American Environmental Homes: Elevated Earth Structures

Mission Statement
    Ron Bouligini, Vice President Richard Channing, Operations 20889 Geyserville Ave Geyserville, CA  95441 rchan4u@hotmail.com 805-216-1082 Richard DeWitte General Contractor Lic #821494B 707-433-0475
Contact Information


MIMICKING NATURE:

A SOLUTION TO OUR ENERGY DILEMMA

Less than a century ago, two brothers (Lloyd and Wilber Wright) developed flight by observing birds.  Today, we are flying many times the speed of sound and beyond our solar system. 

Nature is full of wisdom, order, and intelligent design.  Humans have the ability to observe and understand nature by using the technology and knowledge that has been accumulated through the centuries.

Automobiles account for about one fourth of our non renewable natural resource consumption.  Most people are not aware that one fourth is also being spent in personal housing.  We live the way we do because we can, not because we should.

Reality is like “the Great White Shark”, and our actions will dictate how we are delt with.  The conformity and complacency in promoting the “as many square feet as you can get to develop your equity game” is rapidly coming to a close.  It is time for us to change or suffer the consequences. 

In nature there are few linear and right-angled shapes and none that are being applied in the design of wild animal habitats.  On the other hand, humans have based the design of their living and working habitats almost exclusively in linear right angle shapes.  Think about it.  How many linear or right angled parts are in a car or airplane?  For that matter, how many are there in your body, or the body of any animal that inhabits this round planet?

So, why do we live in these large, thin walled boxes made of combustible material?

If I could answer this question, I could also probably tell you why we stare into boxes an average of 4.5 hours a day.  Living in this manner is not only inefficient and wasteful; it is also dangerous (you’re playing the odds)!  Each year there are over 388,500 home fires that result in over 3,145 deaths, 13,650 injuries, and $6 billion in property damage (N.F.P.A. 2003). 

The good news is that nature has provided a clear and wonderful example of efficient living in the “African White Burrowing Ant” that inhabits the arid desert plains.  To survive, it must provide a mild and consistent below-ground climate with a movement of moisture rich air for its simbiote “microtones fungus”.  This species of fungus (mushroom) digests cellulose and becomes the food source for the ant.  The movement of air upward from cool to warm (convection) is not feasible below the earth’s surface.  The White Ant overcomes this by elevating the earth, using its mucus to bind the particles into a dense pillar, riddled with an extensive network of air ducts leading to the top of the mound.  These channels draw air from the low-north, shady side of the mound, upward.  The thick walls of the mound hold coolness from the night and draw cool air with increasing velocity as the sun begins to heat the walls of the mound. 

Similar conditions can be created by man with stabilized earth, incorporating thick walls (18”- 30”)  in modestly sized (20’)  wide, egg shaped high ceiling domes.

The egg shape not only provides optimum elevation, it is the strongest structure found in nature.  Natural lighting can also be acquired by mounting a large (4’) sky light at the top and a few small, efficient windows along the sides.  Living space can be creatively maximized by incorporating furniture, storage, refrigerator, stove etc.  into the walls.  An additional area can also be created by tying a cargo-net style rope loft into metal loops in the walls.  Access can be up handholds and retractable motorcycle peg style steps worked into the wall.  A coarsely woven net would not interfere with the flow of light and air flow. 

Super Adobe Coils (earth bags) are at this time the most effective method for elevating earth.  As a child, you may have built coil pots by rolling clay into pencil shapes, fashioning them into a bowl by pinching them together.  “Super Adobe Coils” are tubes that sand bags are made from.  An inverted pot (dome) is constructed by filling the tubes with stabilized earth (10 parts earth, 1 part Portland cement, 1-2 parts water) and tamping it down over the preceding coil with barbed wire between the tubes to maintain tension and structural integrity.  No elaborate equipment or machinery is necessary, but a cement mixer can prove quite helpful.  The basic shell with windows, skylight, vapor barrier and utility popups costs around $6,000.00 in materials and can be raised in about 10-14 days with a builder and crew of 5 laborers.

Size is often a concern because we are so accustomed to living in large spaces.  Living small and super-efficient is contrary to our accustomed way of living.  Be it for more space or privacy, a larger dome is not the answer.  Buildings can be made modular by connecting domes and atriums or green houses.  These buffer against harsher weather, grow crops, and gather rain water and are a sane answer to an imbalanced world.  The thick walled dome may be shut down if there are radiological or biological issues.  Oxygen can also be vented in from the atrium area.  Noise, bullets (50 caliber+), and even the shape and density of the dome will repel small mortar rounds.  All of these factors should be considered when building a home that will withstand the uncertain conditions of the next decade or more.

The small size (app.400 sq. ft.) and super-efficient design fully lends itself to minimal off grid solar wind inversion (4K or less) which could eliminate one fourth of our cumulative energy consumption if adopted by everyone.

There are people capable of understanding that we need to change, and there are few willing to make those necessary changes.  If there are any who are willing to make the changes and live the example, others will be encouraged and inspired to do the same.  This is my hope and prayer for the future.


Copyright 2008-2009 American Environmental Homes: Elevated Earth Structures, Richard Channing et al
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