Can a vehicle be used to solar dehydrate peppers and tomatoes?
Saw this on an episode of Doomsday preppers, or something like that, so I decided to give it a try. A tray off of an electric dehydrator was used to hold the food, and a meat thermometer was used to measure the air temperature. Two of the windows of the SUV were cracked around 1/8 – 3/16 inch.
The goal is to capture the greenhouse effect of the summer sun on the vehicle. Then use the collected heat from the greenhouse effect to dehydrate peppers and tomatoes.
The garden got off to a late start this year. In March we received so much rain the seeds rotted in the ground. It seemed like every couple of days we were getting a cold front.
All of this means the 2018 spring garden is running a month behind. Instead of the peppers producing in May, they are producing in June. Which is no big deal because once the peppers start producing, they will continue until the first frost.
Instead of the okra being planted at the first of May, it was planted at the end of May. I was hoping to get some rain to help the okra germinate, but we did not get rain for a month.
Eventually, I decided to plant the okra and water the seeds with a sump pump that sits in a creek. Everything worked out and the seeds germinated. Once the okra started to come up, it is making solid progress.
For those of you who do not know what root bound means; simply put, the pot is too small for the plant. The roots need more room than what the pot provides. The solution is to either transplant the plant into a larger pot, or plant the plant in the ground.
There were other issues:
The roots were getting too hot.
The pot was not holding enough moisture for the plants to grow.
Example of a raised bed garden with cucumbers, squash, lettuce, squash and zucchini. I would like to thank Awakeaware1016 over at the forum for post posting this video and thread.
The green onions, lettuce and cucumbers are ok to plant together – all of them have a high nitrogen requirement.
Looks like you will run out of room with the squash. Allow at least 2 – 3 feet on each side of the squash plants for growth. With the right soil and fertilizer, those squash plants are going to get pretty big.
Squash needs a well balanced fertilizer, such as 13-13-13.
The raised bed is nice. What I suggest, next year build a raised bed based on fertilizer requirements.
Lettuce, onions and cucumbers go in one bed – all of them can use high nitrogen fertilizer, such as 21-0-0 or something like 16-6-12.
Tomatoes, squash and zucchini would go in the second bed – all of them use a balanced fertilizer, such as a slow release mature and something like 13-13-13.
Just about anything with large leafs is going to need more nitrogen then say tomatoes.
Keep this in mind when you plant your garden, lets take 13-13-13 as an example.
first 13 – nitrogen, promotes stalk and leaf production, such as corn, greens and spinach
second 13 – phosphate, promotes root production, such as potatoes
third 13 – potash, promotes pod production, such as peas, beans, squash.
Cucumbers require nitrogen to prevent them from getting a pointy end.
Looks like your project is off to a good start and keep up the good work.
As the local stores get their garden seeds in, it’s time to take an inventory and start stocking up. A well rounded survivalist seed stockpile should include the types of food that the family will eat. And, most important, the types of seeds that will grow in a certain geographical area.
The bags that the seeds are stored in should be marked with the type of seed and the date when the seeds were bought. The date is very important so that the seed stocks can be rotated out every 2 – 3 years.
Examples of different types of seeds and plants:
Potatoes are usually planted from cuttings from a mature potato. When the “eyes” start to sprout on the potato, take a knife, cut a good section of the potato off (along with the eye).
Types of potatoes like red skin or Irish are high producers.