Maneuverable precision-point aviation agrotechnologies

The principles of the creation and application of maneuverable precision-point aviation agrotechnology have been consi-dered. These technologies are a new stage of further improvement of agricultural production, an additional way to improve the accuracy and efficiency of basic technologies. Their virtues: selectivity, maneuverability, efficiency, low negative impact on the environment and the object of agricultural manufacture (OAM). The main functions of maneuverable agrotechnologies are the monitoring function (large-scale or selective, often precision-point, control of conditions for the implementation of agricultural processes) and the action function. The action function is performed in situations that require operational intervention: failures in the management of technological operations, significant material and social damage from product under-receipt, reduced product quality, etc. These technologies are characterized by an interactive duality (continuous and continuous effects on the OAP) in different types of monitoring and agrotechnological multi-operational actions. The implementation of maneuverable agrotechnology takes into account coo-perative bioinformatic connections between individual OAM individuals. Identify on the land areas of forced, lagging and normal formation of the OAM. By matching these areas with each other and performing in the first necessary technological operations, by overlaying the reciprocal bioinformation effects of individual OAM, accelerate the development of OAM in lagging and normal areas. By stimulating agrarian cultures of areas of advanced development and improving the genetic-phenotypic potential of agrarian cultures of lagging and normal areas. The desired effect provides stimulation of agrarian culture areas of advanced development and chan-ges the genetic-phenotypic potential of agrarian cultures in lagging and normal areas. Reducing the negative bio-information impact of lagging areas on the development of agrarian cultures in other areas stimulates the formation of OAM at the boundaries of the lagging areas.