Archive for the ‘Homesteading Skill & Tech’ Category

Water To The Anima Cabins! Thanks to On-Site Helper Program

Tuesday, February 14th, 2012

Dan'l and Avraham get the water tank ready to roll.

Eureka!  Water To The Cabins!

Imagine everyone’s excitement at the Anima wilderness school and sanctuary, when the final bits of plumbing were finished and – for the first time in 35 years of inhabiting this land – water rushed from a pipe all the way to our cabins on the mesa!  Loba squealed in delight, and Rhiannon jumped up and down in celebration.

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Dan'l with much valued first Anima on-site helper, Jason.

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When deciding if these exclamations of glee were exaggerated or not, consider that generally the term “running water” here refers either to the river running 200 yards distant, to rain running into our barrels, or to one of us running to get some whenever we run out.  Getting water for our drinking, washing and plant watering needs has and always will be a conscious effort.  Living in a place that no well-drilling rig could ever get to, has ensured that we would always be conscious of our water use and supply, and thus always in touch in the deepest ways with our elemental sustenance.  Loba has always enjoyed siphoning the grounding motions of siphoning and carrying pails, and accepted the difficulties of chipping through a layer of ice in the barrels to get the water she needed each Winter, but in recent years her back and knees have been suffering from it.  It is surely reasonable, then, that she can’t dampen her enthusiasm for the 1500 gallon storage tank now sitting on a concrete pad, the pipes buried below freeze level and extending to the kitchen, through its wall and over the sink, with only a valve to turn to have a steady stream of precious fluid filling her washbasin anytime we are fortunate to have our tank full.

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Dan'l mounts the fire fighting water pump to a trailer that friend Ryan gave us.

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The inspiration and motivation for all this was not our personal needs or convenience, needless to say, but the Wallow wildfire that for over 2 months raged and blew to within 7 miles of this canyon preserve last Summer.  It was donations to our fire fund from you, that paid for the tank and plumbing we now have installed and working.  With the fire fighting pump purchased at the same time, we can drive protective sprinklers around the structures for as long as we have water.  When it comes to fires in the Southwest, the saying is that “it’s not if any certain area will burn, but when”… and whenever one burns in our direction again, we will have a chance of saving the structures we’d live in while undertaking the healing and planting of the scarred land.

To those who contributed to the fund, please join us in feeling accomplished to at last have this system in place, and well before the next fire season.  And to everyone, please share in our delight.

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Irene, Loba's homestead apprentice, has been here every weekend assisting, and learning skills like grinding on an ancient Indian metate.

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On-Site Helpers

The nearly finished water system, along with storage sheds, a covered outdoor “kitchen” area and more, are largely thanks to the vision, hard labors and sure ramrodding of Dan’l and Trail Boss.  They were here day after day during fire preparations in June, and Dan’l has been down here every few days lately to bring more of the canyon projects to fruition.  A number of you met him as he was working and filming at the 2011 TWHC, and at the 2012 conference in September he’ll be running the sound system as well.

Dan'l guides the construction of an overhang for an outdoor kitchen, which will have a stove and shelves when complete.

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We still could not possibly be progressing the way we have, without the addition of “On-Site Helpers,” a succession of volunteers looking to learn all they can about homesteading and land restoration while being of service and getting a taste of a truly meaningful life.  Tim and Jason were first, and will always have our thanks.  Just today saw the arrival of young Seirra and Nick, who immediately and happily dug in to the daily tasks.

And none have been a greater assist than Avraham, a young man filled with energy, open to experience, and desirous of being helpful to Anima and the world.  He’s been not only been psyched to learn about and help with things like carpentry and concrete work, but also been pleased to learn about bread baking and campfire dutch over cooking, as well as some about medicinal herbs in the little time Kiva could spare.  All this time, the canyon is working on him as well, assisting his realizations, quieting, clarifying and visioning.  Our hope is that the sum of what he learns here will fundamentally aid his vision of creating EcoTerra, an earth honoring social model so needed in the coming troubled times.  We are grateful for his fervent labor on Anima projects, and even more so for his commitment to a life of meaning, purpose and service.  We’ll have his assistance through the end of March, at which time he’ll be settling for awhile at least back in upstate N.Y.

Folks come to Anima Sanctuary for its gift of wildness and beauty as well as to help with important projects.

In the next few weeks, we will be also welcoming Alexandra and Aleah, ecology focused women with lots to offer.  Expect to hear more of them in future posts.

