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Creating Bridges:
The Spiritual & Philosophical: |
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Organic Gardening |
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by Frank and Vicky Giannangelo |
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A Simplex Concern
At 12:42 am, lightning and thunder awoke us and the winds that had been blowing hard through the windows when we went to bed had now turned into a gentle quiet breeze. We could hear the raindrops on the deck outside, beginning with a few and then increasing in number until the sound of rain, the good, steady, not-too-much-at-once kind of rain, lulled us back to sleep. In the morning we could see the ground was dark and wet, not just dimpled from a brief few drops. New footprints trailed us in the sand on the way to the garden. This was the first rain we had had this growing season. Everything looked fresh and glowing, renewed by the ionized water that also gave a scent of wet dirt and desert grasses. For the moment we reveled in the simple sights and smells of the garden. By mid-afternoon the sun had taken all traces of the moisture that had been given. At the end of the day, we (again) watered by hand the thirsty plants.
A friend from back east visited lately and told us about a project concerning the effect technology has had, and is having on people. She didn’t give any specifics as the study was not completed, but she did hint that some of the effects believed found were “not good”. These studies were not of a scientific, data gathering nature, but rather derived from think-tank sessions in informal settings: a search for boundaries to encompass what is contained in this new Information Age, spawned by the Technological Age. It is the struggle to predict a paradigm.
It is the gardener who still has one foot in the Agrarian Age who is able to layer the levels of progress and become the cohesive director of mankind’s march to discover what that long ago planted seed of humanity will become.
The Industrial Age broadened and diluted our earth connection by use of chemicals and machines, leaving fewer and fewer people with a direct link to the most human of all activities – growing in the soil.
Information determines behavior and provides a dominant and fundamental way of thinking over a period of time. If it proves successful, this cycle forms a paradigm. At present we are in the formative stages of what to do with the information that is so abundant.
After seeing charts and data about el ninos and la ninas, global warming, and our own first hand experience with this summer’s heat and drought, we decided on a course of action about our concern (from the Latin cernere - to separate, sift.) It isn’t derived from abstract causes of behavior or effects. Our most simplex concern is water, as important in the Agrarian Age as it is today in the emerging Information Age, yet often overlooked because of its fundamental nature – its too real, too solid, only a plastic bottle accessory of life, much as the food that is picked up at the grocery store is an adjunct to the days activities.
Our solution to this concern is to halve the garden. At present, we have not replanted the vegetables harvested and taken to market. Our method is simple (from the Latin simplus – literally one-fold). By folding the garden in half we are saving half our water. This effects not only us, but our neighbors, who, although have wells at different levels, are all interconnected. Many of the plants, the perennials especially, will be brought into the gardens around our house. The strawbale wall will help prevent water loss from the wind and provide shade protection from the sun. Most of the beds will then be allowed to “return to nature”. There were many options available to help conserve water in the garden: high tech pellets that would absorb multiple times their weight in moisture (not approved for organic growing), reflective ground coverings, or shade cloths to reduce heat. But all involved an uptake in other energies that only deferred and delayed the real need for doing with less.
The Information Age paradigm will not be formed by sitting in rooms filled with discussion. It will be formed by self-organizing individuals that can make a prediction and provide a solution that relies on the actual basics of existence – first hand experience that has been derived from the garden.
From Agrarian to Informational we can provide a conterminous practicality that if successful, will form a paradigm for the future. We won’t talk it into being, we will grow it.
Copyright © 2003
Giannangelo Farms Southwest
NEW! On our website: New Mexico’s wildflowers, cactus, grasses, shrubs, trees, and wildlife. http://www.avant-gardening.com
"What is Organic Gardening?"
"Man is a part of nature, and his war against nature is inevitably a war against himself.”
Rachel Carson
ORGANIC GARDENING starts with good soil. When crops are deprived of basic nutrients they languish. Organic soil amendments and conditioners pay for themselves with increased plant productivity. Healthy plants grow more vigorously, taste better, store longer, and better resist insect attacks. They have greater resistance to the cold, heat, drought, and disease. Successful soil building best addresses the soil’s long-term needs by remedying deficiencies organically. Chemical fertilizers add unwanted nitrates or salts to the soil, as well as leaving chemical residues in the food. Organic gardening is growing without chemical fertilizers, naturally building the soil to support healthy plant life. Chemical fertilizers and additives will, over time, damage the soil's ability to provide what plants need to resist disease, insect attacks, and stress. Soil depletion of organic nutrients is one of the main causes of unhealthy plants and disease.
RECIPE FOR SOIL DEPLEATION:
Pesticides + chemical fertilizers = Infertile soil, stressed plants, and insect attacks.
