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Archive for the ‘homesteading’ Category

MEN June-July 2013

Includes Best Staple Crops for Building Food Self-Sufficiency.

To truly feed yourself from your garden, you need to grow staple crops. The current issue (June/July 2013) of Mother Earth News contains an article that I wrote about the subject. You can read Best Staple Crops for Building Food Self-Sufficiency in the print magazine (where these things always look better) or online. The crops that I talk about are potatoes, sweet potatoes, corn, wheat, peanuts, winter squash,  dry beans, cabbage, collards, and kale. There are two charts in this article that you might keep for reference. One chart shows suggested varieties of these crops for each region of the continental U.S.  The other chart is “Crop Yields and Calorie Density”. The information posted there is based on my article that appeared in the October/November 2012 issue, with the addition of calories produced. If you don’t have that issue, you can read that article, A Plan for Food Self-Sufficiency, online. The four charts in that article show suggested yields and the number of half-cup servings you might expect per pound of food as it comes from the garden. There are many crops listed, with separate charts for vegetables, fruits, grains, and legumes. A fifth chart (online only) that is connected to that article shows yields and oil content of nuts and seeds. 

Includes A Plan for Food Self-Sufficiency

Includes A Plan for Food Self-Sufficiency.

Including staple crops in your garden plan is one thing; finding the variety for each crop that will do well in your climate, that also fits well with your management schedule, is quite another. Besides depending on my own experience, I pored over catalogs and read variety descriptions and gardeners’ internet postings carefully to decide which varieties to include on the regional chart. Ira Wallace of Southern Exposure Seed Exchange was kind enough to go over the chart with me and make suggestions. It helped that we were both at the Virginia Biological Farming Conference in early February and that our booths were right next to each other to afford us the time and opportunity for that discussion. In working on this staple crops article I met Eli Rogosa through email and telephone. She is the director of the Heritage Wheat Conservancy and provided the wheat varieties for the chart. You may have other varieties of these staple crops that do well for you in your garden. If so, I welcome you to post a comment with the crop variety and the general area where you are located. Your comments will be helpful to everyone. To my readers from outside these U.S. regions, I hope you take this opportunity to write a comment to share the varieties you are growing in your part of the world.

Building our personal and regional food supplies will take all of us sharing information and seeds as we develop a new food system independent of corporate America. If we are to succeed, we need to be active participants in the process. Even with the best information and seeds, the learning is in the doing. Get out in the garden and get growing. Your skills and knowledge will develop more each year. For the sake of us all, I wish you well.Homeplace Earth

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chicken house interior with loft

chicken house interior with loft and access to nest boxes for egg collecting

Keeping chickens is a popular thing to do these days and there is a wealth of information for new keepers of the flocks. I have had chickens since 1989 and would like to offer some tips that have proven helpful to me.

If possible, have an area to store feed within the chicken house. That saves trips back and forth from another storage area each day. I store feed in galvanized metal garbage cans. I don’t use plastic garbage cans because I believe they contain pesticides—after all, they are intended for garbage—and animals can chew through them. This feed area needs to be “walled off” from the chicken-living area, which can be done with chicken wire or welded wire fencing. That brings me to my next tip.

In the chicken-living area, it would do you well to arrange to divide that space into two. I read that idea long ago in Gene Logsdon’s Practical Skills (1985, Rodale Press). In my chicken house the divider is made of welded wire fencing for the upper permanent part and wood for the lower removable part. A nail at each side of the bottom part holds it in place. When I want to allow the chickens into the whole area, I remove the bottom panel by pulling out the nails enough to remove the panel. In order to tend to both sections, you need to have a door to each one from your feed room. The doors can be made with a wood frame and wire fencing or you could scrounge old screen doors for this.