If you are perhaps interested in being a resident aide yourself, you can fill out and return the:

On-Site Helper Application

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(Repost Freely)

Growing At-Risk Medicinal Plants – by Juliet Blankespoor

Monday, October 24th, 2011

Growing At-Risk Medicinal Plants

Photos and Text by Juliet Blankespoor

Growing our own medicine creates an intimate connection with healing plants as we watch them emerge from the ground, and grow leaves, flowers, and fruits. I tend to be more curious about the plants around me, as I see, smell and feel them throughout the seasons. My curiosity inspires research, experimentation, medicine making, and therapeutic usage. Deep, long- lasting plant friendships are born from these interactions.

There are some important environmental reasons for cultivating rare native medicinals as well. We lose vast populations of our native flora, many of which are important medicinal plants, as our wild lands are converted to roads, development, lawns and agriculture. Cultivating shade-loving healing plants in existing woodlands takes the pressure off their small populations elsewhere, and reduces the demand for overharvested wild herbs. One of the biggest issues with habitat loss is the fragmentation of plant populations. Many of our native woodland plants produce ant-dispersed seeds: bloodroot, hepatica, trillium, bleeding heart, wild ginger, trout lily, and dutchman’s breeches are a few examples. As you can imagine, ants do not carry seeds as far as a bird or mammal can in its gastro-intestinal tract. Despite ants’ super-hero strength, ants cannot carry seeds across highways either. Thus, isolated populations of plants producing ant-dispersed seeds can remain isolated in the absence of a continuous forest. We are increasing local populations by planting native woodland herbs, which might otherwise have a hard time naturally expanding into our area.

The intact forest, with all of its useful gifts of lumber, food, fiber, bio-diversity, beauty, water retention, carbon- sequestering, hammock hanging, and wildlife habitat, is an additional advantage to woodland cultivation of native medicinal flora. None of these advantages are present in the current large-scale cultivation practices of growing shade-loving herbs in cleared farms in full sun, necessitating shade-cloth and a multitude of unsustainable inputs.

Finally, many of the woodland herbal medicines are easy to cultivate, as compared to our garden herbs. If sited correctly, they can generally fend for themselves after the first year or two and require little to no inputs. Following are some of the more common techniques employed in plant propagation; after a few times of practicing these skills, they become second nature and quite intuitive.

Germination Specifics

Germinating medicinal herb plants and natives requires more skill, attention, and patience than germinating vegetable plants. Following are some special treatments that herb seeds may need before they will germinate. Many of the following resources, especially Horizon Herbs and Prairie Moon, list the necessary seed treatments for each plant.


Stratification or Cold Conditioning
– Many seeds have a built-in alarm clock that lets them know winter has passed and it is now spring, and safe to begin life. Stratification tricks seeds into thinking winter has passed by exposing them to an extended period of cold and moist conditions. My preference is to do this in a controlled manner in the safety of my own home inside a Ziploc bag (that’s a Virgo for you). Here’s how you trick those innocent seeds: Wet sand slightly so it’s visibly wet but no water comes out when squeezed. I recommend using “play sand” as it is fine, clean of organic matter (which may harbor fungal spores and seed-eating bacteria) and generally light in color (the better to see little seeds with, my dear). Place a very small amount of the wet sand (2-3 tablespoons) in a small Ziploc bag with the seeds. Label well, place in a paper bag to keep out the light, and store in the refrigerator for 3 weeks to 3 months depending on the species. If you’re not sure, try one month. You can plant the sand with the seed so there’s no need to pick out the individual seeds unless they are exceptionally large. Boneset, ginseng, blue vervain, butterfly weed, blue cohosh, black cohosh, bloodroot, goldenseal, trillium, wild yam, wild ginger, false unicorn root, culver’s root, mullein, skullcap, wormwood and Echinacea spp. are just a few of the herbs that need stratification to germinate well.

Light – Dependent Germination – Many seeds have formidable patience and can lay in the soil for decades, or even centuries, waiting for their break. Sunlight is the big break, and in a natural setting, it is brought about by wildfire, storm, or tree fall. The canopy opens up and the seed has a chance to find its own personal spot in paradise. You may sow these seeds directly onto the surface of the soil and very gently press them so they make contact with the soil. They then should be watered very gently by misting or bottom watering so they will not be washed off the surface of the soil. Many very small seeds are treated in the same manner, as they do not have the reserves to grow above a thick layer of soil. Angelica, bee balm, catnip, lobelia, lovage, mullein, Saint John’s wort and violet are just a few of the herbs that need sunlight to germinate.

Scarification – Many seeds have a thick impervious seed coat that must be nicked or cracked before the seed can germinate. You can rub the seeds between two pieces of sand paper until you see a little bit of the endosperm (embryo nutrient reserves, usually a lighter color and different texture than the seed coat). Sometimes this is done before stratifying seeds and sometimes at the time of sowing. Astragalus, wild indigo, hollyhock, licorice, marshmallow, passionflower, red root, and rue are some of the herbs that will germinate better with scarification.

