Check out the Homes Map to look at green houses built all over the globe. http://naturalhomes.org/homesmap.htm
Archive for the ‘earth construction’ Category
You can now read Becky Bee’s book on Cob building on the internet at: The Cob Builders Handbook
I have loved this book for years….
This cob shed, complete with a green living roof, was built as part of a demonstration project at the City Farmer Demonstration Garden in Vancouver, B.C.. Cob is an ancient building technique that uses clay, sand, and straw mixed with water to create an adobe-like material. It doesn’t refer to “corn cobs”, but rather “cobs” of moist earth or clay. Cob building is considered a sustainable building technique that while made from inexpensive materials, is labor intensive.
Jul 19 2007
by Steffan Rhys, Western Mail
THE owners of a Hobbit-style wood and earth home threatened with demolition for years failed in another bid to save it yesterday.
The ecologically friendly, solar-powered Round House at Brithdir Mawr near Newport, Pembrokeshire, has been the subject of legal wrangling since it was built without planning permission 10 years ago for £3,000.
Pembrokeshire Council had taken court action to secure its removal but this was halted so that its retention could be re-examined against the framework of a recently adopted low impact development policy.
Over the years, owners Tony Wrench and his partner Jane Faith have applied for retrospective planning permission, been fined and been warned they face imprisonment. The Round House now appears to face demolition once again after members of the authority’s national park development management committee said it could not be saved under the low impact development policy.
Here is another link about this permaculture community in Wales.
When a country has a huge shortage of classrooms—like the Philippines lacking 74,115—the obvious solution would be the construction of more classrooms. In areas where resources are hard to come by, however, that solution is easier said than done.
Some stakeholders in this city chose to do something about the problem, leading to the inauguration last Friday of the six cost-efficient classrooms in Barangay Day-Asan. Using the Earthbag Technology System, which utilizes mostly sacks of earth held together by cement and minimal wood and steel, the project effectively doubled the number of classrooms in Day-Asan National High School, therefore serving more students, at half the cost.
It started when the World Bank organized a competition called “Panibagong Paraan” (New Ways) to be a marketplace for ideas in development work. An NGO called Akayin ang Bukluran ng Kabataan sa Daigdig (Abakada) submitted the proposal for “Ibang Klase: Earthbag Classrooms” (One-of-A-Kind: Earthbag Classrooms) that will use the technology described earlier.
Abakada’s proposal won a P1 million grant from the Japanese embassy.
The NGO approached several congressmen to get the project rolling, but only then Surigao del Norte Rep. Robert Ace Barbers (now newly elected governor) made solid follow-throughs for the project. He went as far as donating to the project the proceeds of the golf tournament that he organizes annually. In time, the Surigao City government helped as well by loaning out heavy equipment for the construction of the classrooms.
Abakada tapped social entrepreneur Illac Diaz of My Shelter Foundation to do the structural design of the classrooms. Diaz said that from the standard cost of constructing a classroom, which ranged from P400,000 to P500,000, the earthbag system cut down the cost to about P200,000 per classroom.
Before, classrooms in Day-Asan National High School were made mainly of nipa. Students had to struggle with the noise from classes being held at the nearby barangay multi-purpose hall. With the completion of the Abakada project, the school now has 10 classrooms and a library that can cater to the needs of 360 students.
This convinced Abakada executive director Crisel Cudiamat that there is a “need to be open to other modes of construction.”
Diaz was the one who tapped cement giant La Farge Semento to provide technical assistance in the construction of the classrooms. La Farge supplied the cement for holding the structures together.
However, the cement manufacturer’s involvement in public school construction won’t end with the Day-Asan project. La Farge’s technical team will be doing research on waste recovery in the area. Agricultural waste in Surigao City usually consist of coconut husks, rice husks, and wood, and La Farge is looking into the possibility of mixing these by-products with cement to produce school furniture and fixtures.
Cudiamat said that if La Farge’s experiment succeeds, it will provide a better alternative to the standard wooden or monobloc desks that public schools normally purchase but aren’t durable enough to lasts a school year.
Cudiamat said Abakada is working with La Farge on potential earthbag classroom projects in other areas.
Here is the lowest cost we found. For 10,000 18X30 polypropylene bags, $3104, or 31 cents per bag, including shipping to the island we live on. Donald Davis Bags in Spartanburg, South Carolina gave us the lowest price with shipping. This, of course, does not include duty and VAT that we have to pay on our island.
Our house will take 3600 bags, making our walls cost around $1116. Not bad.
The rest of the bags will build retaining walls and a garage.
I am plotting and planning today. I want to build an earthen oven up on our land. Isn’t Greg’s oven beautiful? Didn’t he find a neat hat for his oven?
I also found a site called Katipo in New Zealand where some women who look like me built an earth oven. It does my heart good.
So here is my idea. We build the oven, and then while we build the house we have pizza and bread and casseroles on site. How cool would that be?
Here is another oven from Make a backyard mud oven
Here is another look at a homemade earth oven.
Kiko Denzer teaches the fine art of earth oven construction, and she sculpts in earth. Take a look at her art.
For years I have been fascinated with alternative green building techniques. I’ll bet I own the only set of video tapes on straw bale construction on my island! When we lived in the states I had really wanted to build with straw bales, but alas, no straw is baled on this tropical island. So what is a woman craving green building to do? Stone and Earth.
I have been reading a series of interesting books about stone work and earth architecture. According to the various authors, even someone with limited building skills like Mr. Wizard and I should be able to manage some sort of rudimentary structure. It helps a great deal that this climate does not require the complex attributes of a North American building. No insulation, no heat or central A/C. It is a simple place and buildings can be simple here also.
Stone, cob, earth bag. I learned today that over 1/3 of the earth’s population live in earthen homes. Some very old multistory earth houses are still in use after centuries in Britain. Why, then, do we more commonly build soulless houses of plastic and toxic materials? Home building has been taken away from the owners of homes and given to professionals who tell us what we should want: an enormous house on land stripped of trees, quickly erected of material designed for making a series of boxes. Not lovely to my eyes.
I love the curves and hollows of organic material. Nothing pleases me more than the curve of a finely wrought stone wall. This is a sharp contrast to the concrete box houses more commonly built. I wonder why people build with concrete blocks when there is so much available stone. And people can build amazing houses with earth, like the cob house above. Within reach of the poorest land owner is a home which should last centuries and be beautiful as well.
There is a green architectural movement afoot empowering the poor to build sturdy, sustainable homes of low or no cost materials. I dream that perhaps my poor island may pick up the banner of sustainable architecture and lead the way in the green building revolution. I can imagine the people here all living in charming houses built of earth, at very little cost, instead of waiting until they can buy a few more blocks and bags of cement.