Wednesday, July 29, 2009
Preparing the posts
Pallet-Shower Construction
Here Ira is digging a posthole: These will hopefully be the last pieces pressure treated wood we use. Future posts will be made from black locust trunks which are resistant to rot and do not require the use of cement. Instead, road bond gravel can be used which helps prevent wood rot better than cement. Cement is so caustic that untreated wood will deteriorate. A good treatment for wood is borax (1 quart of borax mixed with 1 gallon of warm water and sprayed on moist wood). Due to the square pallets and a time constraint. The shower will allow us to comfortably stay overnight and motivate us to build a sauna asap. We are using oak pallets which once carried sacks of cement. These were reclaimed from a local hardware store.
"Hardwood lumber, such as oak, was used for 67 percent of the wood in pallets at the turn of the twenty-first century. Manufacturers used a total of 4.41 billion board feet of hardwood lumber for pallets. Other wood materials used included stumpage, logs, and cants. Waste materials were sometimes used by pallet manufacturers to make fuel wood, bedding, pulp, or charcoal, among other products".
for more info: http://www.answers.com/topic/wood-pallets-and-skids
Monday, July 27, 2009
Stone Stairway
Black Locust Post
Tank-Tent Expanded
Blackberry Patch
This is the way the entire meadow was when I first started this project. I have managed to keep this piece in it's original form and plan to keep it like that. There are also some milkweed plants which the butterflies love. This will serve as important attractor for beneficial insects and a testimony to how it once was.
Chipping for Compost
I have made piles of pine chips and also piles of chips from all other trees. The pine chips are best saved for enriching the soil around blueberry bushes. I also use the pine chips for the sunny john. The humanure compost is up on the ridge and will only be used for fertilizing Black Locust trees, which are only harvested for their rot-resistant wood. I have been bringing compost from my garden in Asheville, which is rich in worms, and mixing it with straw from a neighbors farm. I also add big bags of organic juice pulp from a local juice bar. In this photo, on the left of the compost pile is the non-pine chip pile ready for mixing in with all the veggie matter.
Brush Piles = Swales and Wood Chips
This is one of several brush piles which I've been clearing, chipping the small branches for compost and sheet mulching and cutting the larger branches for either firewood or for building swales. To form temporary swales I lay the trees on contour on the uphill side of tree trunks to catch any falling debris. In the future I will dig trenches on the uphill side of those tree piles and fill the dirt in to form terraces that will catch rain water and allow it to percolate into the soil and prevent soil erosion.
East View
Main House and Greenhouse Site
This is the view from the south of the greenhouse and main house site. The main house will be 40' long by 20' wide. The greenhouse will be connected to the south wall of the house and will be 70' long by 20' wide. It will feature a subterranean heating-cooling system (SHCS) which will allow for tropical growing conditions and will virtually eliminate the need for household heating and cooling. The SHCS process involves forcing the hot greenhouse air into the soil to heat the roots of the plants, functioning like a simple refigerator system. My inspiration for this design was Jerome Ostenowski and his crew at the Central Rocky Mountain Permaculture Institute (CRMPI) in Basalt, CO. http://crmpi.org/Home.html Jerome has been applying sustainable agriculture and forest gardening on his land and in the surrounding area for over 25 years. He is currently teaching school kids throughout his region and surrounding states.
Timbers & Tank-Shed
Trees waiting to be milled. Most are white pines and tulip poplars. A few oaks and hickories will be used as well. This is one of two piles of timbers. Around 40 usable trees have been felled so far. All wood will be treated with sodium borate (Borax) to prevent bugs from entering and causing damage. The white tarp in the background is covering 10, 260 gallon tanks which were used to import olive oil from Alava, Euskadi (Spain). They are now being used to form a shed, covered by a billboard tarp (24' x 40') http://www.billboardtarps.com/ which once advertized a Mexican Mariachi Band. It now houses a ton of tools and supplies and has a 2600 gallon water capacity!
North Ridge
Base Camp
This tent was made by Red Sky Shelters in Barnardsville, NC. (http://redskyshelters.com/) It is supported in the middle by a 21 foot Tulip Poplar trunk. A good friend, Drew Hudson, came up in June to spend his vacation contributing to the project. His first task completed was debarking the poplar with an antique draw knife. The following day four friends helped in raising and staking out the tent. A few days later Drew and I built a small deck out of pallets and scrap plywood with a cinder block foundation; producing a level platform - you can set and orange down and it won't roll off!
Scenic Drive
The "Sunny John"
At the end of May we broke ground to build a small "sunny john", composting toilet. In this photo Eli is starting the first posthole. The soil is very rocky, great for building terraces and muscle. The "sunny john" is a moldering toilet that uses no water and when used correctly, produces no more smell than a conventional flush toilet.
Just what is a moldering toilet anyway?
A moldering toilet is simply a waterless toilet that is built to allow for very long term slow decomposition in place – the waste molders, rather than composts, much as leaves and plant debris "molder" on the surface of soil through the action of bacteria, fungi, and microorganisms. With moldering, the "technology" applied for waste treatment is mainly isolation, and simply time itself! All that is required is a temperature and humidity stable aerated vault that can support enhanced growth of fungus. There is no heat generated and consequently no nutrient is 'burned' out of the pile - all of the nitrogen in the waste AND that generated by decomposing microbes is sequestered in the finished product. Virtually no carbon is consumed because there is no high temperatures to create carbon based 'greenhouse gases'. After a year or more, all you are left with is half the mass of the original waste converted into fine, lite weight black humus suitable for application back into your landscape and virtually all of the moisture (80% of the original weight!) evaporated into the atmosphere.
http://www.sunnyjohn.com
Sunday, July 26, 2009
Living the Dream
Gaviotas: A Village to Reinvent the World
The most influential model for this project was the community of Gaviotas in the Savannah of Colombia. The book, Gaviotas: A Village to Reinvent the World, by Alan Weisman, tells the story of Paolo Lugari and his coordination of developing a tropical utopia that applied regenerative design to boost Colombia's economy, reforest a "wet desert" and integrate the local culture in all their initiatives.
The United Nations named the village a model of sustainable development. Gabriel Garcia Marquez has called founder Paolo Lugari the "inventor of the world."
http://www.friendsofgaviotas.org/Home.html