Spring Break: Factory Tour Edition

We've just begun a two-week spring break staycation, and I've rarely been so grateful to live in such an interesting city.

Wyatt is keenly interested in learning how stuff gets made. And he is even more interested in a manufacturing process if it requires lots of heavy machinery and many delivery trucks with forklifts. We spend so much time talking about (and speculating about) how stuff gets made that I recently started toying with the idea of taking him on some factory tours. 

To be honest though, when the idea of factory tours occurred to me, I was probably thinking about how much I love factory tours and hoping Wyatt was old enough to (1) behave and (2) learn something. I guessed that he was, and I tested my guess during February break when we took our first tour. We started with a beer factory, Anchor Steam Brewery. After years of driving past it and speculating about what it must be like inside, I figured, why not find out? Wyatt was overjoyed when I told him we were going to the brewery, and once there, he was totally perplexed as to why there weren't any other kids on the tour. I'm pretty sure that we were the only people in the group who were more interested in the tour of the facility than the extremely generous beer tasting at the end.

Since that successful factory tour, I've been researching and contacting San Francisco manufacturing companies to see if Wyatt and I can come and see how they do their work. I have yet to find a chocolate factory that will have us, and an electric motorcycle company declined my request because of their production schedule, but disappointments aside, how lucky are we that our first week of break is bookended by a tour of McRoskey Mattress Company on Monday, and Timbuk2 on Friday? Just based on the McRoskey tour, we are incredibly lucky.

The McRoskey tour was fabulous. We were six people (three adults, two kindergarteners and one teenager) on the tour, and we followed McRoskey's entire process of building a mattress, from the bolts of fabric, spools of wire, metal fittings, and what looked like bales of cotton, to the end product: a handcrafted mattress that got tufted as we watched. We also saw how the box springs are made. Our guide, Robin, was incredibly knowledgeable and kept everyone's interest. Possibly even more impressive were the workers and craftspeople we saw creating these beautiful mattresses—every single person was simultaneously focused on their work and incredibly welcoming.

First we saw the sewing room, then we headed to watch spring-making and spring-fastening. We saw the cotton, wool, and other layers that go into the mattress and watched it get sewn together. We watched them build box springs. And then we watched as different people made two huge tufting machines do their magic.

Wyatt and I drafted his "Thank You For The Tour" note this afternoon. He worked on the card at his little project board, next to his haul of many of the mattress manufacturing treasures that Robin had given him. Among other things, he asked me to write, "I think that if I worked at your mattress factory, I would want to be the person who folds and weighs the fluffy cotton . . . I liked how . . . you asked everyone if they were available to show us how all the machines worked."


I'm so glad I'm not the only one who loves factory tours.

Instagram Saved Our Cheese

"Mom! I LOVE that red thread! And the little face smiling sideways. Good job."

The Internet was so good to me last week. As you know, we are in the midst of spring cleaning at our house. We've got until Easter to get it done, and to be honest, the verve we initially brought to this project is basically gone. Don't get me wrong—we haven't given up on the plan, but we also don't make progress every day anymore. This scenario is obviously not ideal, but why be dogmatic about the "every day" part of it if we're still moving forward? Rationalizations aside, we actually made huge progress this weekend when we bundled and donated six big bags of items.

The process of clearing out closets brings me face to face with items we love but haven't worn because they need help in some way. I found a favorite jacket of mine (with a stuck zipper), a couple of sweaters (that have been worn thin in spots), a skirt (that's still about six inches too long for me), and a few of Wyatt's pants that have holes in the knees. My stack of mending is pretty tall right now, and my skills are not yet equal to the task. Imagine my delight to find that in 2014, The Guardian published some incredibly helpful "How-To's" in a series called "How to Mend." I've pinned them all so I can consult them as needed.

