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- A Tire Building Code: In Earthship Volume I, we presented a method of building living modules from discarded automobile tires rammed with earth. Over the thirty years of research & development, we have come to the determination that this method far exceeds any other known building technique with regard to thermal, structural, environmental and availability aspects.

- Earthship Engineering Report: Evaluation of the seismic performance of alternative construction materials in New Mexico. Prepared for the Federal Emergency Management Agency. Also in the Engineer's Report is a portion of the engineering evaluation of the Dennis Weaver Earthship, 10,000 square feet near Ridgeway, Colorado.

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A Good Virus - That is the way it could spread. That can only be spread if it’s just emanating from everyone involved like a virus, like a fever, whatever. So, that’s kind of a thought of what this thing that we are doing is...

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Earthship Academy (16)

The Earthship Biotecture Academy offers an extensive training in Earthship design principles and philosophy. The program consists of sixty two hours of classroom study, two months of field work and an independent study.

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Food Production

Food Production (17)

A fundamental concept of Earthships is that gray water from the sink or tub is recyled and purified by feeding into an indoor planter before being used to flush the toilet.

Earthship create an environment in which plants are not only asthetic and contributing to the heath of our environment, but are also highly functional and play a direct role in the maintenance of the home.

Having plants that produce food within this environment makes sense and takes sustainable and independent living to another level.

grapes grown in an earthship

Growing food in an Earthship is all about your own personal desires and lots of investigation.

When deciding what to grow, pick those plants that interest you and research the varieties.

If there is a particular plant you definitely want in your home, experiment a little and plant two of them in varying conditions. The results will depend on a variety of factors: the amount of sunlight/shade the plant recieves, the soil quality or the plants they are situated next to (for a great reference on companion planting see "Carrots Love Tomatoes: Secrets of Companion Planting for Successful Gardening" by Louise Riotte). Often you can get quite different results even when plants are within five feet of one another.

A New Age of Greenhouse Management:

Featured Food Articles:

- Earthship Food Discussions

A prime example are two Dracaena plants, often called "Spikes" in plant nurseries, that were planted at the Phoenix at the same time. One plant is shaded for approximately 2.5 hours more than the other, and it has grown to over five feet within two years; while the other plant hasn't surpassed three feet.

In an Earthship, many perennials will not work because they need to die back in the winter, so here in the Phoenix we tend to grow annuals and tropicals. Some tender perennials can do well. One example is a Butterfly Bush (Buddleja davidii), it grows up to six feed wide by nine feet tall. It does, however, needs to be cut back every year when it starts showing signs of stress.

artichoke grown in an earthship

As far as banana trees, which are highly popular for Earthship planters, buy only dwarf banana trees. These can still reach a height of 12-15 feet, can handle most light conditions, and bear fruit at a young age.

If you are absolutely set on having a non-citrus tree in your home, one option can be to purchase a grafted tree from your local nursery. Grafting is the process of joining a stem piece to another plant in such a way that the parts are united b y living tissue and continue to grow. Grafting in no way harms the tree, or the fruit produced; it simply allows the tree to b e able to survive in a planter's environment. If your local nursery doesn't carry grafted trees, they should be able to direct you to a distributor.

chilipeppers grown in an earthship

 

If you are short on planter space, you can create some extra growing capacity by simulating small planters in the form of buckets hung from the ceiling. Each bucket, like a planter, starts with a 4” layer of gravel, then sand and finally soil. To achieve the entry of water at a low level as with planters, insert a PVC tube that rises slightly above the soil level and extends down into the gravel. The PVC tube will allow you to "bottom water" the planter bucket, which will encourage the roots to reach the water and grow more quickly.