Vegetative Forms of Propagation

Creating identical clones from parent plants by division, layering, and cuttings has several advantages and is often easier than germinating the seed. For starters, this is the primary way that cultivars (cultivated varieties) are propagated, as their unique qualities are not usually expressed in their seed-grown offspring. I can attest to this personally after trying to grow peppermint from seed and ending up with a mint mutt, which smelled more like pennyroyal than peppermint. Many herbs such as mints, specialty thymes, lavenders, white sage, goldenseal, blue cohosh, partridgeberry, and lemon verbena are generally propagated by the methods outlined below. Growing from cuttings often gives a bigger plant in a shorter amount of time than growing from seed. One disadvantage with vegetative propagation is that genetically identical plants do not have the resiliency found in the larger gene pool of sexually reproducing plants.

Division is the easiest form of vegetative propagation. It involves digging up and severing a portion of the root system of a plant, and replanting it. Depending on the plant species and age, one to twenty divisions may be made from one plant. In running plants, such as the mints, partridgeberry, gotu kola, jiaogulan (Gynostemma pentaphyllum), Mondarda spp., and Arnica chamissonis, one digs up the runners (stolons and rhizomes) and plants them in a new site or container. In clumping plants, such as elecampagne, valerian, Echinacea spp., motherwort, meadowsweet, boneset, comfrey, and culver’s root, one can thrust a shovel into the center of the clump and pry free the divisionling. I generally don’t have the heart for this method and prefer digging up the whole plant and getting a good look at its root system. I then divide the roots with a garden knife (hori-hori), shovel or pruners and replant each section in it’s new garden spot. Each section contains either buds (when the plant is dormant) or leaves and shoots if the plant is actively growing and green. Take care to plant your divisionlings with the buds pointing up. Depending on the season, species, size of division, expertise, loving care in the transition to plant independence (watering, soil, etc.) you might have 70-100% survival.

Root Cuttings involve digging up a rhizome and cutting off two to three inch sections with pruners. Ideally the rhizome section should include the rootlets (smaller, secondary roots) and a large bud or shoot. However, many plants will grow without a visible bud present on the cutting, comfrey being a prime example. Place the root cutting directly in the ground with the bud pointing upward, or in a container and keep well watered until you see the emerging shoot. Root cuttings have the advantage of growing faster than seed germinated plants, which sometimes take two to three years to germinate. Many woodland medicinals are cultivated commercially from root cuttings, rather than seed, for this reason. Some examples of plants propagated from root cuttings are calamus, blue cohosh, black cohosh, false uncorn, trillium, wild ginger, sweet fern, wild yam, Iris spp., bloodroot, sumac, sweet shrub, comfrey, spikenard, wild geranium, and goldenseal.

Stem Cuttings involve cutting the tips of growing twigs, either woody or tender new growth, and placing the stem into various types of growing media. The cuttings are then kept well watered, preferably in a high humidity environment, until roots form. The rooted cutting is then placed directly in the garden, or preferably grown on in a container until it is larger. Some plants readily root from cuttings; a few examples are lemon verbena, rosemary, lavender, white sage, pineapple sage, elderberry, figs, and most succulents. Many others are harder to prod into root growth, and it’s a race against time before rot or desiccation takes the cutting. Most commercial nurseries and home gardeners use synthetic rooting hormone dips or powders, which greatly enhance the success of cuttings “taking”. Willow bark extract is a natural alternative (see recipe below), as is seaweed extract, but I have to say in honesty that they are less effective than the synthetics. To make a softwood cutting, take the top two to four nodes (area where the stem and leaf join) of green growth, which is still pliable but not flimsy. Softwood cuttings are usually made in late spring/early summer. Remove the lower nodes’ leaves and if the remaining upper leaves are large, cut them in half. To make a hardwood cutting, take the upper three to four nodes of the currents years’ growth in late fall/early winter, after the first frost. Keep the hardwood cuttings in soil protected from freezing, and place in the shade. The choice of cutting type depends on the species; you will need to research the preferred method for the plant you want to propagate.

Place your cuttings in their growing medium very soon after preparing them. The cuttings can be placed in their medium in an open tray or wide pot in part sunlight. The sunlight encourages rooting but also contributes to water loss, which is often the demise of the cutting. The growing medium should be low in nitrogen, as nitrogen encourages green growth over root production. Wet sand, fine compacted perlite, and vermiculite are some common choices. For acid-loving plants, try one part peat moss and one part coarse perlite. For hardwood cuttings, mix together equal parts of peat, sand, and aged pine bark fines. Keep your cuttings moist and create extra humidity by frequent misting and placing a plastic bag or clear plastic container over the cuttings to keep in the moisture. When you tug gently on the cutting and you feel some resistance, check to see if roots have formed. If roots are present, transplant directly into the ground, or preferably into a good quality soil mix, where the cutting can grow bigger and stronger before it has to fend for itself.

