ASSESSMENT OF NATURAL ELECTROMAGNETIC BACKGROUND EFFECT ON PLANT GROWTH IN 3D ENVIRONMENT ON THE BASIS OF 3D VISUALIZATION
Ecological role of background electromagnetic emissions of low and ultralow intensity in geophysical landscape formation is not properly estimated due to the system ambiguity as regards understanding of this effect mechanism. Graphic models for geophysical relief of local territories may be constructed by plant growth rate indicators resulting from the conditions and time variations of electromagnetic fields. The model makes possible 3D visualization of their impact degree in formation of the general morphology of the terrain relief, in particular, by the plant cover. It is possible to distantly control the growth and development of test objects (in the set coordinates) by correcting background emission using special software.