This division is most helpful when my chicks come out of the brooder. The outside pen area is divided, also, so that each inside area has its own run. One side, where the chicks are put, has smaller wire to contain the little ones. The rest of the chicken run has 2”x4” wire. Young chicks can slip right through that. The chickens, big and small, can see each other. When the time comes, I can take off the bottom panel in the chicken house and open the gates within the chicken run and they will all be together.

nest box on chicken side

nest box on chicken side

My next tip is to be able to collect the eggs without walking through chicken poop. You might not mind it, but occasionally you might need to have someone else, who is not so much into earthy ways as you are, collect your eggs. Also, chickens can be intimidating to young children and a rooster can be an attack animal. It is best if children don’t have to watch out for that, besides making sure they don’t break any eggs. If you have a feed room, have the nest boxes protrude into that space, with the top opening up for egg collection. If your nest boxes extend to the outside of the chicken house, make sure they are weather-proof. You wouldn’t want rain dripping on your hens as they sit in the nest box. My nest boxes are accessible from the feed area. I made them from scrap wood and used the tongues of old tennis shoes for hinges.

chicken house loft

chicken house loft with grass clippings

My last tip is to put a loft in your chicken house. That gives you space to store straw for bedding—maybe even straw from the grains that you’ve grown. The loft in my chicken house is only over the chicken-living area, allowing more headspace in the feed room. I have an old wooden five foot ladder there to access the loft. I add carbon material over the chicken droppings throughout the year and clean out the chicken house once in the summer. All of it goes to the compost pile. Having that bedding material right there in the loft is nice, especially if it is something I’ve grown.

You can also store grass clippings there. If you have sown white clover in your grass, your “grass hay” will be rich in clover. You can feed that to your chickens, line the nest boxes with it, or use it as bedding. Let the grass dry for a day or two before storing it or spread it out in the loft if it is fresh. When it is dry, you can pile it up. Otherwise, you will have a hot, slimy mess. Look at all the resources you have and make sure they are part of your circle of living. What is left from one thing becomes a resource for another. As much as you can, bring your chickens into your circle.Homeplace Earth

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1"x2" welded wire garden fence

1″x2″ welded wire garden fence

Wherever you live, fencing is necessary to keep predators out and children, pets, and livestock in. It is important to consider which of those functions you want to accomplish. If it is to keep predators out, which predators would that be? That’s the general aim of a garden fence. If it is the neighbor’s (or your) dog, livestock panels will do to keep large dogs out. The spaces in those panels are 6”x8”. They are easy to install and to take with you if you should move. It will not keep rabbits, chickens, and other small critters out. Livestock panels might be your choice to keep livestock in. In All Flesh Is Grass Gene Logsdon suggests using livestock panels as a perimeter fence. You can read more about livestock panels in my blog post In Praise of Livestock Panels. One of the great things they have going for them is that they are rigid. However, that means that they don’t conform to the landscape well, making it look not so good if your ground is not level. 

Welded wire fencing with 2”x4” spaces is probably the most popular option for a garden and for fencing a backyard to keep your dog or children in. It is readily available at building supply stores. I like a 4’ high fence around a garden, unless you have problems with deer. I won’t address dealing with deer in this post. The spaces in that fence will keep most things out, but not baby rabbits. For that reason, I’ve gone to using 1”x2” welded wire fencing for my garden. If you have a dog or cat that takes care of the baby rabbits, that might not be a problem for you. When installing the fence, dig a trench along the fenceline so the bottom few inches can be buried. If you have trouble with groundhogs you might want to bury it deeper. Rocks along the edge of the fence will help to keep animals from digging in. Raccoons can climb over a 4’ high fence, and even a 6’ high wire fence. If they are a problem for you, maybe a border of something prickly on the outside of the fence would help. Welded wire fencing with 2”x4” spaces and 6’ high is a good choice for chicken pens. When attaching it to the posts, if you leave the top foot unattached, it might help to keep raccoons out. They can climb over it, but if the top edge bends out with their weight, it might discourage them. Besides keeping the critters out of your garden during the growing and harvesting season, a good fence will also keep them from grazing your cover crops. If you planted your cover crops at the right time and thought they were off to a good start, only to find they never got any bigger or even disappeared, it could be that the wildlife had considered your garden their personal salad bar during the fall and winter.