As you can see from the photo at the top of this post, my "visible mending" techniques can use some improvement, but I'm happy to be figuring it out as I go along. You can see my first attempt at knee patches on the left. The jeans were hand-me-downs to Wyatt, and there was nothing to lose by practicing on them with my sewing machine. He wears the jeans all the time now. On the right, you can see the intentionally crooked smiley face I embroidered by hand this weekend to mend two holes (one of which is now an eye, and the other of which is the nose). My next job is to find a replacement zipper and figure out how to use the zipper foot on my sewing machine. Thank goodness for YouTube tutorials.

And oh-my-stars, thank goodness for Instagram. Last Thursday, I posted a photo of the Valençay cheeses that have been aging in our refrigerator. I had noticed that they were developing weird little spots of mold, and I thought I might have to compost them. When I posted the photo, I used a bunch of hashtags and tagged a couple of experts, including Louella Hill, whose cheesemaking book I own, to see what they thought was going on.

Louella Hill responded! My cheeses are fine, she said. I could remove the mold, or not. The wild blue "invaders" weren't really a problem, and the cheeses should just keep aging for another week or maybe three. Louella even answered my follow-up question about where to look for more information about cheese mold (Ben Wolfe and Rachel Dutton, in case you're curious, and haven't yet followed me on Instagram). I removed the mold spots (they slipped right off the ash, interestingly enough) and things now look to be back to normal in the cave.

I keep remembering how much more difficult it used to be, when we weren't so well-connected, to try something new and troubleshoot when things went wrong. It's kind of unbelievable that we can now get practically real-time, helpful feedback from people we don't know in real life. I realize there are huge downsides to social media. And I know that some people write horrible things to others online thanks to the anonymity the Internet affords. But when Instagram saves our cheese, and the Internet rescues my favorite jacket, it's only right to notice the good that's out there.

 

 

 

 

Homemade Cultured Maple Butter - Part 2

"Mom. Does everyone in this family have a Christmas list? Or just me? You really should ask for a chef's hat that way we can be chefs together."

On Saturday, we began testing Dave Arnold's ideas about improving our maple butter. As he explained on the podcast, the problem with getting maple syrup into butter is one of water. To get the maple syrup into the butter, you have to either replace as much of the water as possible in the cream with maple syrup, or make the maple syrup more of a solid and knead it into the butter. We tried both approaches.

We started with two pints of heavy cream, kefir grains, maple syrup and salt.

For the first jar, I cooked two cups of cream on low heat, stirring continuously, until the cream had been reduced to 1 1/2 cups. I stopped there because the cream was starting to look a little grainy and weird, like something irreversible was about to happen. I also reduced 1/2 cup of maple syrup to about 1/4 cup. I stopped cooking it when the temperature reached about 245 degrees. Once again, I stopped because the color appeared to be starting to darken and the smell was starting to change, and it seemed that at any second, there would be no turning back. I let the syrup cool down, and I mixed it into the cream. I then cooled the cream mixture, stirring continuously until the mixture was about 90 degrees. At 90 degrees, I found myself so bored with stirring that I just refrigerated the bowl until the mixture was about room temperature. I added a tablespoon of kefir grains and left the cream to ferment overnight. In retrospect, I probably should have just added a tablespoon or two of active kefir so we wouldn't have had to strain the grains out of the thickened cream the next day. I recall considering this option and then going with the grains themselves for a reason I don't remember. I did not hold back later, though, when tweeting my questions about the health of my mapled kefir grains to Amanda Feifer of Phickle. She confirmed that prepared kefir would have been a better way to go, but assured me all would be well with the grains. She's the best.

For the second jar, Wyatt poured the pint of cream into the jar, we added a tablespoon of kefir grains, and we left it to ferment overnight.

On Sunday, we made the crème fraîche in the two jars into butter.

For the first jar, we strained the crème fraîche, whipped it into butter, drained it, rinsed it in cold water, and kneaded in salt. Let me just tell you that the maple-flavored buttermilk that resulted was incredible. Really amazing. 

