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2022 on the Homestead

Before the 2023 growing season starts, I am taking some time to pause and assess last year on the homestead, in our permacultural ‘observe and interact’ way.

As an overview, I would say it was a tough year due to yet another drought, but that we managed to have a respectable harvest anyway due to adaptations we made. As always, some crops thrived while others did not. For consistency, in this blog I have kept the same topic headings as in previous years – plus a special section on new projects including our experiment with wheat growing!

Starting Seeds

Starting Seeds Indoors

My growing season got off to a solid start in March with indoor seed starting. I continue to be satisfied with the peat-free seed starting mix from Organic Mechanics mixed with our worm castings.

Sticking with newer seed and storing it well has kept my germination rates high the past few years. I am also doing more of my own seed saving, which means a yearly refresh of my supply. Some seed saving is easy, like flowers, herbs, and beans. Other types require more thought but are accessible, like lettuce, radish, and tomatoes. Still others are challenging, like squash, and biennial roots. My strategy is to add one or two types of seed to my repertoire every year rather than overwhelm myself by trying to do it all right away.

Weather and Water

Unfortunately but not unexpectedly, serious droughts are coming more frequently (‘abnormal dryness’ and ‘moderate’ droughts do come and go here somewhat regularly). In 2016 it felt like a shock after nearly two decades of normal precipitation. It was a relief when that ended, but an even worse dry period hit us in 2020. That one barely let up before another started in mid 2022.

Rain Water Storage

So, we relied on the upgraded water catchment system we installed last year, with four 275 gallon totes. Watering is not as thorough as rain, and it’s a lot of work, but it did save our plants and allow for a decent harvest.

Rodents, Pests and Diseases

Rodents continue to be a problem for us, especially voles. Now, I am aware that small mammals are critically important in our ecosystems and that populations are collapsing in some places (examples include China and England).  Loss of biodiversity is a dangerous and heartbreaking phenomenon, so I really don’t want to complain too much about healthy numbers of critters! However, the voles are taking too much of my root crops to be ignored.

I think there are two main reasons my preferred strategy of waiting for their predators to bring numbers back down is not working. First, our milder winters allow more of them to survive and breed. Second, because we have extensive fencing to protect our animals from predators, our gardens from deer, and now our orchards from porcupines we’ve created an especially safe haven for the furry little ones.

Raised Beds for Root Crops

So, we are starting to institute more drastic measures for crop protection. Last year I moved these crops out of the annual garden, but the voles just followed me. Friends gave me two very raised garden beds when they moved last year and they grew some

Carrots from the Raised Beds

awesome, not-at-all-chewed-up carrots. We’ll be building more, although we will put them on the ground with metal hardware cloth under them and see how that works.

 

We are considering growing our potatoes in large plastic barrels. I avoid plastic as much as possible and would rather grow everything directly in the ground, but I need to try something.

We have attracted the attention of porcupines. I find these animals adorable and love the sounds they make. They were, however, starting to do some real damage in our orchard. They especially love young pear trees. Deer are always an issue as well, so we did a serious fencing expansion that should keep both species at bay without our having to become more aggressive with them. We’re hoping that good fences will make good neighbors in this case (although I am much more a supporter of ‘tear down the walls’ actions in human interactions)!

Otherwise, we didn’t have major pest or disease outbreaks, which surprised me during such a stressful drought. In fact, there were so few vine borers we had the best summer squash harvest of our lives! I did have my usual struggle with caterpillars in the brassicas, which row cover and hand picking mostly kept in check. The Brussels sprouts were a little bit overrun, with all those nooks and crannies that the critters can hide in.

Labor

I continued my new pattern of driving to events less and using Zoom more thus having a little more time to keep up with the work here. I also did cut back in a few areas because I have been dealing with tendonitis in my arm, which made my workload more realistic. Which brings me to…

Animals: Bees

I have decided to take a break from beekeeping. My arm injury was definitely being exacerbated by the particular stress of frame lifting and moving the boxes. Bees are also difficult and many years disappointing, so a break from that is welcome. I hope to try again in 2024.

