Chapter 2, page 4.
2.4 2.1 Tenderness and viability in sunflower seeds.
2.2 The viability in grains varies both senses.
2.3 The global cycle of the grains (experiment C).
2.4 How the grains recover their viability (experiment E).
2.5 Interpretation of the results of the experiment E”.
2.6 Seeds set in motion with respect to the Earth
(experiment A).
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How the grains recover their viability.
.1 In the previous page, the global cycle of the seeds has been presented, usually of 27,3 days, and where there are usually four change of lunar phase velocity.
.2 For the grains at rest with regard to the Earth, the recovering of viability can take place only during the periods where the lunar phase velocity increases.
.3 However, the degree of viability that the grains are able to recover varies a lot. In a first approximation, one can say that it depends on the contour of the graph of the global cycle, and on the temperature variation, before and after the points of velocity inversion “a” and “c”.
Seeds subjected to a moderate temperature.
.4 The statistical distribution of the variation of the viability in seeds, when subjected to a moderate temperature, shows a moderate fluctuation.
.5 Though such seeds are able to increase their endowment of low energy configuration molecules, during the period a-b and c-d, the improvement will be always moderate.
.6 Their viability will improve to a satisfactory level, but never to an optimal one.
The optimal circumstances for a grain to recover viability.
.7 From the results of experiments, I have inferred that the best events of recovering of seed viability - in terms of the final results - can take place when they get either to a “point a”, or to a “point c” with a low dotation of orderly EFAs; better still if they are under the viability thresholds.
.8 On condition though that the moon phase velocity - after the inversion point, and at least for two days - increases very slowly, possibly at a gradient not larger than 0.2 deltins (not a common event), during the sections of the day and night when the temperature is decreasing.
.9 Or, still better, inside a well equipped greenhouse, where the temperature could be conditioned both ways. It has to be turned down during the right times of the fats' cycle.
See my interpretation of this paradox on the next page.
“Experiment E” (open field).
.10 'The “experiment E” is to sow seeds alive but under the viability threshold, and thus unable to germinate, just before the onset of a recovering period (a “point a”, or a “point c” of the global cycle).
.11 (Being normal the variation of temperature), if the condition of the paragraph 8 cannot be satisfied - that's when the increasing of the moon phase velocity is >+0,3 - the grains do not germinate and are lost. If, instead, the condition is satisfied (<+0,2), those seeds will give plants much better than those from seeds which were viable at the beginning of the recovering period.
“Experiment E”: two examples.
.12 I present two examples, carried out in 2004 and 2005, in the original protocol called “Experiment E”, that consisted to subjects seeds to a temperature of 34-36°C for 24 hours, and then to sow them in an open field.
On wheat seeds.
On maize seeds.
Warning: at least until a full knowledge of the fats' cycle and of the useful frequencies of movement will be achieved, applying this method entails considerable risk.
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