Pruning can improve the health of an ailing plant, make trees stronger and more productive, or direct growth to more desirable areas. Most plants can benefit from proper pruning, although some can be much more particular. In the case of grape vines, while they like to have their new growth cut back each year, they will bear fruit considerably better if their old growth is not pruned back. Some shorter-lived vegetables, such as broccoli or lettuce, can be pruned back considerably and continue to grow (the Phoenix has an eggplant that has come back for three years now.)

eggplant grown in an earthship

For best results, it is advisable to use a neutral or slightly acidic soil in your planter. The majority of plants, including food producing plants, prefer the soil to hover between 7.4-6.0 on the pH scale. Inexpensive, easy to use, pH test kits are available at most garden supply stores, where you can also get any amendments you may need to adjust your soil's pH.

The only time you should use sterilized soil is if you know you have soil-born harmful insects (such as cutworm) or disease (such as blight or powdery mildew) present in your soil, and you are trying to germinate seeds, or starting young plants.

Healthy soil is the key to healthy plants, and healthy plants attract fewer insect pests and are less susceptible to disease. Most insect pests (such as aphids and scale) will not kill your plant, but they will weaken it--which invites diseases and molds that may kill it. Not all bugs are harmful, there is a large number of beneficial species that can help you with a pest problem. The aphid midge (Aphidoletes aphidimyza) and convergent lady beetles (Hippodamia convergens) are two that will voraciously attack aphids. The white fly parasite (Encarsia formosa) can control white flies, mealy bugs, and so on. Many species of beneficial insects and mites are now available from commercial insectaries, and your local garden supply store or nursery should be able to order them for you.

If you don't want to introduce any beneficial insects into your home, you can try a number of ways to control an insect pest problem. Removing any infested leaves and discarding outside the home, vacuuming flying pests (like the adult white fly), and using colored sticky straps to control or monitor a variety of species. These traps are effective for white flies, fungus gnats, and imported cabbage worms. However, they will work only as monitors for thrips and aphids. Pests like mealy bugs and aphids can be physically injured and removed from plants with a strong spray of water.

Dusting the surface of dry soil with diatomaceous earth (a nontoxic mineral product, mined from fossilized shell remains of an algae known as diatoms) will dehydrate and subsequently kill any soft-bodied insect. A mixture of 1-3 teaspoons of household soap with one gallon of water can be sprayed on the plant to help control aphids, mites, and white flies. There are also organic insecticidal sprays (many containing pyrethrin, which is derived from the flowers of pyrethrum daisies, Chrysanthemum cinerariifolium and C. coccineum) that are highly effective. With any sprays, always test on a small amount of leaves before spraying the entire plant to ensure it won't be damaged.

You will find that weeds are not much of a problem in your indoor greenhouse. Screen doors help prevent weed seeds from entering the building and also help to keep any beneficial insects you may have. The only way to deal organically with weeds that may creep in, is to gently pull them out by hand.

Plants are fairly resistant to the household materials you put down the drain, including shampoo, soap and washing machine detergent, due to the large quantities of water that they are mixed with. We would, however, always recommend that you use biodegradeable products. Harsher products such as bleach, paint thinner and turpentine should not be introduced to your planter and must be disposed of in another way.

All our kitchen sinks are directed to the septic system and black water cell (where the waste from the toilet goes) for a variety of reasons, including the amount of grease that can be disposed of through them.

Heather’s best advice is to enjoy your plants and don't stress; your plants are living organisms and the happier your are, the happier your plants will be.

See below for a complete list of food producing plants grown at the Phoenix Earthship as of October 2009:

Veggies

Fruit

Herbs

Edible Flowers

Broccoli

Cabbage

Green Onions

Broccolo

Carrots

Egg Plants

Peppers

Corn

Lettuces

-Tango

-Lolla Rossa

-Black Seeded Simpson

-Deer Tongue Red

-Royal Oakleaf

-Arugula

-Frisee

-Mizuna

Spinach

Squash

Zucchini

Chard

Kale

Purslane

Artichoke

Cucumber

Peas

Watercress (in the pond)

Tomatoes

Lemon

Blood Orange

Grapefruit

Lime

Tangerine

Coconut

Strawberries

Bananas

Grapes

Figs

Cantaloupe

Watermelon

Pineapple

 

