical world offers."

    Learn more:
    epicgardening.com/natural-plan

    #SolarPunkSunday #DIY #FiberArts
    #NaturalDyes #Dyes #PlantDyes #Amaranth #BachelorsButtons #BlackWalnut #ButterflyPea #Calendula #Canaigre #Cosmos #Goldenrod #Madder

  44. One more about #DyePlants...

    21 Garden Plants to Use as Natural Dyes

    You’ve heard of vegetable and cut flower gardens, but what about dye gardens? Dying yarn and fabrics with plant-based dyes allows you to create beautiful hues and develop a new appreciation for plants. If you’re not sure where to get started, join Briana Yablonski to learn 21 plants you can use as natural dyes.

    Written by Briana Yablonski Horticulture review by Sarah Jay Last updated: May 1, 2024

    "very so often, a new question strikes me. A few years ago, I found myself wondering how people transformed neutral-colored wool, cotton, and silk into shades of pink, blue, and yellow. I knew I could find synthetic dyes in tie-dye kits and commercial clothing factories, but I wondered how people colored their clothing, rugs, and linens before these products existed. Amazingly, many natural plant dyes can be grown right in our home gardens!

    While not all natural dyes come from plants, there are more than a handful of flowers, leaves, and fruit that offer beautiful colors. Since dyeing is a chemical process strongly affected by pH, adding materials like soda and citric acid allows you to use one dye source to create multiple colors.

    You’re welcome to experiment with natural plant dyes of any species, but some plants are known to produce particularly vibrant colors. Try dyeing with a few of the following plants to see the range of colors the botanical world offers."

    Learn more:
    epicgardening.com/natural-plan

    #SolarPunkSunday #DIY #FiberArts
    #NaturalDyes #Dyes #PlantDyes #Amaranth #BachelorsButtons #BlackWalnut #ButterflyPea #Calendula #Canaigre #Cosmos #Goldenrod #Madder

  45. One more about #DyePlants...

    21 Garden Plants to Use as Natural Dyes

    You’ve heard of vegetable and cut flower gardens, but what about dye gardens? Dying yarn and fabrics with plant-based dyes allows you to create beautiful hues and develop a new appreciation for plants. If you’re not sure where to get started, join Briana Yablonski to learn 21 plants you can use as natural dyes.

    Written by Briana Yablonski Horticulture review by Sarah Jay Last updated: May 1, 2024

    "very so often, a new question strikes me. A few years ago, I found myself wondering how people transformed neutral-colored wool, cotton, and silk into shades of pink, blue, and yellow. I knew I could find synthetic dyes in tie-dye kits and commercial clothing factories, but I wondered how people colored their clothing, rugs, and linens before these products existed. Amazingly, many natural plant dyes can be grown right in our home gardens!

    While not all natural dyes come from plants, there are more than a handful of flowers, leaves, and fruit that offer beautiful colors. Since dyeing is a chemical process strongly affected by pH, adding materials like soda and citric acid allows you to use one dye source to create multiple colors.

    You’re welcome to experiment with natural plant dyes of any species, but some plants are known to produce particularly vibrant colors. Try dyeing with a few of the following plants to see the range of colors the botanical world offers."

    Learn more:
    epicgardening.com/natural-plan

    #SolarPunkSunday #DIY #FiberArts
    #NaturalDyes #Dyes #PlantDyes #Amaranth #BachelorsButtons #BlackWalnut #ButterflyPea #Calendula #Canaigre #Cosmos #Goldenrod #Madder

  46. How to Make #NaturalDyes in Every Color: A Step-by-Step Guide

    Grace Waters - December 31, 2023

    Excerpt: "Which Ingredients Will Make Which Colors?

    You can use practically any plant, produce or spice to make a natural dye. Many of those ingredients are available year-round. Here’s how to make natural dyes with every color under the rainbow.

    Red

    Produce like raspberries, cherries, cranberries, and pokeberries will make rich dyes. You can also use hibiscus, rose, amaranth, and hollyhock plants. Most deeply red flower petals will produce saturated pigments. Beetroots will make a pink dye that is incredibly vibrant.

    Orange

    The flower calendula makes for a fantastic natural orange dye. To get that classic, bright color, use carrots or orange peels. Surprisingly, pomegranates can also produce deep orange hues.

    Yellow

    Tumeric is incredibly vibrant and easily stains. Ginger is another good spice, but it isn’t as bright. Flowers like goldenrod, yarrow, black-eyed Susan, and dandelions produce varying shades of yellow. You can also use lemon peels.

    Green

    You can use almost any plant’s stems and leaves to make a vibrant green color. Leafy greens like spinach also work well. If you want a very bright shade, you may have to add some blue.

    Indigo

    Blue flowers like bachelor buttons and Russian sage will create unique, rich hues. Of course, you can also use blueberries for a very dark dye. Red cabbage makes a classic, bright purple color. If you want something more saturated and subtle, use blackberries.

    Brown

    Red onion skin and #acorns can make light brown or tan dyes. If you want something darker, use #BlackWalnuts or used coffee beans."

    Read more:
    environment.co/how-to-make-nat

    #SolarPunkSunday #DIY #FiberArts #NaturalDyes #Dyes #Wildflowers #PlantDyes

  47. How to Make #NaturalDyes in Every Color: A Step-by-Step Guide

    Grace Waters - December 31, 2023

    Excerpt: "Which Ingredients Will Make Which Colors?

    You can use practically any plant, produce or spice to make a natural dye. Many of those ingredients are available year-round. Here’s how to make natural dyes with every color under the rainbow.