4"x4" woven wire fence in the snow

4″x4″ woven wire fence in the snow

Welded wire, like the livestock panels, can’t be stretched and doesn’t conform to changes in elevation. For that, you need woven wire fencing, which I’ve always referred to as field fencing. You would have seen that in pastures. It usually has 6”x6” spaces, but there are more size options available now. You might find woven wire fencing designated as Class 1, but keep looking until you find Class 3 galvanized. Class 3 will last longer. You are going to be putting in the same amount of labor to install it and you don’t want to do it again anytime soon– by that I mean anytime in the next 25 years or more. We installed a Class 3 woven wire fence 27 years ago. Just now some of it needs to be replaced, not because the wire is failing, but because our son pastured oxen in there for awhile when the pasture was inadequate and they leaned over the fence to get that greener grass on the other side. Otherwise, it would be fine and shows no sign of rust. A strand or two of barbed wire along the top or a strand of electrified wire, which we didn’t have, might have helped with those oxen. Moving those animals out sooner is what should have happened. That fence was originally designed to keep in goats and also worked well when we had a milk cow.

One of the size options available now for woven wire fence is 4”x4” and is called sheep and goat fence. If they have horns, sheep and goats can get their heads stuck in the 6” fence and in the livestock panels. We’ve had to take a hacksaw to a livestock panel a couple times to free a goat. (Heavy-duty bolt cutters would have been better, but we didn’t have any on hand at the time.)  When we decided to permanently fence an area in 2006 we went with the 4”x4” sheep and goat Class 3 fencing. One farm supply store only had Class 1, but thanks to the internet, I knew Class 3 was available. Ashland Feed Store went to the effort to get it for us—thank you Danny Adams. It helped that our order was almost a full pallet. If you have a large project coming up, do your planning carefully so that you can get your supplies all at one time. Often farm supply stores have seasonal sales on fence supplies and spring is a good time for that. While we were in the fencing mood, we decided to fence our barnyard. I discovered that full grown hens can’t get through the 4” spacing! They hop through livestock panels and can get through the 6” field fence, but stay put behind the sheep and goat fence. Fencing the barnyard gave us extra grazing if needed for livestock and allowed us to open the gate to the chicken pen during the day, giving the hens access to our whole property except the yard and garden.

woven wire fence corner

woven wire fence corner

If your property is the least bit rolling you will appreciate the fact that woven wire fence can be stretched and will fit to the contours of your land—provided it has the proper support. There needs to be posts in the low spots to hold it there. At the corners you need strong wooden corner posts with another post about 6’ away and a third post connecting the two. About every 100’ there needs to be another set of wooden posts. The rest of the posts (line posts) can be metal t-posts. It might be that you have a lot of cedars on your property and you can cut your own posts. We’ve been growing black locust trees for future fence posts. Some of the other options for woven wire fencing have 2”x4” spacing and one has a wire V within that. That fence is called diamond mesh or V-mesh. I’m considering that for the part of the garden that may have livestock pastured on the outside occasionally and it will also keep out those little rabbits I have trouble with. The woven wire with the smaller spacing was developed for horses, who apparently can’t keep their hooves out of regular fence.   

wooden fence with oak boards

wooden fence with oak boards

Chicken wire is a short-lived fence that might keep chickens in, but doesn’t keep dogs and other critters out. Furthermore, in a few years, it will begin to rust. That said, a 2’ high chicken wire fence would do for a couple years around a garden and it is comparatively inexpensive. After that the rabbits just jump over it, the grass grows up into it, and it will soon begin to rust anyway. Whatever fence you buy, notice the size of the wire. The higher the number (gauge), the smaller the diameter of the wire. A 9 gauge wire is thicker than a 12 gauge wire. Sometimes you don’t have a choice. I’ve noticed the welded wire fencing we got to replace some old fence around the chicken pen is a smaller gauge than what we bought 20+ years ago. A good source for fencing information and supplies is Kencove.com

