Influence of biophysical anomalies on forest tree quality

Biolocation is a method which allows to estimate the biophysical anomalies on the earth surface, underground and air by considering of changes in condition of dowsing rod or other indicator in hands of dowser. The most popular... [ view full abstract ]

Biolocation is a method which allows to estimate the biophysical anomalies on the earth surface, underground and air by considering of changes in condition of dowsing rod or other indicator in hands of dowser. The most popular version of biophysical anomalies is connected with flows of underground water. Water has an 81 times higher relative dielectric coefficient as air. However structures of different networks suggest for another nature of radiation which does not connect with water flow.
There is very few research carried out of this theme in Latvia. In 1979 there was the section of Bioelectronics established by the A. Popov's scientific-technically society of Radio engineering, electronics and communication, which in fact worked in Institute of Physics of Latvian Academy of Science.
The research carried out in Liepupe Forestry suggests that the pine (Pinus sylvestris L.) trees growing on biophysical anomalies are more vigorous and those growing on points of intersection are with wider diameter.
However, the pine trees measured by City Jelgava gives a converse suggestion – the trees growing on places with biophysical anomalies are thinner and also with lower density.
According to news of Finnish forest scientist V. Altonen, during the 30ties of the 20 century a number of scientists have tried to clarify if there in forest is some influence of biophysical anomalies to the flora. K. Müller (1935; 1936) indicates that trees growing on points of intersection of anomalies are decayed. He has observed that trees growing on the biophysical anomalies are more infected by diseases and more abundant are the agents of diseases – parasitic fungi and bacteria.
Till up to now there are no scientifically secure evidence between any external physical fields and biophysical anomalies obtained. However, if something can not been proven or rejected in scientifically proper way, it does not mean that it is not existing and has not to been explored with increasingly growing technical resources.

Keywords: biophysical anomaly, biolocation methods, tree growth.