August 31, 2024

Garden Notes: August 2024

Rainfall
  • 1st: 0.03"
  • 8th: 0.37" (Debby)
  • 9th: 0.11"
  • 11th: 0.59"
  • 13th: 0.02"
  • 16th: 0.2"
  • 17th: 0.06"
  • 18th: 0.01"
  • 29th: 0.58
  • 30th: 0.06"
  • Total: 2.06 inches
 Temperature
  • range of nighttime lows: 58 to 72°F (14.5 to 22°C)
  • range of daytime highs: 82 to 95°F (27.7 to 35°C)
Weather Notes
  • first half of the month gave us hot, humid, August-like weather
  • second half of August was mostly cooler, dryer, September-like
Garden Notes
  • Schedule
    • mornings - pick
    • afternoons - preserve
  • Not a bountiful year for fruit, I'm afraid. Between loss of our fig trees, poor production, and stiff competition from the birds and squirrels, we ate most of it fresh, although this month I'll be processing pears, which seem to do reliably well.
  • Problems
    • Pickleworm in the cucumbers. They've been struggling anyway, and the worm hasn't helped. No pickles for preserving this year, but we do get baby cukes for salads every couple of days.
    • Large wasp nest in the muscadine vines. Right under the eave of the house!
    • Groundhog! And an extremely tricksy one at that. It's resisted all the baits Dan has tried in our live animal trap, and continues to do its damage in the garden and orchard.
    • Not enough rain.
    • And, of course, the fig trees dying. I really miss our fresh August figs!
  • In summary, it hasn't been a great year for gardening. Mostly I harvest handfuls, but at least we're eating well. 
Planted

I don't usually plant in August because the heat and scanty rain aren't conducive for growing. I feel like I'm taking a chance by planting early this year, due to our cooler temps!
  • carrots
  • beets
  • lettuce
Harvested
  • green beans
  • slicing tomatoes
  • cherry tomatoes
  • daikon leaves
  • chicory leaves
  • lambs quarter
  • okra
  • summer squash
  • basil
  • cucumber
  • oregano
  • thyme
  • pears
  • muscadines
  • elderberries
  • sweet peppers
  • yamberries
  • Egyptian walking onions
Preserved
  • pizza sauce, canned
  • pear sauce, dehydrated
  • green beans, canned
  • muscadines, frozen
  • summer squash, canned
  • elderberries, frozen
Photos

We didn't get many apples, but I made sure we got a pie!

Pear production hasn't been great either, but I did dehyerate some
pear sauce. I also tried dyeing with pear leaves! My results here.

I had some old (2020?) Jing okra seed and planted it along with
my usual Clemson spineless. I was surprised so much came up!

It's a pretty plant and adds interest to both garden and picking
 bucket. It doesn't retain it's red color with cooking, however.

Early August salad: cherry tomatoes, cucumber, baby green beans, 
a variety of greens: lambs quarter, daikon leaves, chicory, goat feta.

Late August salad: by the time the greens fizzled out, I started harvesting
summer squash. Laying also picked up so I could add hard boiled eggs.

Tatume summer squash (I think!). My garden planting didn't make it, but this
was from seed I tossed out in the pasture, where the plants are producing.

Based on the shape, however, I'm thinking this might be baby sweet potato
squash. No matter. We love it sauteed with onion and fresh herbs, or roasted.

The yamberries produced well.

These are a starchy vegetable, good roasted or tossed into soup.


Our prettiest pepper so far. Fresh grated goat mozzarella on the left,
fresh pizza sauce in the jar, and Egyptian walking onions on the right.

We started the month with a fresh apple pie and ended it with a fresh pear pie.

Your turn!

August 26, 2024

Greenhouse: Getting Ready to Finish the Interior

Our summer is too hot for greenhouse growing, so except for a tomatoeless volunteer test cherry tomato plant, not much has been happening there. One of Dan's rainwater tanks started to leak, but we delayed repair until later. I will mention that between the solar vent fan and the shade cloth, we're avoided the greenhouse effect, but it's still too hot in there for plants to be happy. But we never planned to use it in summer, so except for the tank leak, it's all good. 

