27 March 2017
It's a rainy, overcast day here in upstate New York. There is still snow in the hollows, but my Minibeds-on-Plastic experimental garden is clear. So, today, in the midst of so much wetness, I set up some Whizbang solar pyramids in the minibeds.
As you can see in the picture above, the solar pyramids fit the minibeds perfectly. And the plastic flaps on the pyramid covers fit under the minibed frames right nice. I didn't have the solar pyramids in mind when I decided on the minibed size last summer. So this is a pleasant surprise, indeed.
If you have read my Planet Whizbang Idea Book For Gardeners (and visited the special hidden web site I created just for readers of that book), you are familiar with my solar pyramid idea. But for those of you who have not seen these unique garden devices, here is a picture I took several years ago that illustrates just how remarkable these solar pyramids are...
In the picture above, you can see a tomato plant inside a solar pyramid, and you can tell that it is a good size. In the background (on the right) you can see some smaller tomato plants. Believe it or not, all the tomato plants were transplanted into the garden on the same day, and they were the same size when planted. The tomato plant in the solar pyramid was in a totally ideal growing environment, while the others were not. That made all the difference.
It's not a pyramid-power thing. It's a solar thing. And, as I explain in my book, this idea came from Leandre Poissson's excellent Solar Gardening book. Leandre made solar cones using an expensive rigid plastic. My solar pyramids are made using a much-less-expensive (but very durable) woven plastic. Here's a picture of Leandre Poisson with one of his solar cones...
The diffuse light inside the cone is ideal for plant growth. And the dynamics of the open top on the cone (with the bottom being sealed) play an important role in maintaining optimum growing conditions. The growth inside one of these things is nothing short of amazing.