Grist Shawl

A purple and pink striped crochet shawl laying underneath a owl russian doll yarn bag.

I was in high school with my paternal grandmother passed away, which means that I inherited my grandmother’s crochet hooks and sewing basket at a time in my life when I wasn’t intently crafting. I wasn’t looking to learn new skills and I didn’t have regular access to craft supplies. My aunt was regularly encouraging me to knit by gifting me nice yarn and needles when my birthday rolled around and I had enjoyed sewing during home ec, but otherwise, I’m not sure why I was thought of when it came to finding a home for the crochet hooks and sewing basket filled with notions. They aren’t things I grabbed for myself with the intention of thinking of her while I used them, these things were items that someone else thought I would enjoy having.

The interesting thing is that they weren’t necessarily wrong. These hooks and sewing notions have moved from apartment to apartment with me, patiently waiting until the day I decided to take up a new craft. Sewing reentered my life when I bought a $20 vintage machine in 2018, earning the notions a permant location on my craft table. Crochet and I have a more tentative history, one where I bring the hooks out every couple years determined to actually learn how to use them. The last time I opted to try learning was back in 2016, where I made my first dish cloth, scarf and baby blanket. In 2020 I tried again, making up crocheting in the round to make a couple of coasters. Setting my sights on a few crochet projects that popped up in my instagram feed, I signed myself up for a few classes this year. Thinking perhaps 2022 would finally be the year I switch my ravelry filter from only knitting to knitting and crochet, I signed up for a few project based classes at Gather Here and one at Webs Yarn.

Grist, by Victoria Myers, was my first attempt towards this goal. It’s the first project I’ve completed using a pattern, as well as the first one I’ve attempted that manipluated increases and decreases in order to create a shawl shape.

One of the tricky things about learning something new is that you have to anticipate the project not looking perfect at the end, which means it’s hard to justify spending a lot of money on nice yarn. The flip side of this, is that once you’ve worked with nice yarn, it’s hard to justify forcing yourself to work with lesser yarn. To combat this dilema, I used leftover yarn and converted the shawl into a cowl when I ran out of yarn.

The final result is a finished object I will never wear! I probably would have been better off blocking the shawl and enjoying a mini Grist than working a cowl that looks funny. Oh well, you live and you learn. At least I learned how to read a pattern and am ready to move on to more complicated crochet things :]

On going off the beaten path

94404582_725926194612925_8566214286488109056_nIt’s that time of year, there’s mud everywhere and people are remembering that it’s nice to go outside. For those of us who hike through the winter, this means getting up a little earlier to beat crowds to trails and having a backup plan in case everyone wants to hike the same trail you do. COVID-19 seems to have caused an increase in the number of people looking to get out. This is awesome and we’re excited to see so many people enjoying nature, minus the few people we’ve run into that don’t respect the trail (Don’t light fires in the middle of the brush! There’s a lot that can burn right now! Also, please clean up your trash.).

With everyone looking to hike, we’ve taken to seeking out trails that require all-wheel drive and some grit to get to or generally harder trails. We actually drove up to one mountain, only to turn around and attempt to access it from another side! It would have been an amazing story if we had been able to locate the trail and walk on more than an old logging road. Not that I’m complaining, it was absolutely gorgeous back there.

img_20200422_113123It seems as though our hiking habits have leaked into my knitting again; I’m currently working on another Flax Light by TinCanKnits and couldn’t help but deviate from the suggested “fingering” weight that the pattern calls for. For all of the sweater’s ribbing, the plan is to hold a skein of Rohrspatz & Wollmeise Lace-Garn that’s been sitting in my stash double. For the rest of the sweater, I’m holding the Lace-Garn with Stacy Charles Fine Yarns Luna Effects. The result is this fuzzy (and a little tacky) sweater that makes me feel like I belong on the original set of Full House. I can’t help but get excited as I set the sleeves aside and begin to take on the body, good thing I live in the mountains and might get to wear it on a cool summer night.

The crazier undertaking has been converting Azalea from a thin strap tank-top into a short-sleeved sweater. The body of the tank is simple enough, minus some cool lace at the bottom, and knits up relatively quickly. Once those pieces are knit, you’re supposed to pick up stitches and knit 3 rows or so to make straps. In other words, once you’ve knit the body it shouldn’t take much longer to complete the project. But I’m a knitter and what’s the point of knitting something if you can’t make it what you really want?

Using the yarn I bought in Spain, I enthusiastically knit the front and back pieces. Then I took a deep breath, picked up the side stitches and knit sleeve caps. Sleeve caps are really cool! I’ve never done them this way before, but I knit a different sweater that has you seam them on at the end and really like the way it makes the sweater fit. After knitting the sleeves, I seamed the sides and tried it on with my fingers crossed.

00100lrportrait_00100_burst20200422085305802_cover-3It fit! The armholes weren’t too small and the lace bottom hung nicely despite my first attempt at the single crochet seaming technique. Then I looked up and noticed how low the neckline was. I cannot stress how deep the v on this v neck was.

