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The purpose. To find identical analytic forms of parametric behavior of component attributes in the system of ontogenetic development and in the system of disjoining generations for construction of prognostic trends of takeoff and identification of attributes perspective for selection by results of one ontogeneticvegetative period. Methods. Analysis of geometrical properties of evolutionary distances of selection system of component attributes as mathematical plural. Results. Identical analytic forms of parametric behavior of component attributes in the system of ontogenetic evolution and in the system of generations which disjoin are detected in different crops in selection seed beds. During differentiation of these systems two systems of interaction of mainly linear and non-linear character are detected. Conclusions. At the first stage of selection the most effective is takeoff in linear system by the principle of optimization of vectorly gradient summations of orthogonal projections of parameters of component attributes. At the second stage of selection in the system of multifactorial interconditionality of attributes according to additive-multiplicative principles it is necessary to use non-linear methods of analysis in phase-parametrical space with the purpose of selection of bifurcations, basins of attraction, solitons, etc. for forming synergistic systems of takeoff.

Principles and methodology of takeoff in the system of selection of traditional crops of Polissia region