Native Plants for Textiles: 3 Bast Fibers to Know Beyond Hemp and Flax

Bast fibers have been highly regarded for beautiful, durable textiles throughout history and into the modern era. As part of our ongoing Bast Fiber Research effort, Fibershed engaged mechanical engineer Nicholas Wenner to connect with bast fiber growers, researchers, processors, and artisans to better understand the state of soil-to-soil systems for these unique plants. In the plant, bast fibers transport dissolved sugars and lend structural support for the stem. In textiles, the fibers provide strength and many other unique properties. As crops, the plants can play a valuable role in crop rotations and provide high yields of both food and fiber with relatively minimal inputs.

Written by Nicholas Wenner

bast fibers, photo by Paige Green

Bast fibers have a long relationship with humans: the earliest known fibers used by humans include wild flax fibers from 34,000 years ago found in a cave in the country of Georgia. Researchers have also found bast fibers—likely nettle—at sites in the Czech Republic from around 32,000 years ago.

Hemp and flax are the most well-known bast fibers, followed perhaps by ramie, a nettle-like plant native to eastern Asia used for coarse fabrics and rope. Many other bast fiber plants have been used for textiles throughout history and the world.

In addition to working with hemp and flax last year (read more in our 2019 blogs), we collaborated with local farmers and indigenous land tenders to harvest and process three native bast fiber plants—dogbane, nettle, and milkweed—into fiber suitable for spinning into yarn. All three plants have value as perennial crops that grow well in local climates. With materials from each plant, we developed a Bast Fiber Exhibit for the 2019 Fibershed Gala and the 2019 Wool and Fine Fiber Symposium to provide both a tactile understanding of bast fiber processing and a hands-on comparison between fiber types. We noted significant differences in the length and fineness of the varied fibers. Hemp had the longest and coarsest fiber, while milkweed had exceptionally soft but short fiber. Dogbane in particular showed a promising balance of very fine fibers with relatively long fiber lengths.

bast fibers

The center photo shows hemp, flax, dogbane, nettle, and milkweed fiber. (Photos by Paige Green, left and right, and Nicholas Wenner, center)

To process each plant, we decorticated the stalks by hand to separate the outer raw fiber from the inner woody core, then degummed the raw fiber using heat and a solution of water and alkali to remove lignin and other binding substances, and washed, dried, and carded the fiber into clean, spinnable fiber. We paired specimens of each plant with samples of raw fiber, degummed fiber, hurd, seeds, and other products, such as edible leaves from nettle and flower buds from hemp.

Read on for more details about the habitat, history, uses, and fiber qualities of each native fiber plant.


harvesting dogbane

Dogbane grows throughout much of North America. Above left, Edward Willie, a native Pomo, Walaeki, and Wintu teacher, visits a patch in Sonoma County that has been tended continuously by indigenous peoples for thousands of years. (Photos by Nicholas Wenner, left, and Paige Green, right)

Dogbane grows in moist, open habitats throughout North America, and it has served as a major fiber plant for Native American peoples for thousands of years. Europeans gave the Latin name Apocynum cannabinum to the plant because of the similarity between its fiber and that of hemp (Cannabis sativa). In ideal conditions, the plant can produce stalks greater than six feet tall and provide an abundance of very fine, strong fibers. Similar to flax, dogbane stalks have relatively few and relatively small leaf nodes, which supports the production of long, continuous fibers. These fibers require relatively little processing compared to hemp, and fibers fine enough for many purposes can be obtained directly from dried stalks without retting or degumming. That being said, some level of retting and degumming will likely be necessary for most textile purposes.

With permission and guidance from indigenous land tenders, we harvested dogbane for the Bast Fiber Exhibit from a patch in Sonoma County that has been continuously tended for thousands of years and is within the traditional and ancestral territory of Southern Pomo and Coast Miwok peoples. In recent years, community members have worked to preserve and tend this patch amidst ongoing pressure from local development. The site is now protected under the Sonoma County Agricultural Preservation and Open Space District, and volunteers tend the site throughout the year by clearing brush and weeds and otherwise maintaining habitat for the plant. The preserve hosts a day of cordage making and stewardship each winter, and you can read here about a recent event.

Dogbane plays culturally significant roles for local indigenous groups. For example, the Southern Pomo and Coast Miwok traditionally relied on the plant’s strong fibers for string, thread, rope, baskets, snares, netting, and clothing, and cordage from the plant was used to make straps, belts, netted bags, hairnets, and ceremonial regalia. The plant had many medicinal uses as well.