Animals: Goats and Pasture

Lily with this year’s kids

Spring birthing went well for both Lily and Georgia, our two pregnant does for the year. Pasture management was more challenging in the drought but we did ok in keeping the land covered and green. We could use more land to rotate the goats through for better parasite prevention in the herd, but what we’re doing is working well enough for now.

The big goat news is the arrival of new boys! In order to avoid inbreeding, we need some amount of turnover in the buck population and it was time. We found a breeder who had similar practices, made arrangements when kids were born in the spring, and picked up a pair – a buckling for breeding and his wethered (neutered) brother as his forever friend. I don’t like to buy or sell just one animal. I think going alone to a new place where they are likely to be quarantined for weeks is far too stressful. Zac and Ike (named for characters from 800 Words, FYI) have since joined the other boys – Marley the buck and Pinky the wether. Zac already got to prove his worth this Fall, spending two afternoons with Diana, who will be giving birth in early April!

Zac, Ike and Pinky

Animals: Poultry

This was an area we thought we’d pare back our plans to be sure of having enough good pasture. We hatched out 26 chickens and 2 ducklings. However, one of the hens had other ideas.  Without our even noticing, she made a nest in the brushy field and successfully brooded 14 chicks! I only figured it out when I heard that loud, distinctive peeping and found her strutting around surrounded by little ones. So, whoops, suddenly we had 40 chickens in the works. We were impressed with and grateful to the mama, and embraced the abundance, even if it was a little overwhelming.

New Projects: Maple Syrup and Wheat

Our Own Maple Syrup

Given that we are having trouble with the bees, we decided it was time to try maple sugaring. We had done a batch about 10 years ago, tapping a few red maples on our property and boiling the sap indoors leading to a harvest of… a pint or so. Not impressive! This time we invested in equipment to more easily collect the sap and boil it outside. We also reached out to neighbors for permission to tap their trees, too, if they weren’t doing it themselves, including a few sugar maples. The extra investment and work improved our yield to about 2 gallons. It is significant work, but we appreciate that it comes at a time of year that is otherwise quiet for us. We plan to keep that going and do even more in the future.

Years ago at a NOFA Summer Conference, I attended a workshop on home-scale grain growing in the Northeast, something I hadn’t considered even possible. I was so excited, but also intimidated to try it myself. A few years ago I gave it a try but the harvest was eaten by birds, mostly goldfinches. This past year, I tried again, growing a test plot in a bed 3 feet by 8 feet. I am thrilled to report that it worked! We managed to bring it in before the songbirds ate it all, dried it, threshed and winnowed, ground the wheat berries… and made an amazing loaf of bread! Threshing was the hardest part and I hope we can refine that. But, I am convinced now that it’s possible and planted 4x as much in the fall for a 2023 harvest. The global wheat shortage is likely to only get worse, so I’m doing my part to help localize this crop. We’ve been buying wheat berries from Maine for years, and this was the first year they sold out of the variety we wanted.

Growing Wheat

Drying Wheat

Bread from our own Wheat!

 

 

 

 

Harvest totals 2022

This accounts for what we brought into the house and remembered to weigh, which we mostly succeed in doing – except many overgrown cukes, kale, basil and zucchini were fed straight to the animals this year.

Alliums – garlic – 34.5 pounds (#) (185 heads); garlic tops – 180; leeks – 60.25#, perennial onions – 9.25#

Beans and Peas – snap beans – 90.75#; dry beans – 10#; sugar snap peas – 7#

Brassicas – broccoli – 13.75#; brussels sprouts – 9#; kale/collard – 42.5#

Harvest in July

Corn, popcorn – 7.25#

Cucumber – 128.5#

Eggplant – 13.5#

Greens – lettuce – 6.25#; nettles – 2.25#

Herbs – basil – 2.25#; dill – 1#

Mushrooms, winecap – 4.5#

Potatoes – 39#

Roots – beets – 4.5#; carrots – 45.75#; parsnips – 16.25#; radishes – 196 (here’s where the voles were: potatoes, beets, carrots, parsnips!)