Layering involves bending down the longer, flexible lateral branches of woody plants into the soil three inches deep. The branches are then staked in place, with the top of the stem above ground. Secure the stem in place with a piece of bent wire, rock or notched piece of wood. The aboveground part of the stem may need staking to keep it erect. The semi-buried stem is left in place for a couple of months to two years, depending on the species. Once roots have grown from the buried section of stem, the side-plant may be severed from the parent plant and moved to a new garden site. Layering is usually performed in the spring or summer. Some examples of plants propagated by layering are rosemary, sage, thyme, bay, Vitex, and cramp bark.

Willow Bark Extract contains a natural plant hormone called willow-rooting substance, which is a type of auxin. It can be used as a free natural substitute for commercial rooting powders, and is especially helpful for rooting softwood cuttings. Cut ten 2-3 ft. willow branches, preferably in the fall after the leaves have fallen and cut the branches into 2 in. lengths. Pour a gallon of water over them and let sit for 24 to 48 hours. Strain the willow soak water. Soak the lower stem portion of cuttings in this solution for 24 hours and then place them in their rooting medium. Any unused liquid can be stored in the refrigerator for up to a year. Some people use willow in a less exact fashion by soaking willow branches in water and using the soak water to water-in cuttings.

Resources:

Horizon Herbs: Largest collection of organically grown medicinal herb seeds and plants, with growers manual germination specifics.
Medicinal Herbs and Non-timber Forest Products
Prairie Moon Nursery: Seeds and plants of natives to the prairie and eastern states. Loads of germination info.
Richters: Huge selection of herb seeds and plants. Rare or hard to find herbs.
United Plant Savers: Plant enthusiasts committed to raising public awareness of the plight of our wild medicinal plants and to protecting these plants through organic cultivation, sustainable agricultural practices, and the replanting back into their natural habitats.

Juliet Blankespoor is the director and primary instructor at the Chestnut School of Herbal Medicine, where she teaches botany, plant identification, human anatomy and physiology, and bioregional roots herbalism. Enraptured by the diversity and intricacies of the green world, Juliet received her B.S. in Botany and furthered her studies by completing over 1200 hours of herbal education. Being obsessed with plants, she has spent much of her adult life botanizing and wildcrafting in diverse settings throughout North America. She is also an avid edible and medicinal mushroom hunter. Her previous herbal business endeavors include an herbal tincture line, natural body care products and prepared wild foods. Her love of plants is also expressed through writing herbal articles and botanical photography. She believes that growing and gathering food and medicine is empowering, revolutionary, and highly entertaining.

(Excerpted from Plant Healer Magazine – Repost and Forward Freely)

Anima Homesteading & ReWilding Apprenticeships With Loba

Wednesday, February 16th, 2011

LIVING THE EARTH:
Anima Homesteading & ReWilding
Apprenticeships With Loba

A 1 to 3 Month Long Wilderness Residency Program at
The Anima School Botanical & Wildlife Sanctuary


Gathering and preparing wild foods, splitting wood and transferring rain water, tending and helping to restore a wild place is a  daily process of learning and accomplishing, connecting and celebrating.  Fortunately it is not something one takes care of in the spare hours after work, it IS the work, the ancient and still vital work of living in the natural world, highly response-able, students of the magic in the mundane, in touch with the literal and palpable elements of raw existence.   If your desire is to rewild or simply intensify your life, to immerse yourself for a time in a truly wild place, and to develop the extreme rural or wilderness homesteading skills conducive to survival, you may be interested in applying for an on-site Anima Apprenticeship and residency.

Apprenticeships Include:

• Residence in a most special and wild place, the Anima Sanctuary, most likely a camping space with group use of a riverside cabin, or lodging in a cabin in some cases… with half of each day discretionary so you can take walks, write or work on personal projects
• Assisting with food gathering and meal preparation, eating whole and often wild foods
• 12 hours or more per week of hands-on instruction and guidance, primarily from Anima cofounder and homestead coordinator Loba, with the possibility of occasional counsel and instruction from Kiva Rose or Jesse Wolf
• 4 hours or more per day of learning and practicing as you help, taking care of whatever needs to be done to make this rewilded lifestyle work… sometimes guided, sometimes not

Because we are too busy with projects to provide much casual social interaction, we will be looking to take on no less than 2 Apprentices at a time, with an upper limit of 4.

