dyeing | Local Color Dyes

March 2, 2012December 17, 2023

New Umbilicate Vats

Last Friday (February 24th) I set up three new umbilicate lichen vats with the fallen lichens I collected on February 1st and 6th. I had stored them in two different bags. The material in one bag was damp, and the other dry and crispy. You’re supposed to dry them first, but I proceeded with the damp ones and hope it works out.

Several of the pieces were enormous. If they grow half a millimeter a year, this six inch piece must have taken over 300 years to reach this size!

This piece, too, must be ancient.

As you can imagine, handling these things inspires awe.

I crumbled up the dry ones, tore the damp ones into small pieces, and combined them. I had 12 cups all together, though “cups” is sort of relative because you can compact them, and then they spring back up again. The total weight was 12 ounces. I divided the lichen pieces between three jars, with 4 ounces in each.

With the exception of using the damp lichen, I followed the directions in Casselman’s Lichen Dyes. I also found and re-read her article “Color Magic from Lichen Dyebaths” in Shuttle, Spindle, and Dyepot from Spring 1986 (vol. 17 #2), which I forgot to mention in my posts before.

She says to choose a jar that can accommodate twice the volume of the lichens. You need a lot of headroom in the jars to allow the lichens to expand when they get wet, and to make sure there is enough oxygen in the vat. I put the crumbled up lichen in the jars, and added equal amounts of ammonia and water (2 cups of each). The ammonia solution was pH 10.

Here are the jars.

You can see that the bubbles on the surface are clear (well, a very light color).

After a week of stirring up the soaking lichens each day to incorporate oxygen, the color is developing nicely. Here’s the spoon I’ve been using, plus some of the liquid which has dribbled off.

Here are the jars after a vigorous shake this morning. Note the darker, more reddish-colored bubbles. I have to admit that I have not been stirring as many times a day as Casselman recommends, but things seem to be moving along OK.

It takes at least 16 weeks for an ammonia vat to develop and “ferment” properly. I will continue to incorporate oxygen regularly, which Casselman says is necessary to allow the orcinol to convert to orcein. So, don’t hold your breath as I probably won’t post about these vats again until June.

February 29, 2012December 17, 2023

February 29th, 2012

The Leap Day of the Leap Year

Today it is snowing. A much more typical wintry day than February 1st. Here’s what I have been doing so far today, fiber-wise:

I wove a section on my new warp, threaded once again with Young Lovers Knot, for a new batch of journals. Today I wove the section in the photo below. The blue is 22/2 cottolin dyed with woad and weld, and the tabby weft is teal 20/2 cotton, commercially dyed. When I first dyed the cottolin I was disappointed not to get a better green, but with the brighter colored tabby background it looks very nice anyway.

I changed the treadling for the sections where I’m using 20/2 linen or 22/2 cottolin because no matter what I do, I can’t beat it square with these yarns. With 10/2 cotton or 10/2 tencel it’s not a problem. Linen is just less inclined to submit to compression. It’s one of the things I love about linen, it has a mind of its own. And really, it’s not meant for overshot pattern weft, so who can blame it? To accommodate the linen, I shortened the square (or table) by two picks.

I wet-spun spun some bleached flax top (from Louet, not my own). It’s tow (short fibers). I did about half this bobbin today. My legs got wet, but it went with the snowy theme outdoors, so I didn’t really mind.

I was originally planning to spin a second bobbin and ply them, but I think I will leave it as singles and take out some of the extra twist when I wind it onto bobbins for weaving. My new plan is to spin the other half dry and then weave samples with them (using them for weft) to see if there is a noticeable difference between wet and dry spun tow.

I did the second extraction on two new dyebaths that I started over the weekend. One is madder (8 oz. roots bought from Aurora Silk a few years ago). The other is the Flavoparmelia lichens I collected this winter, plus the bark they were growing on. Since it is snowing, I heated these indoors today. Fortunately, they both smell amazing. Too bad you can’t smell them. The lichen smells like hot piney woods in the summer or a toasty fire in a cabin in the woods. The madder smells fruity, like red wine or blackberries getting boiled for jelly.

I plan to extract each one more time, then combine the extractions for stronger color. With the combined extractions, I am hoping to get a respectably rich color from the first madder bath, at least. The Flavoparmelia is an experiment, but I figure I’ll give it every opportunity to yield a strong color, if it can.