Of course, you could go with a board fence. In that case, check a lumber yard for oak fence boards. They are generally available in 16’ lengths and are a full 1” thick, and 6” wide. Oak fence boards will last much longer than pressure treated boards. There’s lots more to know, so talk to people, travel around and take pictures, read all you can—then just do it. You can’t make mistakes-just learning experiences.Homeplace Earth

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green and brown cotton bolls with spindleI usually write about food crops and soil building, but today I’m talking about fiber. I have begun to grow cotton and have learned to spin it using a spindle. Growing and using cotton is more than just a new craft for me. It adds diversity to my garden, which is important in a permaculture garden, and it helps me connect with factors beyond the garden. Plants are grown around the world for more things than food. If our gardens are to provide for us and if we are ever going to be free from corporate domination, we need to consider everything. From our plants we can get food, fuel, medicine, fiber, dyes, and so on. The movement to make available food grown in a sustainable manner to everyone is gaining momentum. What about obtaining our other needs from sustainable sources?       

When India was a colony of Britain, Indian cotton was shipped to Britain and the Indians had to buy it back as fabric. Gandhi promoted spinning as an act of independence. If the Indians spun and used their own cotton, they would be free of British control of that resource. In fact, Gandhi had a contest to develop a small spinning wheel that was portable enough that people could easily spin in public and the box charka was born. What better act of nonviolent protest but to spin cotton into thread and yarn in public! Unfortunately, today Indian cotton farmers face another peril with the introduction of GMO cotton seeds. In 2000 I heard Vandana Shiva speak about the number of suicides among cotton farmers in India. They had been convinced to grow GMO cotton by Monsanto and things were not going well. The problems continue to this day. Please take the time to listen to her tell you about it here. Shiva’s organization Navdanya goes into these areas with open pollinated seeds to help the farm families recover.

In doing some research for this post I was heartened to find that there are projects underway to promote the sustainable growing of cotton around the world and in the U.S. You can find more about that at http://www.sustainablecottons.com/. Where is the fabric coming from for your cotton clothes? Begin looking for a Fairtrade label for cotton. Also, consider how the cotton you buy gets its color. Cotton grows naturally in more colors than white. Pakucho is the brand name of cotton from a project developed in Peru to revive the growing of colored cotton on small farms.

green cotton fiber and seeds--BLOG

1 ounce green cotton fiber/seeds

In 2004 I came across an article in Spin-Off magazine about a woman who had grown the cotton that she then spun (with a spindle) and wove into fabric for a shirt. You can read “My Cotton Shirt” here. At least I knew that my idea of growing cotton and making a shirt out of it wasn’t totally crazy. I did grow some cotton around that time, but I didn’t know anyone who was spinning cotton and I was busy with other things, so the harvest was stored away. The only spinners I knew worked with wool and said that, since cotton had such a short fiber, it was really hard to spin. I figured that if spinning cotton was all I knew, spinning cotton would be my normal and that wouldn’t be a problem. After all, people have spun cotton down through the ages so I should be able to learn this. For the past two summers I grew both Erlene’s Green and Nankeen Brown cotton. The seeds came from Southern Exposure Seed Exchange the first year and I saved them after that. There are a lot of seeds in cotton. In one ounce of green cotton that I weighed, 75% of that ounce was 185 seeds and 25% of that ounce was fiber.   