 

 

 

 

 

 

 

 

 

 

 

 

Basil

Chives

Marjoram

Thyme

Oregano

Cilantro/Corriander

Mint

Sage

Rosemary

Pineapple Sage

Dill

Parsley

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

Fuchsia

Hibiscus

Rose

Sunflower

Nasturtium

Viola

Passion Flower

French Geranium

Honeysuckle

Yucca

Snapdragon

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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Earthships Defined

Earthships Defined (6)

Design Principles

1) Thermal/Solar Heating & Cooling
Earthships maintain comfortable temperatures in any climate. The planet Earth is a thermally stabilizing mass that delivers temperature without wire or pipes. The sun is a nuclear power plant that also delivers without wires or pipes.
2) Solar & Wind Electricity
Earthships produce their own electricity with a prepackaged photovoltaic / wind power system. This energy is stored in batteries and supplied to your electrical outlets. Earthships can have multiple sources of power, all automated, including grid-intertie.
3) Contained Sewage Treatment
Earthships contain use and reuse all household sewage in indoor and outdoor treatment cells resulting in food production and landscaping with no pollution of aquifers. Toilets flush with greywater that does not smell.
4) Building with Natural &
Recycled Materials

House as Assemblage of by-products: A sustainable home must make use of indigenous materials, those occurring naturally in the local area.
5) Water Harvesting
Earthships catch water from the sky (rain & snow melt) and use it four times. Water is heated from the sun, biodiesel and/or natural gas. Earthships can have city water as backup. Earthships do not pollute underground water aquifers.
6) Food Production
Earthship wetlands, the planters that hold hundreds of gallons of water from sinks and the shower are a great place for raising some of the fresh produce you’d like to have in the winter, but find expensive or bland tasting from the supermarket.

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labs

labs (1)

our research and development to-do list...

 

EMP proof Earthship.

Grow atleast 75% of all of your food.

 

stay tuned...

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Tuesday, 30 April 2013 16:17

New Global Model at HQ Update

Written by

Beginning in early March, the Spring Academy students worked with the staff to begin a new one bedroom global model in the Greater World Community.  The first weeks started with laying out tires and continuing to pound the 9 courses of tires. 

 

Photo by: Heather Culp

 

 As the weeks advanced, the structure started to look more like a home, with the framing and the vigas being put up to support the roof. 

Global Model @ HQ being built by the Spring Academy cont.

The Academy session is already in its final few weeks and the one bedroom global model is looking more like a house every day.  The interior framing is almost completed with proper footings in place for door frames.  Electrical boxes are being installed, grey water bed has been filled and packing out of the tire wall continues.  This past week, the vigas were delivered and took all students to get them up the berm and in place.  Here are a few pictures of this process and the progress of the building.

Wednesday, 13 March 2013 20:54

Earthship Ironbank BnB Update

Written by

I mentioned previously that the Earthship BnB is on hold until I have full approval (hence the chookship). At this stage I have planning approval but still need building approval... Thankfully the structural engineer has made good progress and has agreed to tyre walls with no footings (yeah!) and has been very reasonable about various other oddities. So I'm stoked. I hope to have the final set of drawings this week or next. 

CFS (country fire service) have given the BnB the thumbs up and downgraded the BAL (bushfire attack level) on account of the earth-sheltered (bermed) design (yeah!). 

Tuesday, 12 March 2013 12:10

Welcome Spring Academy 2013!

Written by

Week one of the first academy session of 2013 has been eventful and is already coming to a close.  We have 33 students attending from all around the world with the same goal in mind: learning and sharing Earthships.  Orientation was early morning on Monday, where everyone arrived at the Visitor Center for a meet and greet.  Kirsten Jacobsen, our Academy Director, led the introduction to the students, followed by a talk with Mike Reynolds in the classroom.  

const2 oview

Friday, 08 March 2013 09:38

EARTHSHIP BIOTECTURE SANCTIONED EVENTS

Written by

Steps/requirements for becoming an Earthship Agent and/or hosting an Earthship sanctioned event or build.