What's left to do is build some benches and the floor. For that, I think Dan wants to put down stone.First though, we agreed the framing should be painted. Last week, we had some deliciously October-like temps, which was perfect for working in the greenhouse. While Dan worked on his stove project, I got started on the painting. 

We're back in a summer warming trend, so it will likely be awhile before I finish. But it's nice to see it starting to look fresh and bright. It's nice to make even a little more progress toward finally getting it done. 

August 20, 2024

Masonry Heater Project

Last time, I explained a bit about masonry stoves, how they work, and how they've evolved over the centuries (Masonry Heaters: A Bit of a History). Our stove design is based on the wisdom and experience of the latest technology.

The two main components of the stove are the thermal mass and the firebox. Typically, the thermal mass is built as a bench (often used for seating) or as a "bell" (big hollow box). We have no place in our living room for a bench, so a bell will reside in the alcove Dan built for our soapstone woodstove years ago


Above the brick the walls are cement board, with a specific air gap between the alcove walls and the walls behind. The vents at the top of the alcove serve to vent warm air. This is the ready-made space we have for the new stove. 

For the firebox, we chose what's called a double shoebox designed by Peter van den Berg. It's useful for smaller spaces, like we've got. Here's a cutaway . . .
Photo credit: Batchrocket.eu

The entire unit is referred to as the core. Here's Dan's dried-in practice build on the front porch.

The sides are firebrick and the tops are ceramic fiber board

So what makes this firebox more efficient? And how does it work without filling the house with smoke because of the retained exhaust pathway? The answers are in the way it's designed. 


The narrow opening at the back of the firebox is called the port. By slowing the escape of the heat and smoke from the firebox, it forces the exhaust gases to be burned. It's these gases that deposit soot in the chimney as they cool on their way out. In this design, the gases and ash are converted to heat energy before they exit the firebox. So the fire burns more completely and more cleanly. It's the same principle as the catalytic combustor on our soapstone stove. You can read a more detailed explanation at Peter van den Berg's website, here

Besides cleaner, safer smoke, people report a decrease in wood fuel consumption by up to 75-80%. What's not to like about that?

It must be noted that the dimensions of the design are important: firebox, port, thermal mass, and chimney must all be sized properly. A sizing chart can be found at Peter's website. 

The other question is, given the convoluted chimney path, how do we get enough draft to direct the smoke out the chimney instead of into the room? The answer is with two air intakes. 

The first is in the firebox door.

Photo credit: Firespeaking.com. This is the door we
purchased and which you will see in future blog posts.

The second is the secondary air tube.

We ordered ours from Dragon Technology.

It fits in the channel in the firebox, 


 . . . and will be under the door. It delivers continuous fresh air to the port in the back of the firebox, supplying steady oxygen to keep the fire hot enough to burn the exhaust gases. It will be cut to fit after the core is built in the bell and the door installed. 

Progress so far has been building the bell. Following are a few photos I took over the past several weeks. 


If you look carefully, you can see where the chimney will exit the bell. It's placed low in the bell where the coolest air is.  


We're going to re-use the chimney pipe from the soapstone stove.


The sides are being constructed first because the space is tight and Dan needs working room for the top of the heater. The core will be added after that. 


The other question was about cleaning out the bell. For that, a clean-out door will be added later (something like this), roughly where I made the red square below, next to the chimney flue. 


We'll access it from the adjacent bedroom (where my big floor loom now resides. Photos at that link). 

Dan cleans out our chimneys every autumn with a chimney brush, and then uses his shop vac to vacuum out any residue that falls to the bottom. Even with our soapstone stove there has been very little soot build-up. The clean-out door is large enough to accommodate the nozzle and hose of the shop vac. The fire box, of course, is swept out with a whisk broom. 

Continued here ⇢ Progress on the Thermal Mass