Summer Squash

Squash – summer – 244#; winter (butternut, delicata, long pie and Seminole) – 790.25# (it was a great squash year)

Tomato – slicing – 30.25#; cherry -11.5#

Wheat – 2#

Fruit: azarole – 16.5; crabapples – 118.5#; currants, red and white -18#; elderberry – 5.75#; grapes – 40.5#; honeyberry – 2#; mulberry – 2.25#; peaches – 182.5# (from 4 trees); rhubarb – 12.5#

Maple syrup – 2 gallons

Sea salt – 3 quarts

We brought in 87.3 gallons of goat milk (from 3 goats); 83# goat meat; 10# goat lard

Our poultry harvest came to: 1,385 (115 dozen) chicken eggs from 12 hens; 710 (59 dozen) duck eggs from 7 ducks; chicken meat – 89.5#; duck meat – 6.5#

Stored Crops

Food Preserving

Preserving food for the off-season is necessary for us to eat from our land year-round. Here’s a summary of what I put up from the harvest I just detailed, plus some gleaned crops:

Canned: peaches -25 quarts; grape juice – 18 pints; grape jelly – 4 pints; clove currants – 13 pints; elderberry syrup – 4 pints; applesauce from gleaned apples – 6 pints; pears, gleaned – 29 pints; blueberries from berries picked at Tuckaway Farm – 15 pints; strawberries – 27 pints and strawberry juice – 11 pints from berries picked at East Wind Farm

Dried: peaches – 5#; kale/collards – 8 gallon bags; tomatoes – 1# ; grapes (raisins) – 2.5#

Refrigerated: lactofermented cucumber pickles – 10 quarts

Frozen: blueberries from Tuckaway – 2 gallon bags; snap beans – 10#; eggplant – 5#; summer squash – 30#; basil/garlic pesto – 5 pints; chevre cheese – 10 pints; mozzarella cheese – 10#; and most of the meat.

We also store these crops that aren’t preserved exactly, just handled and stored properly: dried beans, popcorn, garlic, potatoes, carrots, beets, parsnips, winter squash, pears and apples.

Looking Ahead

So far, 2023 has been a tough year for me. Despite taking many precautions, I had my first bout of COVID starting in January and after two months I’m still not fully recovered.  While not life-threatening, it was otherwise worse than I’d expected. The only upside was that it hit me in the quiet season on the farm. Meanwhile, my arm injury is still aggravated. I am therefore trying to allow for a less demanding workload coming up in an effort to fully heal. Taking a break from beekeeping is the major change I’ve made to that end. We also didn’t order very many trees for spring planting. Upkeep and getting the most out of what we have already going on will be the focus.

That will include a nice big garden, the expanded wheat trials, and more protective ways of growing root crops. We have goat kids coming in early April, and will raise more chickens.

I hope to keep writing, now that I have figured out how to use the speech recognition on the computer which saves my arm quite a bit of stress. Thanks for reading and I hope you had a good 2022 and your 2023 is going well so far! 

Here’s my most interesting image from 2022:

Snakes in our crabapple tree in the fall!

 

 

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Making Salt: A Winter Yield

Making salt in the winter makes a lot of sense for us, living on the Seacoast and heating with wood. We already try to take advantage of that heated stove top. If nothing else, we put a steamer pot on it to help offset the dry winter air. But, even better is to use it to decrease other energy needs. We cook on it, heat water for tea, dish washing, and some for clothes washing. My daily herbal infusion warms up there. And, now, we’ve learned how to make our own sea salt on it.

Humans gathering salt has a long, fascinating history going back thousands of years that shaped the world we now live in. It’s importance in human health, food preservation and as a trading commodity influenced where cities appeared, the establishment of trade routes, and the outcomes of wars. Did you know that the English suffix “wichoften indicates it was once a source of salt, some of the first roads were associated with the salt trade, and that salt was the focus on Gandhi’s first civil disobedience campaign in India’s struggle for independence from Britain?

Below I will walk you through the process with pictures to best tell the story. First, for answers to common questions we get asked:

Q; Do you get enough salt to make it worth bothering with?

A: Two gallons of salt water create 1 cup of salt. I’m pretty impressed with that!

Q: Aren’t the oceans too polluted now for this to be safe?

