in

Natural Pigment Dyeing with North American Plants!

A close look at various natural powdered dye from plants.

Learn more about the natural pigment dyeing that uses the North American Plants. Find out more about its history and the different plants that give color to dyes.

It is doubtful there is anyone alive who doesn’t get extremely excited when entering the marker aisle. I myself have fallen victim to impulse purchasing a pack of 200 colored markers to only ever use the primary colors. Colors are just exciting! There are so many available options! But there weren’t always, and it’s weird to think of a time when colors weren’t prepackaged in a writing utensil.

Using natural pigment as dye has largely fallen out of style, sensibly so, when much of manufacturing prioritizes speed and convenience. But there is a very distinguishable difference when you come across a naturally dyed sweater or a notebook dyed with flower pigment. The organic appearance can be so much lovelier than artificial coloring.

You’re here because you’re interested in foraging for plants with naturally intense hues, so we’ve prepared a little history, explained the types of dyes, provided a deeper look into a handful of the most common plants, and even prepared a list organized by color!

A Colorful History

Humans have been obsessed with pigments for many many moons. Ancient Egyptians and traditional Chinese cultures have foraged for natural dyes for artwork, makeup, and cloth dyeing since around 1300 BC. Chemical tracing has proven that common natural dyes were derived from minerals like azurite, blue copper, and alizarin.

A look at spools of thread in varying colors.

Throughout the middle ages, people starting mixing these natural pigments with egg to create a dried protein that would produce more intensely dyed materials. Chalk sticks began being produced, with the brightness of chalk creating a very vibrant color. Chalk was used by a couple names you may recognize; Rembrandt and Michelangelo.

Before the industrial revolution hit and pigments were created artificially, the options of colors was quite limited. For this reason pigments were named after the place where they were made. French ultramarine obviously came from France, Sienna produced what we recognize today as raw and burnt sienna, and Egypt was responsible for creating Egyptian blues.

The Use of Madder

A close look at the madder flower with the shrubs.

Rubia Tinctorum is a strange plant native to Persia. The use of madder as pigment dates back to textiles found in Pakistan dating back to 2500 BC! Madder is a bush with long finger-like roots that have a very intense pink color. These roots would be dug up, washed, dried, then turned into powder to harness that coveted hue.

It is said that the pigment in madder roots is so powerful, that animals who eat these roots end up having their bones and milk tinted a slight pink color.

Clumps of thread dyed with madder.

The Use of Woad

Isatis Tinctoria has a very interesting history to it. This plant is native to the steppe and other desert zones of the Caucasus (the region between the Black Sea and the Caspian Sea). The chemical extracted from woad plants is indigo! The woad leaves would be ground, dried, and made into a paste.

A look at a wild Isatis Tinctoria with the grass.

Because this color was so coveted, the competitive industry of cultivating Indigofera tinctoria, or “true indigo” began. This plant was part of the bean family, which was native to Asia and Africa. Because this “less authentic” indigo flooded the market and threatened the sales of woad cultivation, in 1577 the German government stated that this “fake indigo” caused yarn to rot, that it was “pernicious, deceitful, and a corrosive substance. Even going so far as calling it the “devil’s dye” and eventually outlawed the distribution of it, under punishment of the death penalty.

Jars of natural dye from Isatis Tinctoria.

Components of Natural Dyeing

Mordants

Mordants are water-soluble chemicals that help create a bond between a dye and a fiber. Usually derived from metallic salts, mordants are responsible for intensifying regularly pale plant extractions. Common types of mordants used are:

  • tin – this helps intensify warm-colored dyes, pinks, yellows, oranges, and reds
  • iron & copper – darkens any hue to make it more black, brown, and grey
  • alum – brightens any color of dye
  • copper vitriol – helps the creation of a green hue

Types of Dye

Natural dyes are categorized into two categories, adjective dyes, and substantive dyes.

Substantive Dyes: these are natural pigments that do not need the help of a mordant to achieve a brilliant and intense color.

Clumps of various colorful dyed Llama wool.

Adjective Dyes: these extracted dyes produce a weak and pale pigment. They need the help of a mordant to aid the dye in attaching to fibers.

A close look at natural dyed Llama wool.

North American Plants with Natural Pigment

For anyone in North American interested in going foraging to obtain some natural dyes, here’s a shortlist of some very common and easily identifiable plants that produce brilliant pigments.

Bloodroot – Sanguinaria Canadensis 

This perennial herbaceous plant can be found all over eastern North America, specifically east of the Great Lakes and southward towards Florida. The trend in the Maritimes in Canada. They like to grow in moist wooded areas, or near shores or streams.

A close look at a few blooming bloodroot flowers.

Bloodroot also has several medicinal properties and is responsible for an array of red dyes. Each part of the bloodroot plant can be used for dye extraction; root, stem, flower, and seed. Although the pigment is rather bright in itself, mordants are usually added to help intensify them.