What You Will Learn:

• Food gathering and preservation skills
harvesting wild plants, canning, preserving with salt, oil, vinegar, pressure canning, processing wild meat (somewhat seasonally dependent)
• Fire and firewood skills
building and tending fires, fire safety, the uses of different kinds of wood,     gathering wood, kindling and tinder, wood chopping
• Trail building/maintenance
• Water collection and conservation
• Backwoods Cooking and Feasting
enjoying wonderful and often wild meals, cooking on a wood stove, cooking over a campfire, using a solar oven, using a smoker and more
• The concepts and means for rewilding your lives when you are away from here

…and, depending on gender, interests and needs…
Other Possible (& Optional) Activities Include:

• Sweat lodge construction
• Participation in a Medicine Sweat
• Emptying Your Burden Basket personal work
• Freeing Our Voices:
developing resonance, letting go of self-judgment, voicing anger, grief and joy, listening for melodies, singing with the canyon, letting a place sing through us
• Wild Art:
drawing and painting out in nature, using natural materials to make art, honoring the land with earthen altars, creative journaling
• Honoring our bodies/The Magic of the Mundane:
rhythms of the day, tending to our needs, self-love, developing our core strength & flexibility, water medicine, belly breathing, inhabiting our senses, Practices for     Presence, finding beauty and pleasure in “ordinary” moments
• Other Important Personal Work:
dealing with expectations, obligations and response-abilities, recognizing and letting go of unhealthy dynamics, habits and patterns, engaging our challenges, honoring ourselves, cherishing solitude, embracing our calling or purpose, and recognizing, utilizing and sharing our gifts
• Medicine Stories:
using story as medicine in daily life, seeing ourselves as the hero (or antihero!) in our own worthy story, living and sharing from that place

Note that herbal instruction is explicitly not offered at this point,
though Kiva hopes to eventually be able to accommodate herbal Apprentices here.

Requirements

• A strong desire for a wilder, more intensely experienced life, for a deeper connection to nature, or for the homesteading skills and knowledge to live an extreme rural lifestyle if you ever choose to or have to
• A solid commitment of preferably no less than 1 month, for a period of no more than 3 months in succession.  We would occasionally make exceptions for highly motivated individuals already quite knowledgeable about many of the things we teach, who were mainly looking for a place to practice and enrich their skills
• An intense desire to learn, and to make real what you learn every day
• Being open and not resistant to instruction, and sincerely grateful for what is given
• A willingness to put a lot of effort into every task and project, making even rest and recreation deliberate and focused
• An ability and willingness to do sometimes difficult physical work, such as splitting and carrying wood
• Being satisfied working in small groups and alone, and able to enjoy and benefit from solitude time
• Eating a partially paleo diet if sharing meals, either omnivorous or flesh friendly (vegan and vegetarian welcome if taking care of all your own food needs)
• Being non-politically-correct!  And not fanatic purists of any kind!
• A $400 yo $600 monthly sliding-scale donation, or other arrangements as needed


To Apply, Download, Fill Out & Return The Anima

Homesteading Apprenticeship Application

(Thank you for posting and forwarding this announcement! –Love, Loba)

Boletes from the Mountain – by Loba

Thursday, October 7th, 2010

Boletes from the Mountain

by Loba
Anima Lifeways & Herbal School
www.AnimaCenter.org


The Anima courses, TWH Conference and upcoming Plant Healer magazine have been keeping Kiva and Wolf on the laptop a lot of the time, as they work to find new ways to teach and otherwise give to you all.  One of the ways they get a break is when we opt to go on plant trips, trips designed to get us into new parts of the Gila bioregion that we haven’t seen, and to bring home medicines and food.  Shortly before the event, Wolf drove us all out to the mountains near Luna, NM, and found a back road that went right up a mountain where Kiva and I had found some great mushrooms and plants the week before. We traveled slowly up the hill, Kiva finding wild orchids and beautiful red amanita mascara mushrooms for Wolf to take pictures of, and all of us harvesting gooseberries, raspberries and bolete mushrooms we found in the wettest places near the road. When we got up to a meadow near the top of the mountain, there were suddenly sooo many boletes!

We harvested quite a lot of them there, then had a little picnic, drove along the road a little ways, and found another mushroom spot, this one even more amazing than the last! Between all four of us, we gathered at least 30 pounds of mushrooms! What joy! Kiva and I stayed up late into the night sorting, cleaning, and chopping up the boletes.

The next morning we were grateful that it was sunny, and put some of the chopped mushrooms on the porch on a large screen and some into the smoker to dry them out more quickly.