I turned to Joan Ruane to learn to spin the fiber into yarn, once I found her video Cotton Spinning With the Takli. A takli spindle is what is recommended for cotton and that’s what I’ve been using. My husband gave me her kit with fiber, spindle, and DVD as a gift and it was a great way to get started. It was very slow going at first, though. I had to remind myself of how it was when I taught myself to knit—only this seemed harder. Clothos Handspinners, a group of wonderful folks into handspinning, came to my rescue. At the first meeting I attended in November, 2011, Judith spent time teaching me some basics and I will be forever grateful. Most of the members show up with their spinning wheels, but there are some, like me, who are using a spindle. Most work in wool, but not exclusively. I am not interested in getting a wheel right now because I want to master the spindle. Besides, I want to see how much skill and knowledge I can gain with the least money spent. Another DVD that has helped me is Spinning Cotton by Stephanie Gaustad. If my garden DVDs have helped people as much as these cotton DVDs have helped me, I will be happy. My goal is to make a vest out of my homegrown, homespun cotton, so I’ll be learning to weave next. After that comes the shirt.

seeds and green spun cotton from 1 ounce fiber/seeds--plus spindle

seeds and green spun cotton from 1 ounce fiber/seeds–plus spindle

Cotton needs hot weather and a lot of sun. The varieties I grow take 130 days to mature, but it differs by variety. Sea Island White  requires 160 days. Start the seeds and set out transplants as you would tomatoes. I’ve heard of growing cotton in containers and bringing it inside when the weather turns cold if you live in a marginal climate. In my 2012 garden I harvested 2.5 pounds of green fiber and seed in an 80 ft.² bed. That works out to about .75 lb. fiber per 100 ft.² (and lots of seeds). The brown cotton harvest was equivalent to one pound fiber per 100 ft². I had 7-12 bolls on each plant. Now that I’m paying attention, I believe that I can better that harvest. The U.S. average is 1.7 pounds fiber per 100 ft². You could begin with just a few plants among your flowers.

knitted homegrown cotton sampleGrowing colored cotton has been really interesting. After cotton has been spun, it needs to be boiled to set the twist. When you do that, the color deepens. The green spun cotton shown with the spindle and seeds is the same cotton that is shown as fiber in the other photo with the seeds. In the sample that I’ve knitted, the deep green and brown colors are the natural colors after boiling the spun fiber. The white is what I grew years ago with only an inkling of an idea that I might want to do this sometime.

In 2007 a new charka was introduced in India. This e-charka allows the spinner to produce electricity while he/she spins. A battery stores the electricity to operate an LED light and a transistor radio. Spinning cotton by hand is still important in rural areas of India and elsewhere and this new charka will increase the quality of life for these spinners. Gandhi would be proud. For now, at least, I’ll stick with my spindle. Growing cotton and learning to spin it is a wonderful project. Doing it with children gives them a great glimpse into history. There are so many things you could talk about with them when you are working with the plants and fiber. As you spin your own homegrown fiber, keep in mind all those farmers who are keeping the old skills and seeds alive. Every good thought we have goes out as a ripple that eventually connects us all.Homeplace Earth

For more thoughts on growing and spinning cotton see http://www.motherearthnews.com/permaculture/grow-spin-cotton.aspx#axzz2LRWabZ00

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Master Nut Cracker1-BLOG

Master Nut Cracker

                                                                                                                              We have a couple of black walnut trees near our driveway. Until 2008 I had only paid passing attention to them, never taking the time to harvest the nuts at the right time. To do that, every day or two I would have to pick up the green balls that fell from the trees and throw them in the driveway. Driving over them would remove the green husks. Then I would gather the nuts to air-dry and store for later. If they weren’t gathered from the ground in a timely manner, I would find worms in them. Shelling them was a challenge. I tried cracking them using a hammer and by squeezing them in a vice. Both methods were unsatisfactory. You can find information about these methods and more at http://www.nemahaweb.com/blackwalnuts/crackers.htm. Black walnuts are much harder than the English walnuts you would find in the grocery store and regular nutcrackers won’t work for them. Finally I called my friend Margaret to borrow her black walnut cracker.

