Basic Homesteading Skills
Crafts
quilting
embroidery
cross-stitch
knitting
crochet
sewing
Cooking and Baking
homemade bread
homemade butter
homemade extracts
dandelion jelly
Canning
26 canning recipes
canning jars 101
60 canning recipes
Gardening
edible trees to plant
what to plant to save the bees
cure and braid garlic
save seeds for next year
braid onions for long term storage
build a greenhouse
Animals
homemade chicken feed
raising mealworms for chickens
why to raise nigerian dwarf goats
Outdoors
starting a fire with sticks
trail signs
knotting
find true north without a compass
Medicine
homemade neosporin
all purpose healing salve
I’m gonna take a moment to talk about the greenhouse link above. Greenhouses can be quite a bit of work, time, and money to build - and they take up space - so some thoughtful planning and research can ensure that whatever you build you’ll get the most out of.
Most people, when first approaching greenhouses, just build a generic shed that has clear walls and a roof. That’s what you see in the blog post above, while the author kept mentioning how incredibly hot it is. The author is located in central Washington state, USA.
Greenhouse with no ventilation/cooling or heating or electricity or gas, in a hot climate summer climate, cool winter. While conventionally attractive, it is not particularly functional, and is only useful for a relatively short period of the year.
How best to design a greenhouse can depend on factors like climate and latitude.
If your greenhouse is located someplace very cold, you’re looking at issues with heating it, or else not using it at all during that time. There’s multiple ways to heat greenhouses, traditionally methane or propane gas, although in emergencies, and if it is wired for electricity, electrical heat may be used. Some people have even used wood furnaces (this is less than ideal) For any place with long winters this quickly becomes very expensive. Thermal mass is the clever trick to solve most, if not all, (depending on climate) heating issues in winter - no fossil fuels or deforestation required.
If your greenhouse is located someplace very hot, you’re looking at issues with cooling it, or else not using it all during that time. There’s multiple ways to cool greenhouses - fans/vents and shade cloth being the most common. Thermal mass can also help with this issue too.
My favorite website on greenhouses (which longtime readers may recognize) is Penn and Cord. Heating and cooling greenhouses so you can use them for more than 6 weeks a year can be very expensive and very energy intensive - unless you start looking at passive solar greenhouse designs, such as those by Penn and Cord. You do sacrifice some space in the back greenhouse for the thermal mass aka giant barrels of water.
Can be built out of used or scrap material.
Above, barrels are on the left, hidden behind the plants. Below, this is what the wall of barrels looks like before plant beds are installed.
These 55 gallon drums filled with water and painted black, all along the north wall, are the “battery” that keeps these greenhouses usable year round. The roof angles are designed so that these receive direct sunlight (hence why they are painted black) in the winter, the sun heats the water, and they help keep the greenhouse warm all winter long. They’re working at high elevations in Colorado which means 1) wild temperature fluctuations 2) it’s pretty cold in winter there, down to -30F/-34C. The barrels also modulate the hot temperatures in summer. There are variations around this idea, but hopefully the concept makes sense. Sometimes people will create the northern wall out of concrete, and then put the barrels or bottles of water in front of it, for a similar “battery” or modulating effect. The interiors are painted bright white, to reflect as much light as possible to the plants.
Granted, this extremely energy efficient and far more sustainable greenhouse style does not have the same “aesthetic”, but the space is actually far more usable. Penn and Cord and their crew are growing 365 days of the year, in greenhouses mostly made out of used materials. None of these greenhouses obviously have electricity or gas installed, but they don’t actually need it either, thanks to their clever and regionally-appropriate design.
