Today I made a bit of apricot compote.
Bought some 5 kg of fruits from the market, not so ripen.
Ronen opened the fruits, took the seeds out. I sterilized the jars (only shortly boiling them under water), stuffed them with halves of fruit, almost to the top, poured hot water over, to cover.
I made 7 big jars with NO sugar, nothing added for sweetening and 6 big jars with two pills of stevia for each.
I closed the jars then I boiled them into a pot, not covering them entirely with water. Water was only coming to the half of the jars, I covered them all with a wet towel, boiling them for about 40 minutes (two batches: 7 and 6).
Them I took them out fast and put them under thick blankets to cool down slowly.
Curious how the no-sugar fruits will stay… how the ones with stevia will taste :).
I also cut some of the ripen apricots and put them into the dryers, repeating last year experiment (tasty!).
We don’t have access to a variety of digging machines here (only to a stadard tractor with a front loader + diggins spoon) so these pictures caught my attention – digging swales and berms using a tractor with a combination of plows:
… and water it holds:
Three terms I found mentioned in the forum thread where I found this
- The moldboard plow sounds like something that is typically used by farmers in our area to break-up soil.
- I have not been able to find much formal informatn about a “drag blade plow” but as I understand it is used to move the soil after it is broken up by the moldboard plow.
So it is about repeting numerous cycles of loosening and shifting … how many cycles depends on the depth and width of the swale and the number of blades on the plow.
Lars and Robin are a beautiful couple I’ve had the pleasure of meeting a few times who live in Alunisu (on the other side of Cluj). In this interview Lars does what he does so well … gently and compassionately painting a comprehensive picture of where we are and where we can choose to go from here.
“Imagine if the financial sector would expand the definition of returns … and beside the financial return would also look at return of happiness and well-being of man and nature, then you can make money and capital into an instrument that serves the society.”
We use shells of soap-nuts, which I believe come from Africa, to make home-made soap used for dishes, laundry and general cleaning. We have been wondering about an alternative that can be grown locally. Turns out there is a variety of chestnuts called Horse chestnut which does the trick.
We’ve completed levels 8 and 9 …
… on level 9 we were joined by Itsik and Yifat who visited with us for a week … so we reached and celebrated the end of 9 together.
In level 9 we also put in additional vertical reinforcement by pounding in rebars into the longest stretch of buried wall that we have (~6 meters) … and we will continue to do that in an interlaced pattern to give the wall some more strength to resist the weight of the earth piling up behind it.
Which brings us to today … soil … we called the excavator back (marking what is probably the half-way point of wall construction) … to start backfilling and bringing some more soil to our mixing station (so that I don’t need to carry it in a wheelbarrow). Yesterday we prepared by pulling the plastic covering over the walls
.. and so it started … and very quickly the corner behind the first retaining wall was filled up ….
… then the side and rear corner
… during the backfilling, a new soil pile near the mixing station started to appear
… and before you know it (almost three hours later) the backfilling was complete …. so from the outside we are back at ground level (which does make some maneuvering on the walls easier)
… and a huge pile of soil (30+ cubic meters) is now blocking the entrance and hiding the site … when that soil is gone, construction of the walls should be complete (or very close to completion)
As the work progressed we realized we were going through A LOT (= surprising amount) of soil … we’ve used up most of the free soil on and around the site … and it doesn’t look like what we have left will be enogh to complete backfilling and covering the structure. At first this felt like a potential problem … but it quickly transformed into opportunity. It looks like the supply of soil needed to complete this project will overlap and lead into the next project. One option weve been discussing is a small lake (a whole other story). Another option is to start excavating what may be the next construction project … either way … it left us with a pleasant sense of continuity 🙂
Good Earth Nepal has published this PDF on its site.
Before presenting some highlights I would add that there are a few details which, to my understanding are only correct in the context of typical above ground houses, less so with bermed or underground structures.
“At present, there are over 15,000 Earthbag buildings worldwide with recent Earthbag constructions gaining approval under strict US building codes.
An estimated 55 Earthbag structures built in Nepal survived the 2015 earthquake, in regions ranging from Solokumbu to Sindhupalchok to Kathmandu.
… The main material of an Earthbag structure is ordinary soil obtainable at the worksite.
… A study by the U.S. Federal Highway Administration found that the half -life of polypropylene fabrics in benign environments can be 500 years or more. The
bags themselves have a tensile strength even higher than that of steel, and can resist circumferential forces generated from the weight above.
… An Earthbag building uses its own weight to anchor itself to the rubble trench foundation. Since the superstructure is not attached to the foundation by bolts or rebars, the foundation and the
superstructure are able to move independently minimizing the shock transfer to the walls. A rubble trench is also built of individual units rather than a continuous beam further absorbing the shock.
Earthbags are resilient. As per an experimental study on vibration reduction … Earthbags have a relatively high damping ratio with horizontal as well as well as vertical vibrations effectively reduced.
… All of these components make Earthbag structures extremely earthquake-resistant. Tests done in accordance with IBC standards have found that Earthbag construction far exceeds Zone 4 standards, devised to protect against the very highest level of seismic activity. Numerous Earthbag structures have been built in the United States. Earthbag structures are permitted by the California Building Code, the toughest in the United States due to high seismic activity.”