Margaret and Jerry moved to their 50 acre farm in late 1982. They had black walnut trees in the yard and intended to make use of them. When Margaret told me of her search for a suitable nutcracker, I told her of an article I had recently read in the December 1983 issue of Organic Gardening magazine. I located that issue on my bookshelf while preparing to write this post. It still contained a note to Xerox the article for Margaret. (Back then we didn’t copy things, we Xeroxed them.) The article profiled four nutcrackers suitable for hard-shelled nuts—hickories, butternuts, and black walnuts. The Potter nutcracker was one of them, and the one owned by the authors, Mike and Nancy Bubel.  At the time, I had also checked my copy of Home Food Systems which listed the Potter as the “largest, heaviest, most powerful nutcracker we tested.” Home Food Systems was published in 1981. Margaret bought one and has used it all these years.

Potter nut cracker-BLOG

Margaret’s Potter Nut Cracker

Our black walnut trees seem to bear every other year, so I didn’t throw myself into thinking about black walnuts again until the fall of 2010. The Resilient Gardener by Carol Deppe was hot off the press and the green balls were, once again, raining down. Deppe talks about gathering nuts in her book, specifically the need to get them off the ground promptly. I borrowed Margaret’s Potter nutcracker again. However, the best way to store nuts is in the shell, with the cracking done as needed. It became clear that I should have my own tool. With the harvest skipping a year, there were no new nuts to crack in 2011, but I still had some left from 2010 to play with. I had my eye out for a used Potter, since they aren’t manufactured anymore. What I found is the Master Nut Cracker, similar to the Potter.

My husband gave me a Master Nut Cracker for Christmas last year. It is the one in the top photo and it came with a bag of black walnuts. It was just what I needed for my black walnuts—and as I found later—for the hazelnuts (filberts) and peanuts. My husband had also given me small vice grips to use for the hazelnuts, an improvement over my other methods. I thought my hazelnuts would be too small for the Master Nut Cracker, but I found that it cracked all but the very smallest. Eventually I realized that I could shell peanuts with it, also.

This nut cracker lives up to its expectations for cracking black walnuts. If you see advertisements for nutcrackers, read them carefully. If they list walnuts (rather than black walnuts), they mean English walnuts, which are easier to shell. One of the great things about this nutcracker is that it has a second set of anvils. You can see these in the picture. They’re inserted into their storage holes to the right on the board. Just unscrew the larger anvils and put these in and you’re all set to crack smaller nuts. These smaller anvils are what I put on for the hazelnuts. The anvils are concave, allowing you to crack the shells without smashing everything together, which is what happens using the hammer method.

If you are thinking of getting a Master Nut Cracker, be on the watch for the Duke Nutcracker. The Duke is a Chinese knock-off and of lesser quality, according to what I’ve read. Often Chinese look-alikes are inferior and will soon break or be less than enjoyable to use. Do your internet homework and order from Gerald Gardner, developer of the Master Nut Cracker, himself. You will have to send a check to him and the address is on his website, along with the story of how it all came to be. You might want to put a Master Nut Cracker on your Christmas wish list, like I did. Happy cracking!

 

More about my experiences with the Master Nut Cracker at http://www.motherearthnews.com/permaculture/master-nut-cracker.aspx

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Growing Protein--BLOGWhen we think of protein foods we normally think of meat, dairy and eggs. However, we can also get protein from plants. Beans and grains contain the most, but there is some protein in all vegetables. Of course, if you depended on a plant-based diet for your protein, you would be wise to look to the concentrated plant sources for your needs, unless you are eating a really large amount of food.

Protein is used by the body for building and maintaining. It stands to reason if you are pregnant or nursing, or have been injured and need to repair tissue, your protein requirements would be higher than the recommended daily allowance of 46 grams/day for women and 56 grams/day for men. In my last post I talked about growing potatoes for needed calories. Potatoes have 7.7 grams of protein per pound, so if you ate a considerable amount of potatoes, you would also be racking up the protein. Carol Deppe spent a winter eating a lot of potatoes and wrote about it at http://caroldeppe.com/ThePotatoBin.html. On the other hand, if you ate corn and beans for protein, you would get about 40 grams of protein for each pound of corn you ate and over 100 grams per pound of dry beans. In addition to potatoes, Deppe grows her own beans and corn. If you are interested in growing a significant part of your diet, her book The Resilient Gardener needs to be on your reading list. 