For the second jar, we made the butter the same way. We also made Dave Arnold's recommended "snotty xanthan gel" of maple syrup. I made a 1% fluid gel by first dispersing the xanthan into water because, from what I had read, maple syrup is about 66% sugar and xanthan doesn't hydrate well in liquid that is more than 60% sugar. 

As Wyatt said about this preparation, "Try it, Mom! It tastes WAAY better than it looks." The gross-out goo level on butter bits was pretty high, so I actually rinsed the butter bits in cool water in the sieve. Only then was I able to get it all merged back into one ball of butter. 

Marc was our taste tester. He concluded, "These both taste really good. But maple? I don't know if they taste like maple. They may be circling maple. They taste sweet to me."

I think the xanthan preparation resulted in stronger maple flavor, but it was still pretty mild. The cream and syrup reduction preparation was even lighter on the maple flavor. After all, much of the maple flavor ended up in the best buttermilk ever created. While the flavor was more robust in the xanthan preparation, the butter unfortunately ended up with little blobs of maple gum throughout. The butter spreads well, but my kneading of that mess was apparently not thorough enough. 

There is one more idea that we may eventually try: adding maple sugar to the cream before culturing. Maybe that would work. But before we go there, we will need help eating our way out of the current round of butters.

 

Homemade Cultured Maple Butter - Part 1

"Hang on Mom! I need to change into my jeans, put my tools in my pockets, put my hard hat on, and Halloween beads. Then I will be a real construction worker. And we can start mixing the butter!"

With an eye towards homemade holiday gifts, we began experimenting with flavored butters. Delicious kitchen experiments are the best.

We started with cultured maple butter. Our first attempt tasted good. It could definitely use some improvements, but before I get into the issues, I'll describe what we did.

We started with a quart of homemade crème fraîche, and turned it into butter by whipping it gently in the stand mixer. We gathered all the butter bits, drained the buttermilk, and then washed the butter in cold water. Wyatt wore his Canobie Lake Park hard hat and sparkly Halloween beads for the occasion. 

Then we added salt, cinnamon, maple syrup, and mixed it all up by kneading it.

As I mentioned, it tasted good. But the maple flavor was not very robust. Also, the maple syrup that we were able to get into the butter (you can see from the photo that there is a fair amount left in the bowl) never fully integrated with the butter. As a result, the syrup continuously collected in little droplets on the surface of the butter and in the butter container, like the butter was weeping syrup. Weeping butter is weird. To me, it seems to require excuses, or at least an explanation.

I emailed Cooking Issues, my favorite cooking podcast, to see if Dave Arnold had any thoughts on how to improve our maple butter.

The Tuesday after I emailed the show, I listened live to episode 227. There was no mention of my question. As a result, Wyatt, my defeatist attitude and I started a giant jar of preserved lemons so that we would have some homemade gifts ready by Christmas.

I didn't bother attempting to listen live to the next episode of Cooking Issues.  I just listened as usual, later in the week, while doing cooking-related things. This past Thursday evening, I had time to listen to Episode 228 while cleaning up dinner and making Wyatt's lunch. And at minute 47:30, I had to sit down because I was too stunned and excited to do anything else. Dave Arnold read my email on the show and he had suggestions of things to try to improve our maple butter! 

That little bit of encouragement-via-podcast was all I needed. Wyatt and I spent time this past weekend trying two improvements inspired by Dave Arnold's suggestions. The details of those delicious and weird messes will be included in another post, "Homemade Cultured Maple Butter - Part 2." And because I am so grateful to anyone who is reading about this maple butter experiment during this Thanksgiving week, I'm planning to break with my my recent tradition of one-post-per-week and publish that story tomorrow.

 

Chèvre. Twice.

After listening to David Asher on Cutting the Curd and Fuhmentaboudit!, I was inspired to make his favorite cheese: chèvre. As he promised in The Art of Natural Cheesemaking, this cheese was very straightforward and required very little active time. 

Look at this beautiful chèvre! We got about a pound and a half of it, too, which is terrific. We ate it for snack on some crackers, with apples and honey. I also put some into a vegetable frittata for lunch yesterday. 