The problem with knitting is that you begin to run out of ways to fix problems as the problems appear closer and closer to the end of your project. At this point, I wasn’t going to pick up stitches and work a few decrease rows to make the neck smaller because I wanted the seam to line up with the ribbing. So I held my breath and picked up the many stitches required to start the neckline ribbing… only to be excited when it worked!

Overall, I’m happy with the way this tank turned t-shirt turned out. There are a few things I would do differently – like lengthen the body and skip the 6 rows of stitching before starting the sleeve caps — but it was a great experiment!

Dyeing Experience with Smooth Rock Tripe

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It finally happened, I caught the natural dye bug. As I hike through the woods, I find myself wondering what color different things would bring to my yarn. Spending hours thumbing through beautifully illustrated natural dying books (Wild Color, The Modern Natural Dyer, and Harvesting Color, to name a few) piqued my interest, but it was not until my coworker started showing off her hand-dyed yarn that I started to become invested.

Fast forward almost a year, my coworker created a bath of Smooth Rock Tripe that she picked up while in Rhode Island and soaked for three months. The resulting dye bath looked very similar to grape juice, a dark rich purple, a color that our yarn sucked up happily and willingly.

This time around, I dyed three skeins: two of 100% wool (worsted weight) and one that began as a golden yellow. The color of the yarn post-bath and rinse is different from the dye color and the color of the yarn while in the bath. The smooth rock tripe created a cooper color when mixed with the golden yellow and a matte purple when allowed to sit on the 100% wool skeins — a very different color from the initial bath and my expectations. In other words, not exactly the look I was going for on the worsted yarn, but I’m still happy with the results.

Unfortunately, I don’t have a lot of the cooper yarn. It will have to be used as an accent color or in a very small project. 440 yards of worsted weight is a good amount, however, I foresee at matching hat/mitten set in my future (or perhaps a wide woven scarf).

My coworker left behind some cooper water, which should create a green dye bath, and some dahlia water, which should create a yellow-orange color. I’m leaning towards dying over the worsted yarn to see if I can create a warmer color, or perhaps something with a bit of variegation. (If I end up dyeing over the worsted weight yarn, I’ll make sure to document what it looks like.)

All in all, I still feel the same way about dyeing (and spinning, when I think about it); I don’t have enough control of what I’m doing to provide me with the results I thought I was going to get. While this isn’t a bad thing and experimentation is fun, it would be nice to be in a place where I do have control and can plan out my projects.

On habitats: Part 2 — Synthetic Plant Fibers

Last week I started the “On habitats” series to take a moment and reflect on where the fiber in our yarn comes from. Part One of this series looked at Natural Plant Fibers, which brings us to part two: Synthetic Plant Fibers. These include tencel, bamboo, corn, soy, rayon, and modal. In the interest of keeping these posts readable, I’m going to focus on tencel, bamboo, and corn this week.

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Tencel (Lyocell): Tencel is derived from the cellulose of hardwood trees. The trees are logged and trucked to a mill where they are cut, debarked and fed to a chipper. The hardwood chips are then turned into a pulp through the assistance of chemical digesters, which is then washed (and sometimes bleached). After the pulp is washed, it’s layed out in a large sheet and left to dry. Once dry, the sheets are rolled onto a large spool.

Next, spools are unrolled and broken into one-inch squares so that they can be loaded into a heated pressurized vessel filled with amine oxide. After a short time in this solvent, the cellulose dissolves into a clear solution and is pumped through a filter to ensure that all of the chips have been dissolved. From here, fibers are pumped through a spinneret, which leads to the creation of long strands of fiber. These strands of fiber are then immersed in a diluted solution of amine oxide (this sets the strands) and washed in demineralized water. Fibers are then lubricated (detangled), allowed to dry, run through a crimper and then carded. Once carded, they are ready to be spun.

The amine oxide solvent is non-toxic and is almost completely recycled during manufacturing, so it is not released into the environment. Additionally, the principal ingredient in this yarn is obtained by managed tree farms (no deforestation), the process uses less water and energy when compared to other manmade fibers and tencel (lyocell) is naturally biodegradable.

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Bamboo: There are two methods that can be used to get bamboo fiber: mechanical and chemical. The mechanical method involves crushing the plants into a mush and using natural enzymes to break it down before spinning it into yarn. This method is labor-intensive (expensive) and the fiber produced is not very soft.

The chemical method, a “chemical cocktail”,  contains primarily sodium hydroxide and carbon disulfide — both are known to be bad for human health and are harmful to aquatic life when released into the water supply — which produces a very soft fiber (ie the fiber used to make bamboo underwear). While companies claim this a minute part of the process, a factory producing a lot of bamboo fiber/fabric will expose their workers and the environment.

Although Bamboo itself is a sustainable resource, there is a lack of transparency and true sustainability — the soil association has not certified bamboo at this time. In addition to the process of turning bamboo into a fiber, there are concerns around it becoming a mono-crop grown only in China. This is leading to a decrease in biodiversity and an increase in pests (more pesticide needs to be used).