Meanwhile there were still bags and bags of mushrooms to continue to wash, while I rotated the mushrooms in the smoker, sauteed giant pan fulls in rosemary oil on the stove, and simmered a big potful of red wine and vinegar to pickle another batch. It was quite the day!

Rhiannon had been helping me a good part of the day, as well, and by late afternoon was practically begging me to give her some other chores to do that didn’t have to do with cleaning mushrooms. I’ve never seen her so thrilled to take out the compost! I’d eaten so many of the delicious ones I’d been sauteing all day, I couldn’t eat any with my supper– but not to worry, I was soon to recover from mushroom overload– the next morning I was quite happy to have them with my eggs for breakfast, and to make the last batch of pickled mushrooms!

The last batch of boletes that I washed and pickled was made a million times easier with a tip from an online friend of Kiva’s. Kiva had been talking about how long it was taking me to clean them, and asked folks if they had any hints for making it easier. Sarah and Wes in Michigan gave us the wonderful tip that it really helps to soak them in salt water first. Just put about 1 tablespoon salt per quart of water, and soak your mushrooms for at least an hour, and up to 24 hours. The dirt, pine needles, etc, come off soooo much more easily! It does make the mushrooms take longer to dry, but the salt also gets rid of any mushroom-eating worms that might be present.

As a treat for you, below you’ll find my version of a German pickled mushroom recipe that Kiva found for me to try, one that I adapted a bit. It is such a winner, and very flexible. We’re fond of calling mushrooms “mushrumps” after the story in one of our favorite Neil Gaiman books, Stardust, in which a dear little magical man fixes up the main character a delightful pan full of mushrooms in the middle of the forest of Faery.

Pickled Mushrumps

1-2 pounds mushrooms, preferably wild, carefully washed and chopped (make sure they’re properly identified!!!!)
1 tablespoon salt
1 medium onion, minced
3 cloves garlic
1/4- 1/2 cup chopped fresh parsley (if you have it)
2-4 bay leaves
1/2 teaspoon dried thyme, or 1 tablespoon minced fresh rosemary, or both
2 cups red wine (I used Merlot for the first batch, and some homemade elderberry wine for the second batch. You can use any homemade wine you have around, red or white, or any mead)
2 cups cider vinegar
1/4 cup olive oil
Juice of half a lemon

Mix all ingredients in an enameled pan, bring to a boil. Add the mushrooms, bring to a boil again, and simmer for about five minutes. Since I made a triple batch, I ladled the pickled mushrooms into pint jars and put into a hot water bath for ten minutes to seal them. You can also simply store them in the fridge where they will keep at least a few weeks.

(Loba is busy compiling her cookbook, which we may release in sections as PDFs… beginning with Wild Foods, and she will also be contributing to the upcoming Anima food and cooking blog)

Solar Electricity – Viable Now, Potentially Crucial Later – Parts 1 and 2

Tuesday, July 27th, 2010

SOLAR ELECTRICITY:
Viable Now, Potentially Crucial Later

by Jesse Wolf Hardin
www.AnimaCenter.org

Solar electricity is more affordable and practical then ever these days, powering remote rural homesteads like the Anima Sanctuary, enabling urban dwellers to actually sell wattage back to the power companies, and helping prepare us for the time or times when there may very well be no functioning grid or other national power source.

I never tire of the dance of the first morning’s rays across the welcoming features of this canyon sanctuary, lighting first the tops of its pine stalwarts and orange and purple cliffs, then frosting in sequence the leading edges of glinting stone, and igniting one after the other its brilliant seasonal flowers.  For awhile, the deep river canyon bottom is as a long bowl carved out of ruddy metamorphic rock and ghost white cottonwood trunks, holding like some dark soup the last of the night until it, too, is drained of all opacity, giving way not to emptiness but to clarity.

The canyon’s seeming pleasure, is mine as well, and we seem to share a common covenant.  In my heart is a morning song not unlike the birds’.  I arrange my body so as to soak up the comforting first rays, while somewhere in the canyon a black bear is doing the same, initially stretching out to warm its back, then rolling over like an overgrown puppy to make available its characteristic belly.  As the moth-pollinated Datura blossoms begin to close for the day, I join in the motions of the wild Beeweed and medicinal Mallow, with the many hundreds of other native and often rare plant species here that lean and tilt, rise and swoop, tracing the arc our days in our favoring of the sun.