A: This is a hard one and I can’t say for sure. But – we have to ingest salt to survive and I don’t know why I’d trust sea salt in the store more than what I make myself. (Most commercial table salts are currently hydraulically mined inland. My research indicates this might not be as bad as other types of mining, but there are consequences.) We have poisoned the whole planet that we are a part of, so it’s not reasonable to think we won’t ourselves be taking some of that in. Maybe if we better connect to how we need the ocean, we’ll be more motivated to keep it clean. Really, when the oceans get so polluted we can’t trust them at all, I think the least of our worries will be can we make salt from them. We forget how critical oceans are to maintaining life on the planet. So… you will have to decide for yourself, and it might depend on what beach you have access to if you think it is safe or not.

Q: What if I don’t have a wood stove?

A: You can use an electric or gas stove to make salt, it just means you are adding that extra energy. Also, solar salt evaporation is worth exploring. Solar dehydrating of food is tough in our climate since microorganisms usually become established before the food dries enough. However, salt is not perishable that way, so it can take much longer to be finished with not worry about it spoiling.

Q: Does it have a different taste or color or texture?

A: I find it to be a little saltier and more complex than what I’ve bought at the store. I read that sea salt shouldn’t be very white… but mine does turn out that way. My method makes a coarse end product. It can be put in a food processor for further refining.

Q: Is it healthier?

A: Sea salt is less processed than rock salts, allowing trace minerals to remain and not introducing additives, which I think is positive. But, both are still mostly sodium chloride, which is critical to have in appropriate amounts – not too little or too much – for good health.  Also, note that your own salt won’t have added iodine so be sure to find other ways to get iodine into your diet, such as seaweed or dairy products.

The Process

The start – and maybe hardest part – of the process begins with gathering the sea water. We recommend it not be completely low tide (unfortunately, since that’s best for getting seaweed!), wear your tallest waterproof boots, and have smaller containers that you can fill and bring to a larger container in your car. You don’t need to worry too much about sand and seaweed bits in the water – you’ll be straining it later. A tight lid for the ride home is helpful.

Once I get it home, here’s what I do…

A five gallon bucket, filled to nearly the top, in the kitchen

Straining through a tightly woven piece of cloth will catch sand, seaweed, etc.

Set up in the sink – pot to strain it into, jug to transfer it to.

Take sea water from the bucket…

… and pour the sea water into the strainer.

Pour the strained sea water into a non-metal container. Sea water will corrode metal quickly.

I put aside 2 gallon jugs and pour in what fits into the glass pan sitting on a trivet on wood stove. Top it off as the water level goes down.

Close to the end of 2 gallons, the water begins to look cloudy.

Salt starts to form!

I find pushing the solids to the side facilitates continued drying. My original metal spatula for this showed signs of corrosion after just a few batches.

It’s getting close! Note that we don’t have this pan directly on the stove, but on a large, low trivet that Steve created from an old computer case side.

Pushing it to the slightly higher side lets it dry a lot. Then, letting it sit near but not on the stove in an open container for another day lets it really dry out.

From the 2 gallon jugs, more than a cup of salt.

Store the salt in a tight container to keep it from absorbing moisture. Since you aren’t adding an anti-caking agent, it will be prone to do so and to clump. If that does happen, you can re-dry it near a wood stove or in an oven. It doesn’t go bad, just gets hard to deal with!

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Food Preservation: Lacto-fermenting

My last entry on the important art of food preservation focuses on lacto-fermentation, which is especially timely in this current moment of extreme cleanliness.

First, let’s define it. Lacto-fermentation harnesses Lactobacillus bacteria’s ability to turn sugars into lactic acid, a natural preservative that inhibits the growth of harmful bacteria. Along with extending shelf life, this process adds interesting flavors, makes plants safer to eat and easier to digest, and helps to boost the population of our microbiome when we ingest these foods.

Foods preserved this way still need to be stored in a cold, dark location and won’t last as long as canned, dried or frozen items.  It is the added taste and health benefits that most recommend this method. They are also traditionally often used as condiments, eaten regularly but in small amounts.

History, Including 2020

Cabbage for Sauerkraut

Lacto-fermentation has thousands of years of history all over the globe. Some foods you might recognize using this process are: sauerkraut, kimchi, and yogurt.