Fire was used historically as a tending strategy by indigenous people to clear brush and promote the growth of dogbane, but recent fire regulations and nearby developments have made it difficult to maintain this practice. In a rare silver lining to recent fires in the region, the patch burned in 2017 as part of the Tubbs Fire, and those tending the patch now report vigorous and healthy growth, partly due to the reduction of invasive Himalayan blackberry and Harding grass.

map of fires, photo of dogbane

Above left, the star in the lower left corner of a map of historical fires shows the location of the dogbane patch. Above right, dogbane plants (Photo via Wikipedia)

Dogbane fiber shows a good combination of fineness and length. Alongside milkweed, it was the finest of the fibers we processed, and dogbane fibers were similar in length to those of nettle. While shorter than fibers from flax and hemp, the dogbane fibers had sufficient length to be spun on cotton equipment.

Dogbane grows and spreads easily in local conditions, reproducing through spreading roots as well as seeds. In fact, many landscapers and home gardeners struggle with dogbane taking over the areas they tend, and in some agricultural contexts the plant is considered a weed and competes well enough to create significant yield losses in fields of soy, corn, and other crops.

Dogbane supports several species of moths and provides abundant nectar to pollinators. As a vigorous, perennial source of fine fiber and habitat, dogbane has much promise as a component in regional fiber systems.


nettle plants

Nettle grows wild in wet areas, often by rivers and lakesides. (Photos by Nicholas Wenner, left, and Paige Green, right)

Nettle (Urtica dioica) grows perennially in moist soils throughout North America. Often known as “stinging nettle,” its leaves and stems are covered with small, thin, needle-like spines that can cause irritation if touched by bare skin. Once the plants have wilted, the spines are largely inert, and nettle leaves are commonly used as tea and eaten as food. Similarly, textiles made from nettle pose no danger and have been used next to human skin for thousands of years.

Seam Siren produces clothing from Himalayan nettle (Girardinia diversifolia) in partnership with Nepalese producers and shared perspectives on these efforts at the Fibershed 2017 Wool and Fine Fiber Symposium.

The nettle fiber we processed came from a subspecies of nettle known as hoary nettle (Urtica dioica ssp. holosericea). Compared to other local nettles such as California nettle (Urtica dioica ssp. gracilis), hoary nettle can grow very tall, commonly reaching above 8 feet. The sizes of the stalks and the fiber yields from each stalk are similar to those of some hemp. The fibers we processed were finer than those of hemp and similar to those of flax. In length, they were shorter than hemp and flax fibers and similar to those of dogbane.

In addition to fiber and food, nettle offers a green dye from the leaves and a yellow dye from the roots. As a perennial plant that grows readily in our region—often growing abundantly in irrigation canals on its own—we see the potential for nettle to play a strong role in integrated food, fiber, and dye systems.



Bees pollinate part of a 4-acre milkweed plot in Merced County, where Bowles Farming Co. is working to bring an abundance of native milkweed seed to restoration projects in the San Joaquin Valley. (Photo on the left by Nicholas Wenner, on the right by Paige Green)

Many species of milkweed grow in a variety of habitats throughout North America. They are classified in the genus Asclepias, which sits in the same family as dogbane. At least 19 species grow in California, including narrow-leaf milkweed (Asclepias fascicularis), which can be found in dry, open areas throughout the state, and showy milkweed (Asclepias speciosa), which grows in more mountainous, wetter areas. Milkweeds are named for an abundant, milky-white latex “sap” that seeps from injured portions of the plant. The latex contains chemical compounds the plants use to fend off predation from insects and other animals. Most milkweed plants are toxic for human consumption due to these defenses, although some milkweed species may be made edible if properly processed.

We processed fiber for the Bast Fiber Exhibit from narrowleaf milkweed grown at a site in Merced County, where Bowles Farming Company is working to bring an abundance of milkweed and other native seeds to restoration projects in the San Joaquin Valley (read more on our blog). The stalks of milkweed were much woodier than any of the other bast fiber plants. While the bast fibers were quite short—seldom reaching more than one inch long—they were extremely fine, similar to those of dogbane. Other specimens of narrowleaf milkweed or other species of milkweed might provide longer fibers, and the plants may serve as a source of fine bast fibers that would be suitable for spinning in short staple cotton systems, particularly in blends with cotton.

In addition to bast fiber, milkweed produces a cotton-like fiber from its seeds known as floss. While milkweed floss is too smooth to spin easily and does not form strong yarns on its own, the fiber is hollow and has been used commercially as a fill and insulation material for decades. The floss was used at an industrial scale during World War II as a fill for life jackets and it is currently processed and used on a small scale for winter jacket insulation.