RECIPE FOR SOIL BUILDING:
Organic fertilizers + microbial activity = Soil fertility, healthy plants, and resistance to insect attacks.
A healthy, organic garden produces strong plants that are able to withstand adverse conditions. The consistent traits and habits needed to make good soil can also help build fertility in our lives. Those things we do to create a healthy garden can become the tools needed to explore, change, and enhance our daily lives through:
Assessment - the plan of action
Decision – the choice to act
Implementation– the act itself, the doing
Success in the garden proves the efficacy of these tools, and as we use them to expand our gardens - the garden of our yard, and the garden of our soul - we expand all the aspects of our lives.
Organic soil amendments and conditioners can renew the life of your soil without adding unwanted chemicals. Nitrogen, Phosphorus, and Potassium are the basic providers of nutrients in the soil. Trace minerals provide the rest.
Soil can either be acidic or alkaline, or neutral – the soil’s pH. pH is the symbol for the logarithm of the reciprocal of Hydrogen ion concentration in gram atoms per liter. For example, a pH of 5 indicates a concentration of .00001 or 10-5 gram atoms of hydrogen ions in one liter of solution. Acidic soil has a pH range from 1 to 6.5. Alkaline soils have a pH range from 7.5 to 10. Neutral soil has a pH of 7. Lime, oak leaf mold, peat moss, rotted sawdust, and soil sulfur will lower the pH in an alkaline soil. For acid soil, add dolomite lime, or oyster shell lime. For the best results, add these amendments in the spring when soils are warming and microorganisms are active. Most plants grow well in a pH range of 6, but will tolerate a pH between 5.5 – 7.
Organic soil-building should include the addition of the following organic nutrients:
HUMUS - organic matter in various stages of decay. It increases water-holding capacity, modifies soil structure, stimulates plant growth, permits root penetration, and helps to correct soil imbalances. Some forms of humus are found in compost and animal manures.
NITROGEN - contains proteins and is a food source for compost piles (grass clippings, green vegetable matter), and it stimulates green growth in plants. Sources are blood meal, cottonseed meal, alfalfa meal, fishmeal, and fish emulsion.
PHOSPHORUS - stimulates root growth and promotes fruit and seed maturation. Good sources are soft rock phosphate or bone meal. Deficiencies are indicated by purple leaves, brittle roots, skinny stems and late fruit set and maturity.
POTASSIUM - promotes plant vitality and disease resistance. Sources are Greens and, also known as Glauconite, sulfate of potash, wood ashes, or Sul Po Mag. Deficiencies are indicated by an irregular yellowing of lower leaves, and poor root growth.
CALCIUM - important for plant cell wall integrity, root development and leaf growth. Low levels show up as deformed new leaves and branches, weak stems and roots. A good source for calcium is gypsum, which can also lower the alkalinity of the soil.
MAGNESIUM - essential for chlorophyll and green leaf development. Pale green leaves with green veins are a sign of deficiency. Adding dolomite lime to raise the pH in an acid soil often corrects this deficiency. In an alkaline soil you can add Magnesium Sulfate.
SULPHUR - used to lower pH in alkaline soil, and it is a stimulant for soil microbial life. Use sparingly. A good source is soil sulfur, or calcium sulfate – Gypsum.
TRACE MINERALS - found in compost, kelp meal, algae meal, and seaweed meal. These can provide boron, copper, iron, sulfur and zinc.
OXYGEN - one of the most important fertility components in the soil - it stimulates microbial activity and allows free root growth. Humus, peat moss, compost, and aged manure tilled into the soil help to increase the air spaces in the soil enabling plants to utilize the available nutrients. Soil should be loose and never walked on, which only compacts it. Tilling wet soil too early in the season can also destroy soil structure by compacting it, and squeezing out the pockets for air.
SUSTAINABLE GARDENING - one of the most important things about gardening organically is that the process can become sustainable over time. Sustainable soil building begins after the initial soil testing and the addition of organic fertilizers and conditioners, and continues by organically maintaining and improving the soil over time. Sustaining the soil means being able to replenish nutrients with what you have at hand – organic compost, beneficial microbes, enzymes, and earthworms. Ideally, once the garden is established it can be sustained with garden compost alone, using the microbes in your soil to inoculate your compost, which feed your soil.
WORMS - Vermicomposting uses earthworms to make compost. Worms can eat their body weight daily in organic matter and convert it into dark, soil enriching castings full of live micro organisms, growth hormones, and nutrients, humic acids which condition the soil, and a neutral pH.