For as simple as this cheese is, would you believe that we may have had another cheese fail along the way? Here's what happened.

On Wednesday, I set up our kefir to culture so we would be ready for cheesemaking on Thursday. Thursday, morning, I went to Rainbow Grocery to buy four quarts of Claravale Raw Goat's milk. The milk was delivered that day. In fact, I had to wait for it to be taken off the truck. I brought the milk straight home, refrigerated it, and after school, Wyatt and I set to work making cheese.

Right away, we noticed an issue. The milk smelled strong. And while the milk didn't taste horrible, it didn't taste good. It had a strongly acidic and goat-y flavor, and there was no way either one of us would have even entertained drinking it. But this was only the fourth time or so that we had purchased goat's milk, and I wondered whether it was just we who had a problem with it. Maybe this milk was within the acceptable range of goat milk flavors. Or maybe the idea of doing another hour-plus round trip to the store with drippy milk bottles was just more than I could handle. We decided to move ahead with the cheese to see what would happen. 

As usual, we poured and heated the milk, dissolved the rennet, added the kefir culture, added the rennet, and then left the cheese to ferment. The period for this cheese to ferment is 24 hours at room temperature.

The cheese that resulted was definitely weird. The curd was firm, full of holes and spongy. You could actually wring out the whey from it. It looked nothing like David's photos, and it tasted strong. The flavors were more like the milk had been clabbered, so maybe there was something that had happened with refrigeration during the milk's transit to Rainbow. I emailed Claravale to find out what might have happened, but they never responded. We ate some of the cheese, crumbled on tacos on Friday. None of us suffered any ill effects, but we weren't that eager to eat more of it. 

On Saturday, I bought more goat's milk and we tried it again. This time, the milk tasted good and only mildly goat-y. And the curd we achieved looked like David's photos. Even better, the cheese tastes amazing.

I think the (admittedly obvious) lesson I have learned from this recipe is that we should trust our noses and taste buds, regardless of when the milk was delivered. If there's something off with the milk, the cheese will be off, too.

If anyone has any experience with goat's milk and can let me know what may have been wrong with the first batch we tried, I'd love to hear it. Please leave a comment!

Mozzarella, Fast and Slow

"I just need to finish building this helicopter, and then I can make cheese."

We've been working on mozzarella for the last week, following the recipes in David Asher's The Art of Natural Cheesemaking

Or, I should say, we have mostly been following the recipes. Our first mozzarella attempt was last Monday, and it was our first cheese fail. "Fast mozzarella" is cooked and ready to stretch in about an hour, and it has a very mild, sweet milky flavor because it has not fermented at all. But we didn't learn what it tastes like last Monday because the curd never set in our cheese pot.

Luckily for me (and probably unfortunately for him), David Asher has proven to be the kindest, most supportive cookbook author ever. Last Monday, because we were in the middle of an email conversation about his slow mozzarella recipe, I told him about our fast mozzarella fail. He very gently asked whether I had forgotten to add the rennet. I hadn't, as you can see from this photo (also, I should have used a spoon, not a whisk), so the failure remained mysterious until yesterday when I remembered that I had used tap water to dilute the rennet. I also recalled that at the time, Wyatt had asked me why I wasn't using bottled water, like I had the other times we made cheese (and as David says in his book to use). I had told Wyatt it probably didn't matter whether we used tap water with the fast mozzarella because there was no kefir culture in the fast mozzarella recipe. I was so wrong. A little research yesterday proved that chlorine in water makes rennet ineffective, and while I have been unable to confirm whether whether chloramine (which is in our tap water) has the same effect, I'm pretty sure that it must.

We tried the fast mozzarella again on Thursday, with improved results. But the curd stayed pretty soft. That time, I had used the remaining tiny bit of a bottle of water and topped off the quarter cup I needed for rennet dilution with tap water. Even though our finished cheese slumped, we had decent success and a huge amount of fun stretching the cheese into crazy string cheese shapes.