Milkweed species also have benefits as habitat, providing strong nectar sources for pollinators and the sole habitat for caterpillars of the monarch butterfly. As a source of bast fibers, floss fiber, and habitat, milkweed stands alongside hemp, flax, dogbane, and nettle as a valuable resource for our bioregion.

bast fiber, photos by Paige Green

As the fashion industry grapples with its environmental impact, new materials are coming forward all the time, each proposing to be a sustainable solution. Bast fiber plants have proven their value throughout tens of thousands of years of relationship with humans. Their cultivation can be rooted in modern agroecological methods and offers a way to meet material needs with beautiful, natural textiles with a range of properties from breathability to biodegradation. Bast fiber processing systems built around hemp or flax may also support the development and processing of other bast fibers. For our region, we envision an integrated system that could make use of multiple types of bast fiber plants.

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13 thoughts on “Native Plants for Textiles: 3 Bast Fibers to Know Beyond Hemp and Flax

  1. I’m more than pleased to read this article about exploring the use of indigenous bast fibers for textiles. These plants are familiar to me as papermaking plants and I often harvest the fibers for cordage and small textile uses as well. I am anticipating looking up all the links, especially those that I haven’t explored yet.

  2. This article was extremely interesting to me as a spinner and a grower of common milkweed in my yard for the monarchs. Next end of summer I may just have to try processing the milkweed to try spinning it. Thanks for the information!

  3. Do you know which plants and species would have been growing in Massachusetts and Rhode Island at the time of First Contact by the Massachusek, Wompanoag, Nipmuc and Wompanoag? Also which types of hemp and flax were grown in New England by colonists?

    1. Nettle, dogbane, and milkweed are important fiber plants to native people throughout the country. We are not familiar with the native plants growing in that region at that time, but we encourage you to share anything you find. We are also not familiar with the specific varieties of flax and hemp used by colonists. We recommend checking out Fibrevolution’s website and resources. They are starting a bast fiber processing facility in Oregon and may have some leads.

    2. I learned about milkweed fiber from a Nauset Wampanoag woman who grew up on their small reservation on Cape Cod. She used swamp milkweed by preference. Early British accounts refer to both milkweed and dogbane (Indian hemp) being used locally, and they reported that Indian cordage of both was much stronger than their hemp lines. In the western Great Lakes region, where I live, nettle was more commonly used – because it’s just so common! Swamp milkweed does not spread by root, so it is more work to seek out and gather. Dogbane and nettle both spread by root to form huge, dense clones of hundreds or even thousands of stalks. Very easy to gather.

  4. Great article! Thank you for all the work by so many! As a small weaving Mill in Wisconsin, I have been providing weaving services for local fiber growers of both animal fiber and plant fiber for several years and am heartened to hear of the growing interest people are showing in bast fibers! I absolutely LOVE weaving linen! I would enjoy exploring other bast fibers more! And I will definitely check out Fibrevolution’s website!! I have been looking for ‘local’ linen yarn for years!!

    1. They left out one that is native to Africa and Asia. Kenaf hybiscus cannabinus. Its was grown in the 1940’s as a hemp rope replacement by us government. Here in Washington state i have naturalized it and produced 32tons of wet weight 10 to 12 tons of dry weight. Look for it as it slowly comes into the market place.

  5. Very interesting. I would like to know more about your fiber you processed out of the hoary nettle (Urtica dioica ssp. holosericea).
    Can you send me some more information and picture who the fiber look like?

    Looking forward your feedback.


    1. We decorticated the fiber by hand and soaked it in a dilute solution of sodium hydroxide on the stove top for about one hour, then washed it repeatedly with hot water and soap, rinsed it, dried it, and hand carded it. This was good for small-scale R&D, but wouldn’t be great for larger scale projects, partly because of the large amount of wastewater produced. The best picture of the finished fiber is the one in the photo with the coin. You can also see the raw and degummed fibers in the far right column in the bottom photo.

  6. What a wonderful world we are given!! As a hobby gardener, I’ve started a small dye garden and cotton patch. I live in Ontario, California. Where would I find information on what fiber plants could do well in a planted-but-untended style of garden? I’m sensitive to sunlight, so once I plant, most things get to be let alone until I need to cut them back, and in the early evenings I harvest

  7. Great article, very informative. However, the test of only narrowleaf milkweed is problematic. A desert species, it is short, has very thin stalks and lots of tough leaf petioles and branches. No wonder it gave very short fibers! I have been processing milkweed for years here in Wisconsin, and tried many species. By far the best I’ve found is swamp milkweed (Asclepias incarnata). It has tall, straight, robust stems with few leaf scars, and only branches near the top. I can easily get 4-foot long raw fiber bundles from it, and with careful processing can keep most of that length intact. It’s very fine but also very strong. I found a science paper that rated it not only the strongest of the milkweeds but the strongest of all bast fibers. It’s 93 percent cellulose. Hemp is 57 percent. No comparison.

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