COMPOSTING - Billions of decaying organisms (25,000 bacteria placed end to end equal one inch) feed, grow, reproduce and die, recycling garden waste into an organic fertilizer and soil conditioner. Composting is the ultimate recycling process – improving soil structure, increasing the soil’s ability to hold moisture, providing soil aeration, fertilization, and nitrogen storage. It buffers pH, releases nutrients, and provides food for microbial life.
PLANTING COVER CROPS - this "green manure" is grown for the sole purpose of being tilled into the soil to add organic matter. It will help keep moisture from evaporating, regulate the soil temperature, keeping it cooler in summer and warmer in winter. By providing an insulating blanket, microbes and earthworms will thrive. The more worms in your garden, the more they can break up, fertilize, and aerate the soil. Beneficial insects are also attracted by cover crops; alfalfa can attract parasitic wasps, lady beetles, damsel bugs, big-eyed bugs and assassin bugs. White clover can attract Tachnid flies, ground beetles and parasitic wasps that prey on aphids, scales, caterpillars and white flies. Most grains will attract lady beetles. Clovers and vetches can attract minute pirate bugs. Fava beans and buckwheat can attract predatory and parasitic wasps, syrphid flies and bumblebees.
CROP ROTATION - Crop rotation also helps to prevent soil deficiencies. By using different plants in different beds, you can avoid depletion of nutrients because each plant has different needs. Planting a legume after a heavy feeder such as corn, will replenish the nitrogen in the soil. Rotate your root crops, leafy crops, heavy feeders, and cover crops. if you keep a garden journal you can keep track of what you planted, and where and when you planted it.
PROVIDING GOOD DRAINAGE - Good drainage is essential to soil health. Too little drainage makes a soggy soil which prevents root growth, nutrient absorption, and compacts the soil. A perk test is an easy way to determine water drainage through your soil. Dig a hole six inches across by one foot deep. Fill with water and let drain. As soon as the water has drained, fill it again. Time how long it takes for the water to drain. If it takes more than 8 hours, you have a drainage problem. Add sand, gypsum, chopped straw, vermiculite or perlite to increase the drainage. Too much drainage can be determined by a water test. This will tell you if you soil drains too quickly, leaching nutrients and causing plants to be watered more frequently. Water well a small portion of your garden. Two days later, dig a hole 6 inches deep. If the soil is dry to the bottom of the hole, your soil drains too quickly to promote good plant growth. Add peat moss, vermiculite, perlite, composted manure and mulch well to prevent evaporation.
"When the planes still swoop down and aerial spray a field in order to kill a predator insect with pesticides, we are in the Dark Ages of commerce. Maybe one thousandth of this aerial insecticide actually prevents the infestation. The balance goes to the leaves, into the soil, into the water, into all forms of wildlife, into our selves. What is good for the balance sheet is wasteful of resources and harmful to life.”
Paul Hawkin from The Ecology of Commerce
COPYRIGHT (c) 2002 by Frank and Vicky Giannangelo
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Frank & Vicky Giannangelo
Registered Organic Gardeners
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Frank and Vicky Giannangelo have been gardening organically for 30 years and are New Mexico Registered Organic Gardeners.
Giannangelo Farms began in 1986 on San Juan Island, Washington - an island off the coast of Washington State, 10 miles from the bottom of Vancouver Island, British Columbia.
After creating formal, patterned, raised bed, sustainable organic gardens, starting a business, and expanding as much as we could handle without hiring anyone, we sold our business in 1993 and moved to Arizona, where we spent three years creating and coordinating the building of a large formal herb and vegetable garden for a private community.
Since 1997, we have lived in northwestern New Mexico in an area presenting many challenges, altitude, erratic spring weather, a short growing season, and a 7,300 ft. high desert environment - which is allowing us to use our experience and creativity to establish Giannangelo Farms Southwest.
There are formal gardens, pools, and ponds surrounded by a hay bale stucco wall, garden beds with rock retaining walls, three pergolas for private formal teas, a labyrinth, garden trellises, and greenhouses - all of which are open to the public year around.
We give a series of spring and fall "You Can Grow!" Workshops on how to do basic rockwork, build hay bale stucco walls, and how to create sustainable organic gardens - with an emphasis on the problems of growing in this area.
In the summer we sell organic herbs and vegetables to a coop market in Gallup, and participate in a local Saturday's farmer's market. Sustainable Organic Gardening CD ROMs are available on our website:
NEW on our website:
CREATIVE GARDEN DESIGN:
avant-gardening.com
/design.html
TAKE VIRTUAL PHOTO TOURS:
avant-gardening.com
Our newsletter is now published monthly in a new online magazine:
avant-gardening.com/
grow.html
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