The sun is, for most of us, a joyous thing.  As often as I hope for the wild storms that quench these mountains’ thirst, it is not the covering of the sun that gladdens my heart but its certain reemergence.  Nor does it take a sufferer of “Seasonal Affective Disorder” to deeply, bodily sense its many benefits.  And of late we are seeing new scientific data suggesting the importance of sun-provided Vitamin D in preventing an ever larger list of common modern ailments.  The sun provides not only warmth without which this planet would be iced over and lifeless, but also the immense usable energy that life itself depends and draws upon.  Since oh so long before there were cleverly engineered solar electric panels, made of monocrystalline or polycrystalline silicon and running the laptops of spoiled backwoods scribes like me, there were already innumerable species of plants from simple algae to complex conifers harvesting the sun’s bountiful wattage through a still not fully understood chemical process called photosynthesis.  Without these oxygen producing plants, the planet would lack the exact atmospheric mix that animal life including human depends upon.  The sunshine that these plants feast upon comes to us courtesy of a fortuitous, natural nuclear reactor an approximate but nonetheless crucial 93 million miles away… much further away, and it would be too cold on Earth for most or all life forms to survive, while a great deal closer and we as well as the green beings we partner with would most certainly be burned alive.

What is especially amazing to remember is that – unlike the coal fired power-plants that are the primary and most affordable source of electricity in the United States – there is only moderate pollution associated with the production and eventual disposal of solar panels, and none with their use.  And unlike the otherwise practical nuclear reactors that have been built, there is no tradeoff with either long lasting hazardous wastes or possible disastrous meltdowns.  It is, in fact, an undeniably sustainable power source, at least until the star’s projected Red Giant phase some 5 billion years hence.

The estimated 15 terawatts of total electrical use by people at this time, is only 1/6000th as much as the approximately 89 petawatts of sunlight bathing the Earth’s surface.  This isn’t to say that solar or other so called alternative energy technologies are anywhere near currently able to meet the immense and ever increasing electrical consumption of technologized Americans.  They can, however, be immediately put to use by the urban home or apartment complex owner to offset the rising cost of grid supplied power, or in some areas to harvest enough electricity to sell it back to the very companies we’ve been indebted to.  The initial cost of a grid-tie system is slowly made back in this way, while the absence of electric company bills makes remote or stand-alone systems seem more affordable.  Solar equipment is more affordable than ever, dropping from in its early per watt cost as production and sales have increased.  And of late, both State and Federal tax incentives and rebate programs have brought the prices down even further.

When the power in the nearby town of Reserve goes out as a result of heavy snow or a lightning strike, we never know it until we drive in for groceries and see the gas stations closed, un-fueled cars parked alongside the only road, and the lone grocery store running a loud gasoline dependent generator to keep the meat in their freezers froze.  Through it all we continue to make use of our modest but unhampered power supply, submitting our articles to magazines via a solar powered satellite internet connection, lighting our evenings with the soft but adequate glow of low-draw LED bulbs, to the odd world music emanating from the 12 volt stereo speakers.  So would it still be if we had no money to pay a provider, or in the event of a terrorist attack on the power stations, or if civilization itself were to collapse as a result of the manipulations of unscrupulous banking elites, all out war or the assistance of unforeseen natural disasters.  While not immune to the effects, we would still have the possibility of recording our impressions and insights on the illuminated screens of Apples for at least for the life of our deep cycle batteries, and to what could prove to be an oddly affirming Gothic-Americana ballad.

Increased self reliance is available to almost everybody, and in the case of a family’s electrical usage, it can purchased for the cost of a solar system.

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Part 2:
Empowering Anima – Experiences With a Remote Solar Electric System

Outfitting what has become Anima School and Botanical/Wildlife Sanctuary with a functioning solar electric was never in question, even if it’s been an incredibly slow process.  Being situated seven river crossings from the nearest power pole, the only option would have been a gas or propane powered generator, and I loathe the tedious industrial noise of such engines even more than than the hassle and smell of regularly refilling fuel tanks.  Plus we being in the mountainous Southwest, we are blessed with more daily solar gain than the majority of the country, really only losing half a day average during the late Summer monsoon season, and seldom more than three consecutive cloudy days throughout the Winters.

I was a 26 year old man when I moved here, having sold the engine out of my hippie/biker/artist school bus home for the earnest money to start the purchase of this land.  That bus, minus its engine and axles, had only a single deep cycle battery for power.  I allegedly earned the respect of most of my county’s few residents by carrying the 40 pound power storage on my young back for the 20 mile round trip sojourns to buy food and get the local gas station to put it on fast charge.  While I enjoyed the recognition such feats provided, I was nonetheless extremely grateful for the gift of my first solar panel.  Forget that it provided no more than 30 watts at 12 volts DC, requiring several hours of sunshine for every hour of playing my Credence Clearwater Revival cassette tapes.  And never mind that I always suspected my Luddite friend with the felonious tendencies might have “liberated” it from a highway billboard, one no doubt selected because of its shameless glorification of Chinese-stocked super stores or investment firm propaganda.   It wasn’t much, but it was enough to keep a small incandescent bulb going inside of a disassembled automotive tail light, dimly illuminating the paper I was hand writing pieces of my first novel on, an unimposing glow nearly imperceptible from outside.