Our next recipe to try was slow mozzarella. This was the recipe I had emailed David about initially, because the recipe states it takes between 8-12 hours to complete, and you have to test the curd for stretchiness every hour. There was no way Wyatt and I would be able to hang with this project for 12 hours. If it took the full 12 hours, Wyatt would be in bed by the time the fun of stretching came along. And paying attention to cheese every hour for 12 hours, not knowing when we'd have to stretch it, was too much uncertainty. Fortunately, David had a suggestion. He said we could prepare the cheese, ferment it in its whey in the refrigerator for 24 hours, and then knead, stretch and shape it. That plan was totally doable.

Because we wanted the cheese to be ready to stretch around 2:30 or 3:00 pm on Monday, we needed to get it into the refrigerator by Sunday afternoon around the same time. And because the rest of the process would take about 4 hours, we would have to start the cheese around 10:00 am on Sunday. So that's what we did, and it worked perfectly.

I have to note, though, that Wyatt has become more selective about the parts of cheesemaking he wants to do. This time, he decided he'd rather go outside to play than dissolve and pour in rennet, and he didn't really care about cutting the curd or stirring the pot of curds every 5 minutes for an hour. So I did those steps. The cheese forms, on the other hand, were new, so he definitely wanted to fill those. And he definitely wanted to remove the cheese from the forms and put them into their bath of whey. And because he knew how much fun the cheese stretching was, he had no problem setting aside Monday afternoon for stretching and shaping cheese.

We could have attempted to make tender mozzarella balls, but we decided it was much more fun to overwork the curd and make string cheese. So we made Oaxacan string cheese and Majdouli, a Middle Eastern string cheese that incorporates nigella seeds.

The flavor of the slow mozzarella is much, much better than the fast mozzarella. It's still mild, but it's more complex and less sweet. We ate some for dessert with apples and honey, and it was so good. 

But the lessons for me from this mozzarella adventure are that I should heed the recommendations of my assistant and always use bottled water to dilute the rennet.

 

More Feta Fun: Creamy Feta

"Oops. Mom. I smushed that little part off. But it was by accident, and it's only a small piece. So it's okay, right? And I can probably eat it, now, right?"

Did you know there was such a thing as creamy feta? I didn't. According to David Asher in Chapter 15 of The Art of Natural Cheesemaking, creamy feta is a softer version of feta, made using a lactic curd, like a chèvre, instead of the firmer full-rennet curd that we made last week. Creamy feta is commonly called Bulgarian feta but is now labeled as Bulgarian white cheese because of the Protected Designation of Origin (PDO) protecting the name feta. If the controversy surrounding feta interests you, you can read more about the "feta wars" here. Because "Bulgarian white cheese" is at best an utterly uninspiring name, I'll refer to what we made as "creamy feta."

Making creamy feta was a pretty leisurely experience. The recipe said it would take about an hour over three days to make, and that would have been about right if I hadn't had any help. For us, it probably took closer to 90 minutes or so over four days, which was very doable.

Here's what we did:

Like our first feta, we made some active kefir culture, and strained it. We heated the raw goat's milk, added the culture and a very tiny dose of rennet dissolved in water. Then we let the covered pot sit out on the counter for a day.

On the second day, we filled our forms with the curds that had formed. Unfortunately, I did not have enough of the proper size and shape forms for this recipe, so we used two crottin forms and two Valençay forms. I'm sure we broke a variety of rules by making feta in the shape of a pyramid, but because I have no idea what those rules are, I'm not too worried about it. We mixed a 7% brine. As the cheeses drained, we flipped them once.

On the third day, we salted the cheeses and let them dry, and we attempted a whey ricotta. The yield was very small and the flavor was very strong. The ricotta was also much wetter than our previous whey ricotta. We preferred the whey ricotta from the firm feta over the one from this recipe.