I am sticking with cellulose yarns for the time being, which are proving to be tricky. The colors are coming out lighter than I expect each time, with the exception of the CRAZY bright weld earlier in the fall/winter. Here’s how it’s looking woven up. These two photos show 20/2 linen half-bleach pattern weft with black 20/2 cotton tabby (on the black warp).

These two show the same weld-dyed yarn with a light blue 20/2 cotton tabby weft. It’s a very woady blue, but it’s commercial. (In these sections I had not yet shortened the square, hence it is rectangular.)

Last but not least, I have stirred up my new umbilicate lichen vats to incorporate oxygen. I will post about that separately.

It’s been great to have an extra day to work on all these projects. We should have a leap day every year.

February 25, 2012December 17, 2023

Textile Jigsaw Puzzle

What do weavers and dyers do when they are not weaving and dyeing? For one thing, textile-related puzzles! Matthew and I just finished this incredible puzzle.

Sorry, the overview of the whole puzzle is a bit blurry, but here are some details.

The puzzle is published by Pomegranate,1000 pieces, and very complicated. It took us quite a long time, but it was fun and it’s beautiful.

According to the description on the box, the image shows a portion of an offering cloth from the late 1700s found on the Island of the Sun in Lake Titicaca, Bolivia, made from handspun wool. The description specifically says that it probably was not a woman’s manta (shawl), because of its size. It is in the collection of the National Museum of the American Indian in Washington, D.C.

On the website of the National Museum of the American Indian, this same cloth is catalogued as a woman’s manta, 120x120x110 cm, made of cotton and camelid fiber yarns (meaning alpaca or llama). The site where it was found is described as the Temple of the Sun or Temple of the Virgins of the Sun on La Isla de la Luna, or Island of the Moon. I’m not sure which source is more accurate (I assume the museum catalogue). By the way, check out the “materials” list in the “object specifics” part of the collection search function. A list after my own heart.

The cloth features horizontal rows of abstract patterns (reminiscent of flags and bunting) alternating with fields of representational images including amazing animals like deer (or maybe alpaca or llamas), ducks, eagles, parrots and other birds, monkeys, people, and mer-creatures (one looks like it’s playing a guitar and is half-seal or perhaps half-manatee). There are lots of things which look like stacked up bowls, which we came to refer to as “ice cream sundaes,” and reminded us of those beautifully presented piles of fruit and other offerings at Buddhist temples. The overall feeling is a celebratory sense of teeming life and energy and abundance.

As a dyer, I was very interested in the colors. Shades of red and maroon dominate, with gold, yellow, white, purplish brown, and several shades of blue, of course all dyed with natural dyes. It was hard to tell how many colors had been used in the original cloth. The same shade of maroon looked different depending on whether it was surrounded by bright red or gold… or were they really two different shades of maroon? Tricky.

This is a color theory phenomenon called simultaneous contrast. The hue (color), chroma (intensity), and value (degree of light/white or dark/black) of a color look different depending on one color’s relationship to another. If you search for this on line you can find some great examples. I liked the examples on David Brigg’s website (though to view the videos you need Flash and some other plug-ins).

February 22, 2012December 17, 2023

What’s a Lichen?

What is a lichen, anyway? A lichen is a symbiotic organism composed of a fungus and another organism that can photosynthesize. Fungi do not photosynthesize, that is, they do not make their own food from sunlight (and carbon dioxide and water) using chlorophyll. They are heterotrophic, meaning they get their nutrition from outside themselves. Fungi are different from plants and have their own taxonomic kingdom. The photosynthesizing organisms in lichens are different kinds of algae, cyanobacteria, or sometimes both. The photosynthesizing part of a lichen is called the “photobiont” (short for photosynthetic symbiont). 12/17/2023 Edited to add: Check out my blog post from 2016 with exciting updated info about lichens!)

The photobiont makes sugars and other carbohydrates through photosynthesis, and allows some of these nutrients to be absorbed by the fungus. In return, the fungus provides structure and stability, some protection from sunlight, and as much consistent moisture as the habitat can provide, by conducting water through its cell walls. The fungus combined with its photobiont grows into a particular shape or structure. By itself, with identical genetic information, the fungus would not grow into this shape. The algae and cyanobacteria would not be able to colonize rocks or bark or other places that lichens grow without the fungi.