Butternut Tree – Juglans Cinerea 

The butternut is a deciduous tree and prefers a cooler, more dry climate. Native to the eastern United States and southeastern Canada, these trees can be found from New Brunswick and southern Quebec, all the way down to Minnesota, Alabama, and southern Arkansas. The butternut tree proliferates around 2000 ft above sea level, especially around the Columbia river basin.

This is a close look at the branches of a butternut tree.

Butternut bark is used to create brown dyes, young roots can be used for black dyes, and if combined with an iron mordant, a rather incredible charcoal color can be achieved.

Mountain Alder – Alnus Incana 

The mountain alder is a species of the birch tree, which is native to northwestern North America. They tend to grow in nutrient-poor soils and can be found at elevations up to 4900 ft. They commonly grow along mountainside streams and brooks in New Mexico, California, and even Alaska.

This is a close look at a mountain alder tree.

All aspects of the alder can be used to obtain dye. The bark was commonly used to stain basketry weavings and creates a flaming red pigment. The inner bark creates exceptionally lovely yellow dyes. Mountain alders are adjective dyes.

Raspberry, Blackberry, Blackcap, Thimbleberry, Dewberry, Boysenberry, Loganberry – Rubus Family 

All of these types of berries can be found all over North America, as long as they have access to rain and sunlight. Desert climates tend to be too dry for berries to thrive. All parts of these plants can yield dye colors; the berries, leaves, and canes. They all produce relatively similar dark purple and pink pigments.

A close look at clusters of blackberries growing.

Blueberry – Vaccinium Cyannocus 

Blueberries can be found everywhere in Canada and the United States. Wild blueberries are called “low bush” varieties and cultivated blueberries are called “high bush” varieties. Blueberries grow very close to the ground as forest floor coverage, usually near a body of water without too much sun exposure.

Clusters of blueberries ready to be harvested.

To extract pigment, they are usually simmered and strained, with the strained liquid having been dyed a lovely pale blue. Blueberries are often accompanied by a mordant to achieve a more intense color, in other words, an adjective dye. The berries’ flowers are used for pigment as well.

Safflower – Carthamus Tinctorius 

Safflower is actually the oldest crop cultivated by humans. Interestingly enough, a chemical analysis of Egyptian textiles found safflower pigment as their dye, dating back to the 12th Dynasty (1991-1802 BC). Due to its very rich color, safflower is a wonderful substantive dye.

A close look at a field of blooming safflowers.

This thistle-like plant is native to arid environments with heavy seasonal rain. California actually accounts for 50% of all safflower crops in America, and safflower can also found in North Dakota and Montana.

Safflower petals are dried and turned into powders to achieve very vibrant yellow and red dyes.

Beetroot – Beta Vulgaris 

Beets can be found anywhere since they are so commonly farmed (and for good reason!). Beets are an incredible choice for natural pigmenting, as they will permanently dye anything they touch with a very concentrated color.

A close look at beetroot and its natural dye.

Beetroot is often used in natural food coloring as well since the color is so intense. Beetroots can be turned into powder, or they can be boiled, and the water used as a dye.

Sumac – Rhus Glabra 

This thicket forming plant can be found in subtropical and temperate regions — all over southern Canada, and trailing down to the southern United States as well.

A close look at the dynamic flowers of sumac.

The leaves of sumac plants contain extremely high concentrations of tannins, and they’re a great example of a substantive dye. Usually, dye forages wait until sumac leaves fall, and then collect them and turn them into powders. Traditionally, sumac has been used to dye leathers.

Sumac fruit creates black and very deep red dyes, whereas young roots achieve a bright orange color, and older roots create a deep red pigment.

Dyes Organized by Color

There as so so so many other plants that can provide extremely rich and brilliant pigments, and we’ve organized some of them that can be found all over Norther America — organized by color for easy choosing. Note that each of these plants can produce a variety of different hues, but trend towards their color category.

Black – may apple, northern catalpa, sand evening primrose

A cluster of blooming primrose stands out against the shrubs.

Brown – down plox, elderberry, prickly poppy

A close look at clusters of elderberry.

Gray – canaigre dock, iris

A close look at purple and blue irises.

Green – basket flower, butterfly milkweed, goldenrod, sagebrush, stinging nettle, texas paintbrush

A close look at clusters of goldenrod flowers.

Purple/Blue – black locust, hairy coneflower, Indian blanket, red mulberry, summer grape

A close look at clusters of coneflowers blooming.

Red – black willow, chokecherry, Ozark chinkapin, prairie parsley, slippery elm

A close look at chokecherries growing on a tree.

Orange – eastern cottonwood, plains coreopsis, prairie bluets, sassafras, western commandra

A tall tree with orange leaves.

Yellow – golden wild indigo, honey locust, indiangrass, pecan, tall cinquefoil, yarrow

A close look at blooming yarrow flowers.

↓ Next Post Below


CLICK HERE for Free Design SoftwareTry our free 3D home/room design software.




HAUS Naturals Stainless Steel Cleaner