On the fourth day, we put the cheese in the brine. Unlike our firm feta, this cheese seems to want to float. The recipe says if that happens, to weigh it down. Wyatt managed to wedge a couple of pieces of cheese into the jar in such a way that they are holding each other under the brine. I have no idea what he did, but I hope it holds because I wasn't able to find something in our kitchen to use as a cheese weight.

Now we must wait two weeks for the cheese to age. We're looking forward to tasting the two fetas side-by-side to see whether there's one we prefer. 

Friday Fermentation Class

A couple of weeks ago, my friend, Maja, texted me saying, "Hey, I'm keen to do a fermentation session with you, do you think we could do that one Friday?" I responded with a resounding, "Yes!"

I love fermentation. And I get excited when my favorite people get into it, too. One of Maja's goals was to choose a project with vegetables that her son would enjoy, and this is the kind of challenge I like to tackle.

My gateway ferments were yogurt, kefir, and sourdough. Vegetables came later. It took a friend of mine telling me about her adventures in making sauerkraut, several months of thinking about doing it myself, and a few false starts of my own before fermented vegetables became a regular part of our life. But I have now been fermenting vegetables for the better part of the last three years and they truly are a part of life for all of us, Wyatt included. He happily eats a variety of fermented vegetables at lunch, dinner, and sometimes both if we don't have much time to cook. He started eating my purple sauerkraut when he was just over two years old, and he seemed to enjoy it from the first bite. But some people, adults and kids alike, tend to avoid the the tangy and sometimes sour flavors that are the signature of fermented foods. As the diet of many Americans has changed over the years, the flavors of fermented vegetables have become unfamiliar. As a result, fermented vegetables may take some getting used to.

In our house, we firmly believe that your tastes can, and do, change over time. I learned to like beets, Wyatt learned to like cantaloupe (he doesn't remember it, though), and one day, Marc may hate parsnips less. Wyatt got the best real life example of the phenomenon of changing tastes in preschool last year. One of his classmates disliked avocados. Disliked as in she really, seriously hated avocados. But according to the custom in the preschool, everyone was required to take a (sometimes very tiny) "no thank you" bite of everything offered at a meal, including the things you don't think you like. Wyatt watched his friend take "no thank you" bites of avocado over their shared preschool career. But one day, his friend took her "no thank you" bite, and much to everyone's surprise, including her own, she actually liked the avocado. She liked it so much that she asked for more, and then even more. This event made a huge impression on Wyatt, and he talked about it for days. After all, it's one thing to be told, "Hey, someday you might really like this food you hate with every molecule of your being," and it's quite another to actually witness when that change happens for your friend.

Keeping in mind Maja's request for an approachable vegetable ferment, I suggested that we start with some fermented radishes and dill carrots. I thought of the radishes thanks to Amanda Feifer's interview on the Local Mouthful podcast. Amanda suggested radishes would be a good first ferment because they're ready to eat in about a week or ten days. I think that in addition to their short fermentation period, radishes are a good first ferment because their flavor changes so much during that week or so. I suggested we also do dill carrots because they're really delicious (imagine the flavor of a cucumber dill pickle combined with the sweetness of a carrot), they take about as much time to ferment as the radishes do, and I was almost out of dill carrots myself.

Maja ordered some fermentation weights and picked up a couple of wide-mouth mason jars. She also got some gorgeous red and orange carrots. I got the radishes and some more carrots, dill, celery seed, and I had the salt, pepper corns and garlic. We were ready to ferment. Here's what we did:

We washed and trimmed the vegetables, and then cut them into the shapes we wanted. Maja is a designer and you can tell just by how she cut and stacked the carrots. We mixed a 5% brine, and then we arranged our vegetables in the jars. Maja's were particularly artful. We added the brine to the jars, put a weight on top, and screwed the lids on loosely. 

I advised Maja to taste the radishes and carrots every day after the first few days to start to notice how the flavors change over time. I told her that for me, around ten days, the salty flavor that has been so prevalent on the vegetables goes away and other flavors start to come through. That's when I call them "done," take off the weight, tighten the lids, and store the jars in the refrigerator for eating.