1. Graduate from the Earthship Academy.
    graduation requirements and info may be found here: http://earthship.com/school

2.  Propose your event or build to Earthship Biotecture.

3.  Negotiate a percentage of revenue to be shared with Earthship Biotecture.
(this is largely to compensate EB for time spent to digest information on the event and post on the EB website as we are getting a large number of these requests)

aquaponic sytemFebruary 20. 2013, I made our first AQUAPONIC salad from lettuce, tomatoes and herbs, growing in our Aquaponic system.

This Aquapocic System was built on 9 and 10 October 2012, by James Fry, an Earthship Academy student from 2012, as his independent field study.

Follow him on GrowEverywhere.com/aquaponics, and also see our article Earthship Installs First Aquaponics System at HQ

 

Thursday, 14 February 2013 11:10

Simple Survival Concept and Rationale

Written by

A few years back we all drove big cars.  Those were the days of the big Lincolns and Chryslers, and Cadillacs.  Even the Chevys and the Fords were big.  They were made with thick metal and they were heavy and big.   When the energy crunches began, and fuel prices started to rise a few brave companies put out compact cars.  They were ridiculed at first.  They were called “toys” and “unsafe”.  The first models of compact cars were loosing issues in terms of profits but they illustrated that you can still get there in a smaller car... and get there a lot cheaper.  The fuel prices never stopped going up.  Sure they would take a dive here and there but the over all graph on fuel prices was up.  So it is now with housing. Housing has been big and inefficient for a long time.  Energy shortages and dwindling natural resources are making us look at smaller, more planet dynamic housing.  The Earthship Simple Survival Concept is our answer to this issue.

Thursday, 31 January 2013 09:36

Formula to Spread Earthships

Written by

guatemala maria
Photo:  Genevieve Croker - Long Way Home - Comalapa, Guatemala

Earthship Biotecture worked with Long Way Home in November of 2011 to build Maria and her family a home.
 
The formula to create a sustainable building for a family is still evolving like the home itself.   The 3-U Survival Pod Earthship can currently be built in any under developed (or developed) country.   It takes about $60,000 to build.  It is about $25,000 in materials, $20,000 in modest crew labor and $15,000 for transportation costs etc.
 
Put together $60,000, we can build a 3-U S-Pod.  We have people (students) who are looking to work for us in exchange for learning.  The money that is raised with the tuitions is put directly back into the house and labor costs which allows us to be able to build these homes.  These are ground-up, start-to-finish builds that allow people to volunteer and see what goes into the building process.

The Earthship crew is currently working with Long Way Home in Comalapa, Guatemala building a 3-U Survival Pod Earthship for Romeo Apen and his family.  

guatemala front

The structure for the Survival Pod is more or less the same as the Vaulted Global model Earthship.  However, the systems in place for a Survival Pod Earthship are mainly what differentiates in the affordability and the attainability of these buildings for more people.  The systems are functional, but abbreviated in these structures.

Friday, 18 January 2013 09:38

Earthship Academy Grad Profile: Lara Buelow

Written by

Lara Buelow Earthship Academy StudentAcademy Session: Fall 2011



What drew you to enroll in the Earthship Academy program?

I am inspired by the Earthship concepts and unusual design. I am incredibly curious about urban planning and sustainable design, especially incorporating humanitarian work and focusing on communities with less modern resources.

What was your favorite aspect of the academy? Why?

I think the combined package is another aspect that drew me into the academy. I considered the internship, but I also wanted the theoretical and practical knowledge behind the construction. That being said, I enjoyed working outside everyday, living in New Mexico, and building relationships with my fellow students and with the Earthship crew. I love the design aspect of developing the projects. As far as the physical labor, I loved laying can walls, the occasional tire pounding session was awesome, and learning about mixing concrete/mud, those were my favorites. I liked learning about plants and food production, but felt that our group did not have much time to incorporate these elements in practice.

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