Lichens are amazingly complex, and scientists still don’t know all the details about exactly how they work. They come in a huge range of colors, textures, shapes, and sizes, and grow on lots of different surfaces (or substrates) in a very wide range of habitats. Some lichens are able to fix atmospheric nitrogen, and play a role in creating conditions to support plant life. Lichens readily accumulate minerals, including toxic compounds, are thus very susceptible to pollution. They grow very slowly. Foliose lichens (named for their leaf-like structure) like my Flavoparmelia caperata grow an average of .4-.5 mm a year. Umbilicates are also a type of foliose lichen with extra-big “leaves.” Umbilicate lichens form new cells at the center, which is why it doesn’t kill the lichen to tear off small pieces from the outside edge.

The acids and other compounds that make lichens useful for dyers serve a range of functions in the lichens themselves. Some are pigments that filter out certain wavelengths of light, some have antibiotic properties that inhibit other organisms that might compete with the slow-growing lichens, some make them taste bad so herbivores won’t eat them….

OK, I could go on and on, but if you’re interested you can read more on your own. Again, here are my two trusty references:

Lichen Dyes: The New Source Book by Karen Diadick Casselman. Mineola, NY: Dover Publications, 2001.

Lichens of North America by Irwin M. Brodo, Sylvia Duran Sharnoff, and Stephen Sharnoff. New Haven: Yale University Press, 2001. This is THE book. In addition to being an incredible and beautiful reference, its bulk makes it useful as a book-binding press, and occasionally to hold up the printer:

February 22, 2012December 17, 2023

A Tale of Lichen and Weird Winter Weather (Part Six)

This part of the story actually happens before the lye testing in Part Five, but to me it is the climax of the whole story, so I saved it until the end.

As the ground stayed bare this winter, I continued to see lots more (probably) Flavoparmelia caperata lying on the ground, and other lichens. It made me wonder how much usually gets buried under the snow. Does it usually get crushed and decompose? If it had been a regular snowy winter, I’d never even know it was there. Which leads me to….

Part Six: Non-Snowy Woods on the First of February

The first of February was glorious and warm and sunny. To celebrate the day, I went for a longer walk than usual. A hike. There was not a patch of snow on the ground anywhere, only occasional ice. Just as I was thinking about how happy I was that this non-snowy winter enabled me to learn more about lichens, I noticed a lot of umbilicates growing on a rock face that I’d never really noticed before. I scrabbled over to check at the base of the rocks for any fallen pieces. There was an incredible, astonishing abundance! I felt like I was in a fairy tale; I’d been thinking about how awesome lichens are, and then ta-da there were tons of them. Magic. And not just any lichens, the awesomest ones.

I filled both my pockets with loose pieces from the ground, but there was way more than my pockets could hold. A blissful day and a blissful foraging treat.

Here are some photos. Some pieces were right on the ground, and some were hidden under the leaves. The underside of these umbilicates is velvety and black. The top is greenish, olive, or brownish. They are sometimes called “rock tripe,” hence the labels on the photos (if you hover over or click on an image it tells you the title of the photo).

I went back to the same spot on February 6th (another glorious day) with a gallon sized zip lock bag, and filled that also.

The discovery of this abundance made me wonder whether this much falls off every winter, or whether more pieces than usual broke off this year because of the weird (comparatively warm and dry) weather. Would I find this much again another winter? I’m not sure, but I don’t think so. I think this weird winter was special.

February 17, 2012December 17, 2023

A Tale of Lichen and Weird Winter Weather (Part Five)

Part Five: Picking up Fallen Lichen in the Non-Snowy Woods

Right after the big storm in October, we had a spell of very warm weather and all the snow melted at the beginning of November. However, the broken trees and branches still lay everywhere. Lichen and salvage botany were very much still on my mind. Karen Diadick Casselman wrote in Lichen Dyes that in the woods behind her house, several species of lichen dropped daily to the ground, which provided an almost unlimited supply, should she choose to use them. (She went on to say that she focuses on studying lichens rather than on dyeing in volume.) I wondered how much lichen could be gathered if I picked up only what had fallen on the trail, road, or sidewalk as I went on my walks, and only what was most abundant. Well, in one week of walking almost every day, I had 4 cups of this lovely stuff (including quite a lot of bark, to which it was attached):

To be honest, I’m not positive it was all the same species, but visually all the little pieces looked very similar. I could sure collect a lot of it, but what exactly was it, and was it useful for dyeing?

Positively identifying it has been an on-going process. Today I completed the most recent step, having acquired a container of lye from my mom, whom I visited yesterday. Thanks, Mummy!

Earlier in the winter, I had gone through the dichotomous key for “foliose lichens that are not umbilicate, jelly-like, or yellow” in Lichens of North America. With a pretty good degree of confidence I continued on to the Parmelia key. The most likely candidates were Flavoparmelia caperata (a.k.a. Pseudoparmelia caperata, the Common Greenshield lichen), Flavopunctelia soredica, or Flavopunctelia flaventior. The time had come for chemical testing.