Recipes:

My recipe for dill carrots is the same as for dill beans, which appears in this post. Just substitute carrots and you've got it (today we omitted the chiles de árbol, but you could include them if you like your carrots spicy).

Fermented Dill Carrots

Ingredients:

  • Enough carrots to fill your jars. Trim and cut into spears or rounds, whatever you like. You don't need to peel them.
  • 1 bunch (or more) of fresh dill. (I've used as much as one bunch per quart jar, but have also used less.)
  • 1-2 tablespoons of black peppercorns per jar
  • About 1/4 teaspoon of celery seed per jar
  • 1-3 peeled garlic cloves per jar (I like more garlic, but you may prefer less)
  • Enough salt and water to make a 5% brine for your jars
  • Fermentation weights, one for each jar. I love Sandy Der's weights.

Directions:

Wash the carrots and the dill. Put the dill fronds into the jars along with the peppercorns,  celery seed, and garlic cloves. Fit the carrot pieces in the jars, as many as you can, in as organized a fashion as you can. Leave about two inches of space between the top of the carrots and the top of the jar. You may need to cut some of the carrots.

Measure 1 liter of water (about 4 1/4 cups) and 50 grams of salt (if you don't have a kitchen scale, for the Real Salt I used, 50 grams amounted to approximately 3 tablespoons of salt) and dissolve the salt in the water. When the salt is dissolved, pour the water into the jar of carrots until the carrots are fully submerged under the brine. Leave about an inch of space between the brine and the top of the jar. (If that wasn't enough brine for your jars, make another batch.) Place a fermentation weight on the top of the carrots in each jar so that the carrots stay under the brine. LOOSELY screw the lid on the jar. Write the date you started the carrots on the jar--grease pencil on the lid or a label made from masking tape work well--and put the jar in a cool corner, out of direct sunlight, to ferment. Check and taste every few days to see how the ferment is progressing and to confirm the carrots remain fully under the brine. Top off the jar with more water if the level drops. Our carrots are usually ready to enjoy in 10 days or so, but that timeframe can shift depending on the time of year and how warm it is in the house.

Fermented Radishes

For radishes, the process is the same as for carrots but with fewer ingredients. All you need is radishes, salt, water, and a sprig of thyme (if you want to add one). Get as many radishes as you need to fill your jars. Wash, trim and cut your radishes. Cut the radishes however you like. I enjoy thin cross-sections, but you could easily do quarters or even whole radishes.  Put the radishes in the jar by themselves or with a sprig of thyme. Pour in 5% brine, top the radishes with a weight (and if some radishes float up to the surface, lay a blanket of a washed cabbage leaf under the weight to keep all the radish slices under the brine). Cover the jar with a loose lid, and label the jar with the date you started them. Place the jar out of direct sunlight in a cool area, and check them every few days to see how they're tasting and to confirm they remain fully under the brine. The radishes should be ready to eat in about 7-10 days. 

 

My First Handspun Yarn

It took me a few weeks to finish the work I needed to do on the yarn I spun in Massachusetts, but now it's done. Isn't it pretty?

The item that kept from from finishing this project sooner was a niddy-noddy. I know. It's a silly sounding name, and as far as I have found, there is no other word for the device.  I looked to buy one locally, but I couldn't find one, so it was Etsy to the rescue. Here is the niddy-noddy I bought. And this is what it looked like with my yarn wound around it. 

IMG_3512.jpg

 

The purpose of a niddy-noddy is to allow you to wind yarn, stretching it out at the same time you're measuring it. For example, I used a two-yard noddy-noddy, and when I was done winding my yarn, I counted the loops (33 loops), so I knew I had 66 yards of yarn.

I let the yarn sit on the niddy-noddy overnight.

