Winter is planning time out on the farm. It's time for me to strap on my Superman cape once again and list all of the things I believe that I can accomplish before the end of the year. I enter this knowing fully well that I will have reverted from Superman to Clark Kent before the end of June.
So we'll just call this my, "Best-of-intentions-I-know-I-can-do-it-but-now-I'm-not-so-sure-chalk-it-up-to-wishful-thinking-but-really,-what-on-earth-was-I-thinking-list." While there are also a number of maintenance, building, and smaller scale projects that also need to be done this year, these are the fun, green, self-sustaining projects.
Raised Bed Hoop Houses
The Raised beds were built in our garden last year and worked very well. This year we will try to extend the season for our tomatoes and greens by adding removable hoop housing. My plan, derived from so many others out there that I can't call it mine, will use 1/2 inch PVC pipes for the frames and attach to the raised bed by brackets. We'll then lay plastic sheeting over them and "bunch" it and weigh it down at the ends. We'll begin this in April to get an early start on our tomato seedlings, and remove it until September, when hopefully we can add a few more weeks to our tomato harvesting.
Raised Bed Cold Frames
The cold frame design is similar to the hoop houses, but mainly for the raised beds that were constructed out of eight foot 6"x8" boards (as opposed to the 12 foot 2"x12" raised beds). Rather than bending the PVC, they will be angled at about 45 degrees. There will also be fewer of them: one on each end and one in the middle only. The base for these, while also running through 1/2 inch brackets on the sides, will be driven into the ground. Their sole purpose will be to hold translucent poly roof sheeting in place. We'll see which of the two designs works best.
Solar Shower
This is my favorite project and one that I've been wanting to build for three or four years, even though everyone around here thinks I'm nuts. Having up to six people showering in our house on almost a daily basis not only takes a tremendous amount of water but the propane to heat it and the electricity to run the well pump. Since we do not use air conditioning, the humidity these showers create on a hot summer day is miserable as well.
So the answer? Shower outside.
I'll be building a frame out of black locust timbers (take forever to rot) to support a 70 gallon plastic container about six feet off the ground. You can stop laughing now, please.
I'll paint the container black and screen the top of it so that rainwater can be collected. If the water temperature doesn't reach an acceptable level, an old storm window will be placed over the top to help retain heat but still allow for solar heating. The window would then be removed on rainy days so that rain water can be collected.
The "shower room" will be attached to one side of the frame and also constructed out of black locust timbers. A simple connection from the bottom of the tank to a shower head will be added. In case the water is too hot, I am also planning on running a cold water line via the nearby milkhouse.
My biggest dilemma has been the drain. Because of the location, which was chosen for the greatest amount of privacy, I can not find a suitable way to connect it with the milkhouse drain. I've currently settled on a french drain with a filtering system that would purify the gray water, but would prefer some other system in order to utilize the gray water for the garden or some other project. More research will be done on this over the next couple of months.
All planning and research aside, I can not wait to take a nice hot shower and look up to see blue sky. As to no more burning through propane or steaming up the house? Priceless.
Drip Irrigation System
This is another long, thought out project that really needs to get done this year. The container is the exact type as the one I'll be using for the solar shower. As my drawing below shows, it will also be collecting rain water.
The container location will be on a slope overlooking our garden. The bottom of the container should be a minimum of eight or nine feet above most of the garden, so the irrigating will be by gravity alone.
Getting the water to the places in the garden that we wish to irrigate will be through the combination of hoses, PVC pipe, and a whole bunch of various attachments. Oh, I can feel the frustration already.
Since having made these drawings I have already decided to relocate the PVC in the raised beds. Rather than running them along the sides (which I originally chose to do in order to secure the pipes to the sides via brackets) I've chosen to run them more toward the middle and support them through larger PVC that will be cut on one edge to match their diameter and driven into the ground. I realize that probably doesn't make any sense, but trust me. I'll post photos later.
What I love most about this project is that it is completely self-sustaining. Provided it works (and provided we have a normal amount of rain this summer). If all that comes together it will require no water from our well and no electricity to move the water. Man, I love it!