Ring formations from plants in connection with the hypothesis of synergetics of geoactive zones

УДК 582.47:630*165:630*5(470.53):551.24

Abstract

In the Vishersky Nature Reserve (Perm Krai), ring structures formed by chains of trees and rocks were isolated from satellite images in mountainous areas. Then, in the field, the biolocation operator identified them as geoactive zones. Such seven structures were identified as zones ranging in size from 32 to 660 m, while their coordinates on the satellite image coincided with the coordinates of the centers of the zones found by biolocation. Thus, the biolocation method of searching for them has received objective confirmation on these ring structures. Zones with a size of 660 m are described for the first time. In the mountains, this zone manifested itself as a semi-circular structure of a chain of rocks with continuation in groups of trees, and on the plain in a 40-year-old young pine, its center was a ring with a diameter of 8.0 m, consisting of trees that died in 30 years; further to the periphery, the zone acts favorably and there are already large trees growing in other small zones of 1-8 m in size. Therefore, a hypothesis about the mutual enhancement of their energies (synergetics of zones) is possible. Phytoindication by trees indicates the internal heterogeneity of zones of all types, which is important for measuring the energy radiated in them by devices, as well as soil characteristics. The centers of such generally favorable zones represent a «death point» for trees with a diameter from 0.06 to 8.0 m, proportional to their size (from 1 to 660 m) for ten types where trees and shrubs do not grow. However, they have a comfort ring on the periphery, where the radiation zones are favorable for plants. We plan to use these experimental facts in studying their energies emitted (or absorbed) inside these zones, the nature of which remains completely unexplored by physical devices.