I hoped that using just bleach for the C test (short for calcium hypochlorite), I could tell the difference between F. caperata and F. soredica or F. flaventior. Here’s why. Both of the latter are supposed to react C+ red when spot tested on the medulla. That means when you scrape off the top layer (cortex) and expose the white layer underneath (medulla), then apply a dab of bleach to the white area, it will turn red. It didn’t. Here’s a photo comparing the foliose lichen in question with an umbilicate lichen that definitely did react C+ red.

The umbilicate is in the lower part of the photo, and shows a very bright red-orange reaction. The foliose lichen above shows very little color change. Depending on how dramatic the reaction is supposed to be, you could call it yellow, or you could call it nothing. On the medulla of the foliose lichen, there was more of a reaction (the spot on the upper right which is a little bit darker yellow), but it’s definitely not red.

Having ruled out F. soredica or F. flaventior, I was pretty happy to say that my abundant foliose lichen was Flavoparmelia caperata. But I didn’t actually prove what is was, only what is wasn’t. Enter the lye, which lets you do the K and KC tests (K stands for the potassium in potassium hydroxide)

F. caperata is supposed to be K- on the cortex and medulla, KC + gold on the cortex, and KC+ pink on the medulla. Here’s what my results this morning looked like. The first photo shows a piece of the lichen with the medulla exposed (the white area):

The photo above shows the K- reaction on the cortex, and the one below shows K- on both the medulla and cortex. It’s slightly brighter green where I dabbed on the lye solution because it’s wet.

The photo below shows the KC+ reaction on both the cortex and medulla. (KC means you apply a dab of lye solution, then a dab of bleach on the same spot.) However, I would not call the color on the medulla “pink,” exactly. It’s redder than the gold on the cortex, but it’s more orange, I’d say.

On the other hand, my “red” reaction on the umbilicate was sort of orange, too. So, there you have it. Probably my abundant foliose lichen is Flavoparmelia caperata. It does not appear to be an interesting source of dye, unfortunately. I may go ahead and try it anyway. I’ll let you know.

February 10, 2012December 17, 2023

A Tale of Lichen and Weird Winter Weather (Part Four)

Part Four: Dyeing with the Ancient Umbilicate Vat

Winding skeins, scouring, mordanting, tannin baths, etc. took a long time, so the dyeing didn’t actually happen until December. It was the first time I’d used lichens on cellulose fibers. According to Casselman, and others, lichens are substantive dyes, meaning they don’t require a mordant. But I’m inclined to agree with Joan Morris, who said in a workshop last summer, “With natural dyes, cellulose fibers need all the help they can get.” Cotton, linen, and other plant-derived fibers are not naturally inclined to slurp up color the way wool does, so you’ve got to give the fibers every opportunity to hold onto the dye molecules. I decided to mordant with alum acetate *and* treat the yarns with a tannin bath for good measure.

Here’s the vat liquor strained into a jar, undiluted, pH 12 or 13.

Here in the dyepot you can see the magenta color of the vat liquor.

I diluted the vat liquor with water (6 cups vat liquor to 28 cups water) and the pH was 9. Into this stinky (rotten fishy) pot went my tannin and alum acetate-treated linen and cottolin skeins. Well, if you read my earlier post about weld and cellulose, you know that tannin can have a darkening and weirdening effect on color, even the gallotannin I’ve been using, which is very light. The darkening effect of iron is called “saddening,” so maybe I can call it saddening with tannin, too, but it’s not quite the same. Anyway, you can probably already picture the scene. Here it is:

Yes, I got a very interesting purplish brown. Basically brown. An unusual sort of brown. But brown. At first I was disappointed and felt very bad because, to me, dyeing with lichens is a weighty thing. I feel there is karma, or at least a moral burden, attached to it in a way I do not feel with goldenrod or Queen Anne’s Lace or other more happy-go-lucky sorts of plants. Venerable ancient organisms shouldn’t be wantonly ripped up and fermented for the making of browns.

Here though, I must digress. Later in December and January, I noticed this color regularly on my walks, especially in the woods when the sunlight was orange-pink early in the morning or just before sunset. Something about the light made the trunks of certain pines (red pine, I think) reflect exactly this purplish brown. I also saw it in tangles of old blackberry canes, and where red maple leaves had fallen and dried among oak leaves. When I noticed this, I felt grateful to the lichens for having opened my eyes to this color. It’s a real color in its own right, with a place in the world, not just an accident or a mistake. Now I love that color. OK, back to the story.