Protein is made up of amino acids, many of which can be synthesized by the body, if enough nitrogen (protein) is available. However, there are eight amino acids, referred to as essential amino acids, that need to come from the food we eat. Animal sources have all the essential amino acids and plant sources do not. Interestingly enough, the ones the legumes (peas and beans) are lacking are the ones that the grains have plenty of, and vice versa. There are reasons for the traditional meals such as cornbread and beans, tortillas with beans, and beans and rice. Even peanut butter on whole wheat bread serves to give you the right combination. Beans and grains don’t need to be eaten at the same meal to get the benefit, but they both need to be in your diet somewhere.

Besides protein and calories, including grains in your garden plan provides carbon in the form of stalks and straw for compost making, necessary for feeding the soil without bringing compost materials in. In my garden I have straw from wheat and rye in June and from cornstalks in the fall for compost. Besides the straw from wheat and rye, much organic matter is left in the soil from their decomposing roots. The legumes are soil enriching crops, leaving behind nitrogen for the next crop. The most nitrogen is left in the soil if the legume crop is harvested at flowering, as you would if you were growing it only as a compost crop. After that, nitrogen is put toward producing the beans or peas. Nevertheless, some nitrogen stays behind and it is good to have legumes in your rotation.     

Other protein sources from your garden are peanuts and sunflowers seeds.  I harvest peanuts before the frost kills the vines, hanging them in the barn for the peanuts to dry on the vines. I pick off the peanuts when they are ready. You can see that in my DVD Cover Crops and Compost Crops IN Your Garden. The vines become compost material, but that peanut hay could also feed small livestock. Peanuts and sunflower seeds contain 117.9 and 108.9 grams of protein per pound respectively. These crops also supply needed fat in your diet. In addition, they can be used for cooking oil. More information about that is at my post http://homeplaceearth.wordpress.com/2012/07/10/using-a-piteba-oil-press/. Sunflower stalks, like the cornstalks, are used in the compost. 

In a permaculture garden you might have hazelnut (filbert) trees. Hazelnuts have 57.2 grams of protein per pound. My hazelnuts form a border on the north side of my garden. I wrote about hazelnuts at http://homeplaceearth.wordpress.com/2012/03/20/hazelnuts-filberts-in-my-garden/. Hazelnuts trees can be pruned, with the trimmings feeding your rocket stove. These nuts also provide fat in your diet and can be pressed for oil. 

 Okay, I know you aren’t going to be eating a pound of beans or corn at a meal. In terms more easy to understand, a cup of boiled cowpeas (the beans I grow) has 13.3 grams of protein. I use ½ cup cornmeal, cooked with milk or water for a good-sized serving of cereal. That cornmeal has 5 grams of protein. A thick slice of homemade whole wheat bread has 3.9 grams of protein. A one ounce serving of peanuts has 7.4 grams. By comparison, a cup of milk contains 8 grams of protein and one large egg contains 6.3 grams. 

If you have enough calories in a varied homegrown diet, most likely you are getting enough protein. As you can see, growing grains for compost naturally gives you protein foods. If you were growing a significant part of your diet, you would also be concerned with having enough calcium. That’s the topic for next time.

 

More about Growing Protein at http://www.motherearthnews.com/permaculture/growing-protein.aspx.

