We wanted to build a (human) kid’s climbing ramp (sometimes referred to as a pikler arch / montessori arch). We found a bunch of varieties and styles on sale online but decided to try building our own.
We decided to make it approximately 4 feet long. We started with a 8 foot long, 20 inch wide board.
First, cut it in half to end up with two 4 foot long sections. Stack those two sections on top of each other so when you then measure and cut the arch, both sides automatically match, even if the cuts aren’t exact.
With one 20 inch wide board, we cut out 3 separate pairs of arches. While we have only finished the larger outer climbing ramp to date, we have plans to make 2 smaller ramps in a similar style when we have the time.
After drawing out the ramps, cut out the arches using your jigsaw. For the slats, we cut out ten ~23 inch long pieces from 1″ x 4″ boards.
After cutting out the arches and slats, it is time to round off all of the exposed edges and corners with a round off router bit to eliminate any sharp edges.
Once the routing is complete, it is time to sand all of the surfaces with several levels of sandpaper – we used coarse, medium and fine on all of the surfaces.
With the length and number of summer heat waves seeming to increase every year, we have been looking for additional ways to help the animals better cope with the heat.
We had been considering putting up some shade sails to provide additional shaded areas for the animals to get out of the sun. While still considering buying a shade sail, we happened to come across an ad from a local homeowner cleaning out their house before moving. They were giving away a free sun umbrella so we picked it up with the thought to use it for extra shade for the chickens.
The only problem – it had 3 broken ribs. 2 had the ends broken off and one snapped off closer to the center pole.
The 2 ribs with broken ends just needed a quick fix – attach a length of wood to replace the missing piece. I used a couple pieces of scrap wood and some old screws salvaged from other projects over time.
The 3rd rib required two pieces with a small bolt to permit it to pivot and close the umbrella – I had to buy the bolt, along with a couple washers and a nut or two – total cost $2.78.
As previously mentioned, we created some simple wildlife escape ramps for our water buckets to reduce both wildlife drowning deaths and reduce potential contamination risk for our animals.
Here are the step-by-step directions for creating a simple wildlife escape ramp for a standard 5 gallon flat-back bucket.
Here are the materials you will need:
5 gallon flat-back bucket.
1/2 inch vinyl-coated wire mesh – you will need a 1 foot by 1 foot section. It often comes in rolls 2 feet wide. The vinyl coating is important because the ramp will be underwater and the vinyl provides additional protection.
Wire cutter / side cutter / scissors – This will be needed to cut out the appropriate size of wire mesh (if necessary).
A ruler or other straight edge to use for bending the wire mesh along a straight line.
1 can of rustoleum or similar spray paint (optional).
As the snow has finally all melted for the season and the grass is just starting to turn green, we look back at a few of the pictures we captured from the winter.
Overall, it was a mild winter compared to average. Less snow overall and only a handful of really heavy snowfalls. Even with that, there was some amount of snow on the ground from late November through early April – though during some of that time the only snow around was the piles of snow next to the driveway.
A couple years ago, we tried to build a small earthen dam to stop debris from the woods from being washed out into the pastures during spring rains / snow melt. That attempt didn’t hold.
Instead of rebuilding the earthen dam to completely block the water by holding it back, I decided to fortify the remaining piece of earthen dam with a water-permeable dam instead. By creating a water-permeable dam, the water would still flow through the dam out into the pastures, but the leaves, rocks and tree limbs would remain in the woods leaving the fences and pastures undamaged after the water subsides and avoiding the need for any time spent on clean up. The dam should slow the flowing water, causing the debris to stop while the water would continue seeping slowly through the dam out into the fields.
But what could we use to make the water-permeable dam? It would need to allow water through yet be sturdy enough to generally hold its shape under pressure from the flowing water without itself washing away.
In addition to the bore holes and “moat” outside the house, there was also a bit of work inside the house for the changeover to a geothermal heating system. Following the lines from outside, the first step was creating a path for the heating loops into the house.
Here is a picture of the manifold where the lines enter and exit the house.
There are 5 entry lines and 5 exit lines. This covers 5 different heating loops. Each of the 5 heating loops has the cold water leave the house, travel to the bore holes and go down and back up two 75-foot bore holes per loop to absorb heat from the ground and then travel back into the house.
This is the pump unit that circulates the water from inside the house, through the heating loops outside and back into the house to the heat pump.
Last month, a local county agricultural council sponsored their annual farm fest, where a number of local farms are open on a weekend day for free tours / open house. It just so happens that one of the farms open for tours was only ~3 miles away so we decided to stop by.
Although only a few miles away, the farm isn’t directly visible from the road, so we had no idea that they raise… yaks!
Here is a picture of one of their yaks:
An adult female yak.
We learned that yaks are a triple threat – they are raised for milk, meat and fiber. The farm was selling yak sliders and yak yarn and fiber products during the open house.
According to the farmer, yaks are smaller than typical beef and dairy cows – the adult females are typically only 500 to 600 pounds. Adult male yaks (domesticated) can weigh in at 900 – 1,200 pounds. For reference, typical beef cattle bulls can reach closer to 2,000-3,000 pounds (but are often slaughtered younger so are usually seen at lower than full weight).
Here is a close-up shot so you can see their shaggy fur coat. Their fiber is used to make yarn and then into whatever product from there. The farm was selling knit yak products such as winter hats.
An imperial yak (I think).
Yaks come in a variety of color patterns. A black yak is called an imperial yak. A yak that is white and black is called a royal yak. There are also somewhat rare golden yaks that are all light brownish in color.
Earlier this year in the spring I took a hike up our mountain to clean up any trash or debris that had blown onto our property over the winter.
I collected a handful of empty soda bottles (probably originally left by hunters on neighboring properties), some plastic bags, and 2 deflated balloons.
I also found a few other things in the woods:
There was a deer skeleton just onto our property. It may have died naturally over the cold winter, or it may have been shot and injured by a hunter and the hunter couldn’t track it. It appears to be the skeleton of a young buck – the antlers only have a few points.
Here are a few more details about the geothermal thermal system and the installation process.
A geothermal heating and cooling system is essentially a heat pump system that uses the relatively constant temperature underground to move heat from one place to another. The systems are also sometimes called ground source heat pumps. In the winter, the system pulls heat from the ground and moves it into the house. In the summer, such a system can move heat from the house to the ground. Because our house does not have air ducts and instead relies on baseboard hot water radiators, our system is currently set up only for heating, though the ground loops and the heat pump can be used for cooling in the future if we make a few changes inside the house.
Our system is a closed loop system – meaning water (plus a type of antifreeze) is circulated in a loop of piping from the house to wells underground and then back up to the house to start the loop over.
The loop piping in the backyard before installation.
Our installers used a specialized German drilling rig that can fit in tighter spaces compared to some truck based drilling rigs. It was able to move right into place in the backyard for drilling.