Genesis and perspectives of phytosanitary monitoring in the system of transfer of complete production technologies

Abstract

The purpose. To determine regularities in becoming of phytosanitary monitoring in plant growing and to analyze its efficiency in the system of transfer of complete production technologies. Methods. Monitoring, systems analysis and generalization of absolute and relative parameters, forecasting, graphical modelling. Results. In modelling transfer of complete production technology it is necessary to be oriented on the following: implementation of genetic potential of productivity (IGPP); level of the standardized source of raw materials; integration in processing; directions of organic production and power efficiency. The step-by-step logistical circuit scheme of updating directions of innovative-and-transfer process for selection of algorithm of effective phytosanitary monitoring as an element of complete production technology is generated. Conclusions. Acknowledgement is gained of urgency and efficiency of methodological approach to formation of complete production technologies by modular principle at the level of phytosanitory monitoring. It is noted that phytosanitory monitoring can be used as basic structural element at formation of complete production technologies by modular principle.