 

 

 

 

 

The next day, I tied the loops together it in four places with undyed yarn (to avoid any color transfer), and then it was time to wash it. The spinning we did during my class was "in the grease," so the wool had never been washed. Here's what the yarn looked like going into the basin:

I washed the yarn four times, gently, in lukewarm water with a little bit of liquid laundry soap. The first three washes, the water was full, and I mean full, of lanolin. The water turned a deep brown. By the third and fourth washes, the sticks and twigs had started to float out of the yarn and the water was less and less brown. Here is what the third wash looked like:

 

By the fourth wash, the water looked pretty clear, so I knew I was done. I rolled the yarn in a bath towel to get most of the water out, and then I hung the yarn to dry over a doorknob in our laundry area, with the basin under it to catch the drips.

 

Even though the yarn is at best, inconsistently spun, I'm pretty happy with my first effort. I'm not sure what I'll make with it yet, but I'm happy that I have so much to work with.


Whey Ricotta

"Dad. Guess what? Mom ALMOST let the whey boil over! You should have seen the foam on the top of the pot!"

Before making feta, I did not have a good appreciation of how much of reductive process cheesemaking really is.

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When I ordered our cheesemaking supplies from The Cheese Connection, the incredibly helpful Kallijah informed me that a gallon of milk makes about a pound of cheese. But what this actually meant in real life was that our gallon of goat's milk made just over a pound of feta, and left about 15 cups of whey. If you're not up on your conversion factors, let me help you out. There are 16 cups in a gallon, so the leftover liquid was only a cup less than our original gallon of milk. I suddenly began to understand why good cheese is so expensive.

And I was left with the question of what to do with all that whey. Fortunately, David Asher anticipated this question and included a chapter on "Whey Cheeses" in The Art of Natural Cheesemaking. In the chapter, David provided a variety of sensible suggestions on how to use whey, and there is a picture of him feeding whey to pigs, and a picture of him watering his garden with whey. Wyatt, a child of the California drought, looks for any opportunity to pour liquid anywhere, so he was in favor of finding a pig to feed, or barring that, pouring the whey on our garden. I, on the other hand, a grown-up involved in a Cheese Project, was in favor of trying to make one of the cheeses with it instead. Eventually Wyatt agreed to make whey ricotta.

As David explained in Chapter 22, Whey Cheeses, "Italian, for 'cooked again,' ricotta refers to the second making of cheese from one batch of milk: the milk is first 'cooked' to make Parmigiano Reggiano or pecorino or some other Italian cheese, and the leftover whey is then 'cooked again' to make ricotta." 

We had just over a half-gallon of whey available to play with, because the rest of it had been used for the brine to age the feta, or I had spilled it on the floor. A half-gallon was about half of the amount of whey required for the "Slow Ricotta" recipe, but I figured we could try the recipe anyway and see what happened. If we only got an ounce or two of ricotta, so be it. It's not like we had a pig starving for whey in our back garden.

Here's what we did:

First, we left the whey to ferment at room temperature for 24 hours. Monday afternoon, we poured the whey into a pot and brought it to a boil. David specifically warned in his recipe to remove the pot from the burner right as the whey comes to a boil so it doesn't boil over. Unfortunately, I forgot for a few minutes that the pot was even on the stove because Wyatt had begun conducting an imaginary orchestra (with they aid of a tinker-toy stick) in Rimsky-Korsakov's "Flight of the Bumblebee" from his San Francisco Symphony Orchestra Concerts for Kids CD. I lost track of the whey, and just as the foam was about to cascade over the rim of the pot, I happened to glance over at the stove, gave a little yelp, and pulled the pot off the burner just in time.

Back on task, we let the whey settle, and sure enough, there were little clouds of ricotta curd that had pulled out of the whey. We strained the ricotta in some cheese cloth and hung it to let it drain and cool.

Once the cheese had drained (and yes, we probably shouldn't have, but we squeezed the hanging cheese just a little bit to move the process along) and cooled, we weighed it, salted it and ate it for dessert with some fruit. I was impressed that we got almost four ounces of ricotta. The cheese was soft, creamy, and thanks to the fermentation step, had a depth of flavor I have never before tasted in ricotta.