|
Chapter 3, page 1.
|
||
| Applications. |
||
| 3.1 | 3.1 Applications in agriculture. 3.2 The fats' cycle. 3.3 In the garden centers. 3.4 Viability variation: risks and benefits. |
|
|
||| contents
|
||
| Applications in Agriculture. | ||
| .1 | It is already possible to put to fruition some results of this research. One has just to sow during given days of the global cycle (of the seeds), so that the seeds could have more chances to better their endowement of orderly EFAs, and then to germinate in the best possible conditions. |
|
| .2 | As a general rule, the seeds should be already at rest on the ground the day either of a point a or of a point c of the global cycle, without having already began the germination process. |
|
| .3 | The best results, so far, with wheat and maize, have been obtained sowing during the days immediately preceding either a point a or a point c of the global cycle, if possible followed by a period where the increase of lunar phase velocity is not too much swift (average deltins <+0,5). |
|
| .4 | In the case of the month shown below (march 2010), the degree of viability is better recovered during the periods c-d than during the period a-b. |
|
| The global cycle. | ||
![]() |
||
| .5 |
I am confident that further improvements will be achieved with a better understanding of another cycle, the fatscycle, along with its implications.
|
|
|
continued ||| © copyright notice
|