Abstract
The present work concludes the study on the electric map of the plant organism in ontogenesis. The applied portion comprised the development electrophysiologic techniques of traits (tomato marker forms), total combining capacity (maize stocks) thermoresistance (maize stocks and hybrids), unspecific ecological resistance (wild, ancester and cultivated forms of tomato and maize) competing capacity (maize stocks and hybrids). The electrophysiologic express-methods of stimulation modes of presowiny treatment of farm plant seeds by physical factors (γ and laser irradiation) are elaborated. The effects of the stimulation of plant growth, development and productivity when a week electrical current is allowed to pass through the plants according to their native and optimized electrophysiologic polarity, as well as when the plants are exposed to outer periodic factors at the resonancing frequency of the endogenic oscillations of plant biolectric potentials, have been discovered. The results presented in previous papers regarding the problems of the plant electric map (I-III) are generalised. The identification of the energy-information canal geometry, the evidence of the constant electric activity presence, the matrix principle of the electrophysiologic stereo- polarity formation, the presentation of the plant electric map as its energy-information "image'' transmitted to a distance and the electrophysiologic oscillator as a "wave gene", the capacity of electric signals to transmit the information about the stereospecific structure of the objects and their other problems have been underlined among the key ones.