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dried food in jars-2012-BLOGThis is my third summer using solar food dryers and they have become a firm part of my food preservation plan. Of course, the biggest aspect of my plan is to need as little preservation as possible. So, we eat as much as we are able to out of the garden all year. Next is to grow crops that pretty much store themselves. That would be things like onions, garlic, winter squash, potatoes, sweet potatoes, cowpeas, hazelnuts, and peanuts. Some things are fermented, particularly cucumbers and cabbage. I’ve had a huge jar of dill pickles on my kitchen counter for most of the summer, sort of like what you might see in a deli. We take pickles out whenever we want. Some of the snap beans get salted in a crock. The rest of the snap beans and extra tomatoes are canned. 

principe borghese-BLOG

Principe Borghese tomatoes

The crop that I dry the most is tomatoes. There are varieties that are better suited for this and I’ve been growing some. Principe Borghese (preen-see-pee bore-gay-zee) has been the most prolific so far. I had a harvest of about 75 pounds from the plants that grew along a 16’ livestock panel. Principe Borghese is a determinate variety, pumping out the whole harvest in 5-6 weeks. The seed catalog says the days to maturity for this variety is 78 days, however, I’ve found my harvest begins at about 60 days from transplanting and I had my first tomatoes before July 4th this year, without even trying.  These tomatoes look like large cherry tomatoes. Sometimes I cut them in half to dry and sometimes I cut them in quarters. 

I also grew Hungarian Paste tomatoes, another determinate variety. I began harvesting these about 18 days later than Principe Borghese and picked for only 4 weeks. That was too short of a harvest window for me, but the blister beetles had moved in on the plants. This variety is similar to Roma and Amish Paste. I had some trouble with blossom end rot on the first flush this year, which might have been caused by weird weather; however, blossom end rot has been a problem with this type of paste tomato on the first flush in my garden in other years.  I’ve had my soil tested and calcium deficiency is not the problem.

long tom-closeup-BLOG

Long Tom tomatoes

A new variety, for me at least, is Long Tom, an indeterminate. I only have a few plants and they were put in late, but I’m really impressed with the tomatoes I’m getting. It could be due to the bed they are in, but these meaty tomatoes have been weighing 4 ounces each! If you don’t like seeds in your dried tomatoes, this is the variety to grow. I’ll pay more attention to Long Toms next year. All these varieties and more are available through the Southern Exposure Seed Exchange catalog.

The list of things I’ve dried in my solar dryers is: apples, cabbage, celery, collards, grapes, kale, mushrooms, okra, onions, parsley, peaches, peppers, sweet potatoes, tomatoes, and zucchini. I’ve dried snap beans, but I found we just don’t eat them. They are good, however, reconstituted in chicken broth. One of the good things about drying is that you don’t need to have the quantity that you need when you are canning. You can put small amounts of this and that in the dryers. I’ve found that I can salt the snap beans in a crock and add to it over the next couple weeks as the harvest comes in, otherwise if I had a small amount, they’d go in the dryer.

SW trays open-BLOGASU dryer inside-BLOGI have two dryers and each have special features. One, the SunWorks model, exposes the food to the sun. Historically, that’s how things were dried, lying out in the sun. The larger model, based on plans developed by Appalachian State University (ASU), does not expose the food to the sun. If I’m drying mushrooms, I put them in the SunWorks dryer since mushrooms really develop a lot of vitamin D when exposed to the sun. If I’m drying collards or kale, I put them in the ASU dryer. The greens dry quickly in either one, but they stay greener out of the sun. I built the SunWorks dryer with an electric backup option. I played with that a little that first year, but haven’t plugged it in since. If the weather takes a turn and it rains, I just leave the food in until the sun comes back out and it dries. When drying is complete, I put the food in glass canning jars and store them on shelves in my pantry. Of course, if the weather promises to be rainy and damp for days, which is the pattern we seem to be in at the moment, I resort to canning.

You can find more information about my solar dryers at my blog posts Solar Food Dryers and Solar Food Dryers-Update. The Solar Food Dryer, a book by Eben Fodor, was my guide in making the SunWorks dryer. A good book to refer to in handling the food is Making & Using Dried Foods by Phyllis Hobson. I’ll have both books for sale at my booth at the Heritage Harvest Festival at Monticello on September 15 and at the Mother Earth News Fair at Seven Springs, Pennsylvania on September 21-23. I’ll also be speaking on Solar Food Drying at both events.  See you there!

 

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