Over the course of the next two decades I traded my artwork for additional panels of varying size and output, then added a few more with the help of one of Anima School’s first financial Sponsors.  My initial solar education came one mistake at a time, as I miswired, bought incompatible elements, and depended on aged batteries intended as trolling motors on small bass boats, but somehow I managed to not only wire our cabins but keep enough electricity stored for the growing needs of computers and peripherals.

Households investing in solar usually have the daunting task of designing and installing a system that can handle the lion’s share of their exorbitant daily usage.  Since most every appliance and many tools that people use are 110 volt AC (alternating current) and draw a lot of power, a large number of batteries and panels are required as well as an inverter that will convert the DC (direct current) power from the panels into the required AC.  I had no such challenge, starting with nothing but a single car tape deck for tunes, and making sure that every electrical item bought thereafter was DC.  This meant stereos meant for mounting in cars, or else “portable” boom boxes that run on “D” batteries, and whose battery boxes I could wire to run direct off the growing 12v system.  DC lights that we changed first to less amp hungry halogens, and then to LED once their brightness was improved substantially in the 1990s.  For years I wrote all my articles and books on a manual typewriter, taking the sheets into town and paying someone to enter them into a computer, until finally getting one of our own.  In the case of computers, too, we avoided the need for an inverter by using laptops intended for mobile and remote use, first a horrid PC with a screen with no backlight, then a series of Macs beginning with a classic Model 160 and leading up to our current MacBook Pros.

These days we are not simply entertained and illuminated thanks to solar power, but also dependent on it for our very work.  Publications that once required typed out pages, now accept submissions of writing as digital attachments only.  Only bills are sent to our Post Office box and no one ever writes us a “snail mail” query letter anymore, making emails the only way that we communicate with the world.  This includes book manuscript submittals, answering folks asking about wilderness retreats, exchanges with our Home Study students, writing and managing the Anima and Healing Arts blogs, and organizing and promoting the Traditions in Western Herbalism Conference.  We are reaching and aiding more people than ever, through a satellite internet box that is one of our only 110v contraptions, thanks to two sets of purchased and donated batteries, a controller, seemingly miraculous solar panels, and above all the glorious and advantageous sun.

Unfortunately it seems I made yet other serious mistakes in the system’s development, requiring yet another upgrade and reconfiguration.  First, the potpourri of panels we’ve accumulated are of drastically varying output, when it is ideally recommended that all panels in an array be of the same make, type and size.  Secondly, we have been combining two different kinds of batteries, confusing the controller and making ever completely charging them impossible.  Thirdly, the batteries are prone to sulfation of their plates and thus early demise, for the lack of periodically administering a high amperage equalization charge.  And lastly, time on the online NAWS Solar Forum revealed that we have only half as many panels as what our total number of battery storage requires.  The result is the splitting up of our dissimilar batteries, and the upcoming purchase of two superior controllers, two important battery system monitors, four additional 120 or 130 watt panels and much larger diameter wire all around to better carry the juice… especially in Winter..

The expense of this upgrade is difficult for us at best, but is absolutely essential, inescapable, and will power our place and work for possibly decades to come.  In support of our School and conservation work, the kind manager of Northern Arizona Wind and Sun – a reputable low cost supplier – has offered to provide everything we need at considerably less than their asking price, only 10% above their cost plus shipping.  To help cover the expenses, we’ve initiated a Solar Fund and invited earmarked donations, ably spearheaded by our enthusiastic 9 year old daughter Rhiannon.  We are very fortunate, as well, to have the able services of friends Don and Daniel now, professional electricians giving their labor in trade for an old Willys Jeep that I loved but didn’t really need.

A lot of time and attention has had to go to the system remake lately, but it has also meant my reading a lot on forums and elsewhere to further my knowledge, and inspired me to share some of our experience with you, as well as some of the particulars of building your own solar electric system (coming next week!).

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(Please feel free to quote, forward and post this piece… with credit and Anima URL of course)

If you are interested in the particulars of putting together a Solar Electric System of your own, watch here next week for Part 3: Basic Elements of a Solar System

For general details and suggestion regarding solar electric systems, you can go to the NAWS Information Page

For an in depth discussion of all solar topics, I suggest the many alternative energy forums online, including the one I’ve personally learned the most from (featuring independent moderators not employed by the host company) the NAWS Solar Forum

Other articles of Wolf Hardin’s on homesteading will also be appearing as part of the upcoming ReWilding magazine/website

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