Back in December, still hoping for pink, I added a little soda ash to the exhaust bath to bump the pH up to 10, and used bleached cotton skeins mordanted only with alum acetate. I got a pale bluish pink, a very subtle color, and was happy.

February 7, 2012December 17, 2023

A Tale of Lichen and Weird Winter Weather (Parts One, Two and Three)

This is a long story. I will tell it in parts.

Part One: The Snow Storm

At the end of October, 2011, we had a big snowstorm. The snow was wet and heavy, and snapped and broke tons of trees and branches. There were sad broken trees all over the place, and it took a very long time for all the wood to get cut and stacked or moved away. In the woods, depending on how much people-traffic there is, a lot of trees and branches are resting where they fell to this day. And many of these trees and branches were, and are, covered in lichens. It was an unusually early storm with an unusually destructive impact–the first installment of the weird winter, weather-wise.

Part Two: Karen Diadick Casselman

Around this same time, I was planning a series of cellulose dye projects. One of the dyestuffs I wanted to use was an umbilicate lichen fermentation vat that had been sitting in the closet for an indeterminate length of time. Well, it was determinate. Since July 2006. I know, ridiculous. I blame my Master Weaver certificate. After so long, I figured it was time for a refresher on lichen dyeing, so I re-read Karen Diadick Casselman’s Lichen Dyes.

It is an inspiring book on several levels. I especially appreciate her guidelines on the ethics of gathering and using lichens, and her promotion of “salvage botany.” After rereading her book, I was embarrassed to realize how far I had fallen short of the Code of Ethics she outlines, and was motivated to try harder. She suggests learning to identify five species of lichen, including the Latin names, before you collect or use any. I haven’t done this. I’m lucky to own an incredible resource, Lichens of North America by Brodo, Sharnoff and Sharnoff (a score at Raven Used Books in Northampton many years ago), so I don’t really have an excuse. Among her other recommendations, which I do follow:

“Focus your attention only on found (unattached) lichens.”

“Use for dyeing only those lichens that are conspicuously abundant.”

“Avoid using lichens to make unexceptional dye colors (e.g., beige).”

I take to heart, in particular, this admonition and astonishing, awe-inspiring fact:

“Learn to appreciate that large umbilicate lichens may be hundreds of years old. Respect these organisms as you would any other botanical specimen of mature years.”

Part Three: A Little Personal Lichen Back-story

My first lichen experiments were in 2004. I used two different types that had fallen from the trees onto a lawn on Cape Cod. With the boiling water method and no mordant on wool (Finn), one type produced a warm creamy yellow, and the other golden brown. I never did positively identify them. The one which made yellow was possibly some type of Usnea (my best guess was Usnea strigosa), the other possibly a Flavoparmelia (F. caperata?) or Rimelia (R. reticulata?).

Here are the same samples on two different color backgrounds. The sample in the center was first dyed in the yellow bath, then the golden brown one:

Both lichens yielded colors that were much better than beige, but I felt like I could get these colors in other ways, so I didn’t try them again.

Some lichens make amazing colors in the magenta, red, and pink range, with an ammonia fermentation vat. It is very hard to get these colors with natural dyes, unless you use cochineal. Cochineal is not local to New England. Plus, it’s pregnant female bugs and that just makes me feel bad. So, using these special lichens seems worthwhile to me.

These awesome lichens are called umbilicates. An umbilicate lichen attaches to its substrate (what it grows on) by an umbilicus, which is like a little foot or holdfast, or an umbilical cord. I’m sorry to say that I am still not positive if I have been using Umbilicaria americana or U. mammulata, or perhaps both (apparently they often grow together).

These umbilicates are not too hard to find, if you do a lot of hiking around in the woods. They grow on steep rock faces, and where they are happy you can sometimes find tons covering the whole surface. It’s a simultaneously earthly and alien sight.

Here are some happy lichens growing on a small south-facing cliff yesterday (February 6th, 2011):

If you tear around the edge and leave the umbilicus attached, the lichen can keep growing. 12/17/2023 Editor’s note: Yikes! My deepest apologies for ever doing this! Don’t do this! Edge-pieces will fall on the ground all by themselves, and you can pick up the fallen pieces if you look around the base of the rocks.) My practice had been to gather infrequently and sparingly from several different spots. This was how I gathered the jar-full that had been sitting in the closet in an ammonia solution fermenting for oh so long. I have used them a few times very successfully on wool.