In the recent past of 2020, disinfecting and cleanliness became even more of a way of life for people – for good reason (although some are taking it too far – drinking bleach being a good example of that). During a pandemic, extra attention to appropriate anti-germ measures is a smart preventative measure. However, we don’t want to forget all that we’ve learned about the microbiome and the positive role it plays in our health (the happy news about mask wearing is that it prevents disease spread without harming your microbiome).

The truth is, keeping ourselves well populated with microbes helps us stay healthy. This is true for plants as well. In disease suppressive soilsit’s the presence of soil microbes that allow for plants to stay healthy or fight disease.

The vast majority of microbes do not cause disease and many actively help their hosts thrive. Which makes sense, right? Why would any creature want to harm what it depends on to live? It’s a lesson every species learns or eventually dies trying to.

Cucumbers for Pickles

So, especially while we are in the midst of an epidemic of cleaning and have a dangerous new disease in our midst, nourishing our microbiome is especially important.

 

Personally…

I started incorporating fermented foods into my diet when I was in my 20s and having trouble with my digestive health. I had many tests, went on limiting, exclusionary diets, and even tried pharmaceuticals. All of which made me feel worse. Then, I went to a workshop with Susun Weed who sang the praises of fermented foods to keep our guts healthy. The next day, I threw out the pills and went shopping for yogurt and sauerkraut plus miso and tamari (which are fermented but not lacto-fermented to be precise). I made sure to eat one of those every single day and within a month I felt better than ever

Continuing to ingest these “friends” on a

Homemade Yogurt

regular basis has been my practice for the nearly 30 years since then and seems to have served me well.  I do also eat a diet that otherwise feeds my microbiome and I avoid factors that harm it as much as possible (there include anti-microbials like: chlorine, food preservatives, cleaning supplies, antibiotics and essential oils).

The Process

Some people get super excited about lacto-fermenting, trying it with all kinds of veggies, and creating new recipes. While very committed to having these foods in my diet, I have been less adventurous simply because I don’t always love the taste. In my repertoire are: yogurt, cultured soft cheese, sauerkraut, cucumber dill pickles and a few experimental jars. Each has a slightly different process to allow the bacteria to get established and do it’s work before microbes that would cause food spoilage get a foothold.

The milk products need a starter culture to be most successful. I buy cultures for the soft cheese but find a spoonful from my current batch of yogurt gets the next one going. I invested in a good thermometer for cheese-making and am careful to heat and cool as the recipe calls

Nigerian Dwarf Goat Milk

for and allow it to remain warm for the appropriate amount of time. Soft cheese is strained, but I don’t need to do that with the yogurt which is thick and creamy because my Nigerian Dwarf goats make such rich milk.

 

The veggies all come with enough lactobacillus that none need to be added, the environment just needs to be set up to favor them. Usually this is accomplished by adding salt to the water covering the veggies. 

Lacto-fermented Veggies: Cukes, Radishes, Beans

I usually also add dill and garlic for taste and a grape leaf which has tannins that help the veggies stay crisp. Keeping the veggies under the water rather than having them float up is tricky. You can buy glass rounds to weigh them down from the top.

 

All these dishes can easily be made at home with minimal investment in equipment. I make them in or transfer them to canning jars for storage – in the fridge chevre cheese lasts a week, yogurt 4-6 weeks, a veggie recipe up to a year, although some will get weird sooner.

A big plus of this method is that food safety is not hard to achieve. The environment in one of these preparations will be acidic, filled with bacteria and often salty, all conditions not conducive to Clostridium botulinum, the bacteria that causes botulism. If some other rogue bacteria or yeast does take over your ferment, it will be clear – smell, taste, or texture will not be appealing. Your own senses will warn you, just listen to them.

If you are interested in more deeply exploring and trying lacto-fermentation I refer you to Sandor Ellis Katz’s books, online writings and classes.

Wrapping Up My Food Preservation Series

I’ve spent more than a year discussing how to preserve food with you all as a way to continue to eat locally in the north year-round. These are critical skills that have been developed over human history and that we can now dust off and use again. It’s a great way to build community resilience, so let’s keep the practices alive!

Lacto-fermented Pickles

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