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I want to rule out the possibility. However I do not consciously so planted that. As far as I remember they came maximum horizontally into the Earth. It may be so at most so that the position has changed at the closing of the plant holes. But how likely is it that this occurs in at least 4 of 7 in the same way? Where I can make no statement in the rest position. Since I've taken and subsequently that settled due to lack of missing still adhering stalk residue such as at the 4 no longer reconstruct others.

Since I have very flat planted due to the small size, I think another explanation plausible. Some plants have a habit of pleasant depth to pull their bulbs or tubers with roots in them if they were planted too shallow. I don't know whether the myos belong to, but if you do, exactly this position observed by me comes out when they were planted horizontally and too shallow.

From 3 g to 12.5 g (including 3 breeding speeding tickets):

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Unfortunately, 3 more Cormels (currently between 0.7 1 g) are not expelled. Maybe they do it next year.

Quoted from "Mr. Titanum"

I always store the dry ARten in paper (butter bread) bags, but in a cardboard box. Smaller (breeding) tubers dry up, so your method is probably better.

That with smaller (brood) tubers actually dry to store species there is the danger that these dry up, one reads again and again. I had already read such a statement somewhere for S. venosum. I then took this as an opportunity for an experiment this year. I have stored the smallest brood nodules (0.8-1 cm) together with the rest under the same conditions (3-12 °C, humidity unknown) and 30 pieces of them in spring to save space in a 23 cm pot. Result: Not a single failure.

At least with me there is probably no danger that the small venosum tubers will dry up, although this can look quite different when stored at room temperature. In the meantime, however, this no longer matters. Because I now have a sufficient number of larger tubers, which provide me with plenty of large brood-nodules, so that I am no longer dependent on such small tubers. I will probably dispose of about 200 pieces of smaller (brood) tubers from the normal venosum in the spring. However, the majority of these are larger than the tubers from the experiment.

Today I harvested A. myosuroides 'Silver centered'. Although I planted twice as many tubers as the monochrome green ones, I was still only able to harvest about 60 tubers. I found 2 tubers (heaps) too little. With the monochrome green I may not have found all the tubers, but at least I found as many tuber clusters as I had plants.

Also, the largest tubers of 'Silver centered' are no larger than the largest of the monochrome. Some of the 'Silver centered' tubers planted were already larger than the largest monochrome ones during planting. However, the 'Silver centered' were planted much later and the change of location to a lighter window at the first advent of the 2nd leaves and the later indentation could obviously not compensate for the late planting.

One of the tubers has an interesting shape:

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The tuber had already attached a brood-knolle at the planting, in which the connection to the mother tuber had unusually almost the strength of the diameter of the incubator. It was also interesting that the incubator did not push any smaller leaves. This was probably due to the stronger connection to the mother bulb. Since the tubers are still connected to each other, the old tuber was obviously not completely used up. Also 2 brood-knollen with stronger connection to the mother-knolle hang on it again. But these were not the only incubators of this V-shaped tuber.

musa the normal form had a 2-month lead. The Siver Centered could never have made up for that.