Spartan cultivation in full sun, and the results can be seen: healthy plants and robust thorns

Temperatures are still above the seasonal averages, but summer has faded and autumn is on its way. Like every year, at the end of September I started preparing my greenhouse for the cold months. Nothing major, just some cleaning work, moving plants from outside to inside, a check on the heating system and two coats of copper oxychloride on plants a preventive measure. The plants themselves will do the rest, dehydrating following the suspension of watering from mid-September (from now on I will water just a few leafy succulents and, sporadically, Copiapoa and Eriosyce until the end of October) and starting to produce their natural “antifreeze” within the plant tissue of stems.

This is a good time to check the state of health of the plants and, in my case, to “draw some sums” on the results of the Spartan cultivation to which I subjected several specimens, as I explain in the following article. (…)

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Strengthening the thorns of cacti: a small experiment with some Ferocactus sowings

Based on the experiences of some growers, plants of the genus Ferocactus seem to appreciate the addition of calcareous material in the substrate. Above all, the thorns would benefit from it, which would be significantly strengthened compared to those of specimens grown in more “traditional” soils, for example the classic pumice, lapillus, peat mix in equal parts. Based on this consideration, I wanted to make an experiment with some of my sowings of Ferocactus acanthodes (seeds obtained from a dried fruit taken from an adult plant during a trip to Arizona) and Ferocactus latispinus. The acanthodes were born in 2013, while the latispinus are from 2010. Except for the seedling soil, which was based on peat, pumice and gravel, these plants grew up in the traditional compost with 30% fine peat and the rest pumice and lapillus in equal parts. I generally use this mix when I want to help seedlings develop more quickly, and then pass them into what I consider my “standard potting soil” made of sandy clay, pumice, gravel and 10% peat.

In the following article we see exactly what my experiment consists of, what type of soil I decided to use and above all we see the results with the photos taken two years after the test. (…)

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Targeted repotting: sowing identical plants in different soils to test the substrate

It’s time for… testing. Between the end of December and the end of February, as soon as I have time, I dedicate myself to repotting the plants in the greenhouse. Obviously I only repot plants in stasis, with very dry soil, postponing the change of pot to spring for the plants that I keep in vegetation in winter, perhaps outdoors (but still in pots and not in the ground, of course). Today I flared and planted about fifty plants that I obtained by sowing in natural light and heat. Some of them were born in 2014, others in 2016 (but already large enough to be repotted). It was an opportunity to start a useful test on various types of soil to understand how this affects the growth of some specific species of cacti.

Let’s see in the following article what exactly this experiment on the substrate consists of and let’s see, thanks to the photographic update two years after repotting, how the plants have grown. (…)

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