Here are the samples of my umbilicate dyebaths on wool, using the ammonia fermentation method that Casselman outlines in her book.

The top picture demonstrates that too much fiber will give pale colors, so don’t be greedy with umbilicate vats. This process requires a bit of discipline and restraint. In the bottom picture, the difference in color between the samples on the right and the ones on the left is due to pH. The ones of the left were immersed in a high pH bath (not as high as the vat itself, but still very alkaline). For the ones on the right, I added vinegar as well as water to the vat solution, and got the pH down to 7. In general, higher pH (alkaline) will give more blue colors, and lower pH (acidic) will give more reds.

There’s more to come in the lichen saga, so stay tuned.

February 6, 2012August 10, 2016

Dear Reader

It has come to my attention that some people read my blog. Hello out there! I have enabled comments (which were formerly closed). If you leave a comment and it doesn’t appear immediately, it’s because I am moderating comments to keep out spam. I will try to check for comments daily. If spam becomes a problem I may close them again, but let’s give it a try.

January 30, 2012December 17, 2023

More journals

This weekend I sewed together the last of the books from the Young Lovers Knot warp. Three have blue 10/2 tencel for the pattern weft (the color is called Moroccan Blue from Textiva Yarns) with black 20/2 tabby weft. One has a copper-colored 10/2 cotton pattern weft (a UKI color called Mead) with black 20/2 tabby, and one has green 10/2 tencel (Emerald Green from Textiva Yarns) pattern weft with 20/2 black tabby.

Here are a few more details about them. The coptic binding lets the journal open flat as you write. This is an advantage because you can write anywhere (e.g., sitting snug in bed with your journal propped on your knees). Also, you don’t waste any paper because you can write all the way to the edges.

These journals are meant for writing, rather than drawing or painting. The paper is smooth, so you can write without bumps and lumps. Any kind of pen will work (except Sharpie bleeds through). I prefer old-fashioned ball points, my pen of choice for decades. The paper isn’t too plain, though, it has visual texture, with little flecks of light brown against the cream-colored paper.

The spines are exposed so you see the folds of the signatures, and the coptic stitch is decorative. I like how the stitching extends the feeling of the threads in the cloth on the covers. It makes the books feel connected, like the covers and pages grew together.

Matching the color of the waxed linen thread with the yarns in the cover is fun, though not straightforward. I bought certain colors of waxed linen thread specifically because they matched the yarns I have. But when the cloth is all woven together, interactions between the pattern yarn and the tabby yarn create new color effects. This is always true with weaving, but it happens in a particular way with overshot because of the interactions of the tabby weft with the pattern weft, as well as the warp. Because of these interactions, two colors that were similar when compared one-on-one no longer look alike. I prefer the color of the waxed linen thread to blend into the cloth on the covers. To me it adds to the feeling that the cloth and the stitching are one process or one structure.

My journals are no longer available at Food for Thought Books, since they are in the midst of textbook rush and the space is filled with books for classes for the new semester. For the moment, I have them here at home. Here is the description I posted with the books at the store:

“These books were handmade by Michelle Parrish of Local Color Dyes and Wood Thrush Weaving – Amherst, MA. I hand wove the cloth for the covers using cotton, tencel, and cotton-linen blend yarns. The pattern is a variation on a traditional overshot motif called “Young Lovers’ Knot.” I sewed the books with a Coptic binding using waxed linen thread. In addition to being decorative, the Coptic binding allows your book to lay flat as you write. The writing paper is 50% post consumer recycled, acid free, and FSC certified. Though all the books in this series share the same pattern, each book is one of a kind.

I made these books so that people could write in them. Writing helps me make sense and meaning of my life, to re-tell and remember, to think, plan and decide, and to create continuity and a sense of personal history over time. It connects me to myself. I have kept a journal since I was 7 years old.

The overshot pattern on the cover holds a story of its own, and is connected to a longer history. In times past, these patterns were woven with linen or cotton and wool, and made warm, durable bed covers. Many old coverlets were made entirely by hand and represented months of work: the linen was grown, processed, and spun, and the wool sheared, washed, spun, and dyed, by the weaver and her family. There are hundreds of traditional overshot patterns, many with evocative names. Each of us lives a unique story of our own, but we are all connected to one another, past and present, through the fabric of life. I hope one of these books will connect you to others who labored, created, lived and loved, and passed their stories to us in the form of these traditional patterns.

And I hope these journals offer a space to write some of your own story.”