    Red

    Produce like raspberries, cherries, cranberries, and pokeberries will make rich dyes. You can also use hibiscus, rose, amaranth, and hollyhock plants. Most deeply red flower petals will produce saturated pigments. Beetroots will make a pink dye that is incredibly vibrant.

    Orange

    The flower calendula makes for a fantastic natural orange dye. To get that classic, bright color, use carrots or orange peels. Surprisingly, pomegranates can also produce deep orange hues.

    Yellow

    Tumeric is incredibly vibrant and easily stains. Ginger is another good spice, but it isn’t as bright. Flowers like goldenrod, yarrow, black-eyed Susan, and dandelions produce varying shades of yellow. You can also use lemon peels.

    Green

    You can use almost any plant’s stems and leaves to make a vibrant green color. Leafy greens like spinach also work well. If you want a very bright shade, you may have to add some blue.

    Indigo

    Blue flowers like bachelor buttons and Russian sage will create unique, rich hues. Of course, you can also use blueberries for a very dark dye. Red cabbage makes a classic, bright purple color. If you want something more saturated and subtle, use blackberries.

    Brown

    Red onion skin and #acorns can make light brown or tan dyes. If you want something darker, use #BlackWalnuts or used coffee beans."

    Read more:
    environment.co/how-to-make-nat

    #SolarPunkSunday #DIY #FiberArts #NaturalDyes #Dyes #Wildflowers #PlantDyes

  48. How to Make #NaturalDyes in Every Color: A Step-by-Step Guide

    Grace Waters - December 31, 2023

    Excerpt: "Which Ingredients Will Make Which Colors?

    You can use practically any plant, produce or spice to make a natural dye. Many of those ingredients are available year-round. Here’s how to make natural dyes with every color under the rainbow.

    Red

    Produce like raspberries, cherries, cranberries, and pokeberries will make rich dyes. You can also use hibiscus, rose, amaranth, and hollyhock plants. Most deeply red flower petals will produce saturated pigments. Beetroots will make a pink dye that is incredibly vibrant.

    Orange

    The flower calendula makes for a fantastic natural orange dye. To get that classic, bright color, use carrots or orange peels. Surprisingly, pomegranates can also produce deep orange hues.

    Yellow

    Tumeric is incredibly vibrant and easily stains. Ginger is another good spice, but it isn’t as bright. Flowers like goldenrod, yarrow, black-eyed Susan, and dandelions produce varying shades of yellow. You can also use lemon peels.

    Green

    You can use almost any plant’s stems and leaves to make a vibrant green color. Leafy greens like spinach also work well. If you want a very bright shade, you may have to add some blue.

    Indigo

    Blue flowers like bachelor buttons and Russian sage will create unique, rich hues. Of course, you can also use blueberries for a very dark dye. Red cabbage makes a classic, bright purple color. If you want something more saturated and subtle, use blackberries.

    Brown

    Red onion skin and #acorns can make light brown or tan dyes. If you want something darker, use #BlackWalnuts or used coffee beans."

    Read more:
    environment.co/how-to-make-nat

    #SolarPunkSunday #DIY #FiberArts #NaturalDyes #Dyes #Wildflowers #PlantDyes

  49. How to Make #NaturalDyes in Every Color: A Step-by-Step Guide

    Grace Waters - December 31, 2023

    Excerpt: "Which Ingredients Will Make Which Colors?

    You can use practically any plant, produce or spice to make a natural dye. Many of those ingredients are available year-round. Here’s how to make natural dyes with every color under the rainbow.

    Red

    Produce like raspberries, cherries, cranberries, and pokeberries will make rich dyes. You can also use hibiscus, rose, amaranth, and hollyhock plants. Most deeply red flower petals will produce saturated pigments. Beetroots will make a pink dye that is incredibly vibrant.

    Orange

    The flower calendula makes for a fantastic natural orange dye. To get that classic, bright color, use carrots or orange peels. Surprisingly, pomegranates can also produce deep orange hues.

    Yellow

    Tumeric is incredibly vibrant and easily stains. Ginger is another good spice, but it isn’t as bright. Flowers like goldenrod, yarrow, black-eyed Susan, and dandelions produce varying shades of yellow. You can also use lemon peels.

    Green

    You can use almost any plant’s stems and leaves to make a vibrant green color. Leafy greens like spinach also work well. If you want a very bright shade, you may have to add some blue.

    Indigo

    Blue flowers like bachelor buttons and Russian sage will create unique, rich hues. Of course, you can also use blueberries for a very dark dye. Red cabbage makes a classic, bright purple color. If you want something more saturated and subtle, use blackberries.

    Brown

    Red onion skin and #acorns can make light brown or tan dyes. If you want something darker, use #BlackWalnuts or used coffee beans."

    Read more:
    environment.co/how-to-make-nat

    #SolarPunkSunday #DIY #FiberArts #NaturalDyes #Dyes #Wildflowers #PlantDyes

  50. Beginner’s Guide to Natural Dyes

    By Ashley Adamant, Last Updated Feb 22, 2025, Published Oct 30, 2024

    "Natural dyes are a fun way to experience the natural world, and plants, mushrooms, lichnes and moss not only decorate our world, they have hidden color inside that can dye fabrics, paper, wood and more. Whether you’re interested in a fun craft to do with your kids or if you’ve always wanted to change the color of your clothes on a whim, I’ll walk you through how to use natural materials to dye your fabrics."

    Read more [include reference books!]:
    practicalselfreliance.com/natu

    #SolarPunkSunday #DIY #FiberArts #NaturalDyes #Dyes #PlantDyes