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Corn: Corn is grown worldwide and used for food and fuel, leaving behind the husks as farm waste. These husks contain a fiber called lignocellulose which is soft and strong. Lignocellulose is separated from the husk via a patented biochemical process. This biochemical process contains common non-toxic chemicals (acetic acid, sodium chloride, sodium hydroxide, surfactants, and softeners) and is combined with water in a rotator for about a half-hour. The clumps of coarse fibers are then washed (with water) and dried before another biochemical treatment is applied to reduce the diameter of the fiber strands. Finally, the fibers are bleached, dyed and spun into yarn.

The downside? A lot of corn is genetically modified, which unfortunately means that something in the pollen is interfering with the monarch butterfly’s breeding cycle. Interesting. Essentially, while the corn fiber itself is not terrible for the environment, there are a lot of aspects (mono crop, etc) of the farming process that is.

Main Takeaways: I poked around and there isn’t a lot of corn yarn on the market yet, it looks like this could be a growing trend if the demand for the fiber increases. In terms of tencel; I don’t mind it in blends, but have not worked with a pure tencel fiber before. That being said, it’s nice to know that even though the fiber is manmade from a tree (which is a little mind-blowing) the process is both sustainable and eco-friendly. As for bamboo… I think I’m going to have to pay attention to what happens in the industry and abstain from using bamboo yarns for a little while. While I enjoy the way bamboo takes dye, I find it hard to support an industry that doesn’t have a problem exposing their employees to harsh conditions.

Stay tuned for synthetic plant fibers part two (soy, rayon, modal, and ramie), coming next week!

On habitats: Part 1 – Natural Plant Fibers

A little while ago, my partner and I grabbed ice cream from a place in town. As someone who’s very intolerant (allergic? I have gotten hives before) to Dairy, we always ask what their Dairy-free options are. This particular outing, we were met with an enthusiastic description of how they always make two flavors completely vegan (a term I am both excited and hesitant about). My partner then asked the ice cream scooper if there was Palm Oil in the ice cream as a milk substitute and he reluctantly replied: “I’m not sure”.

Why the reluctant answer? Palm oil has a bad reputation because it has been and continues to be a major driver in the deforestation of rainforests. According to the WWF, Palm oil can be produced sustainably and the Round Table of Sustainable Palm Oil (RSPO) has taken steps to create guidelines and regulations. Essentially, the ice cream scooper new that while the vegetable oil has some health benefits, it also comes with a lot of ethical concerns.

As we left the ice cream shop, my partner and I discussed what it means to be vegan and want to protect the environment if most of your alternatives are just as bad for it. As we finished our ice creams, I began thinking about Vegan knitters and their desire to work with non-animal fibers. Thus this multi-part series was born. We’ll start with plant fibers, move towards animal fibers and end with synthetic fibers. Important note: I am not vegan; the goal of this project is to take a look at what is environmentally sustainable and what isn’t so that we can all make informed decisions. 

Part One: Natural Plant-Based Fibers 

The most common plants used to create plant-based fibers include: abaca, bamboo, coir, cotton, flax, hemp, jute, kapok, ramie and sisal. In knitting, the list of plant-based fibers used to create yarn typically focuses on bamboo, hemp, linen, cotton, rayon, corn and soy. In other words, you can create fabric from a lot of different plants.

This week, we’re going to specifically focus on naturally occurring plant-based fibers: Linen, Hemp, and Cotton.

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Linen: Linen fiber is taken from just behind the bark of the flax plant and retrieved when the woody stem and the inner pith (or pectin) is rotted away. This process can be completed one of two ways: the stems are submerged in stagnant pools/running streams and the workers must wait for the rotting (about 2 weeks) or the stems are placed in a solution of either alkali or oxalic acid before being pressurized and boiled. Once the fibers are removed from the stems, the fibers are passed through machines which combine them into roving and then spun.

The greatest concern of creating linen yarn comes from the chemicals used in the rotting or retting process. Before chemicals can be released into water supplies, they must be neutralized. The plant remains themselves are typically ok unless they become impregnated with a lot of chemical during the retting process.

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Hemp: Much like Linen, Hemp must be retted from four to six weeks in order to loosen the fibers. During this process, the stalks typically lay in the field, allowing nutrients to return to the soil as the leaves decompress. The fiber is then cleaned and carded before being spun.

Unlike Linen, Hemp is not being retted using chemical baths. Additionally, the harvested hemp is not burned. This means that each part of the plant is used, saved or recycled, making Hemp sustainable.

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Cotton: Cotton is the most flexible of plant fibers and is ready to be spun once washed, carded and combed. As long as your cotton is coming from an organic farm, it is sustainable.

Main Take-aways: As noted previously, I am not vegan and therefore not technically limited to any specific fibers. In other words, I admit that I do not typically work with 100% cotton, linen or hemp yarns. That being said, armed with the knowledge that I know now, I may reach for hemp instead of linen now that I know linen is often retted in a bath of chemicals. My relationship with cotton feels very much the same — it hurts my hands so I don’t rush to work with it.