THE MECHANISM OF INTEGRATION OF INDICATORS OF THE SYSTEM FOR ASSESSING RECLAIMED AGRICULTURAL LAND WITHDRAWN FROM CIRCULATION

Abstract

Restoration of the lost capacities of the reclamation complex of Russia today is one of the most urgent tasks of the modern agro-industrial complex. The study of the condition of the reclaimed lands proposed for re-development in this regard is a necessary, priority and highly diverse task. The purpose of the research was to develop a mechanism for integrating the entire set of qualitative and quantitative indicators characterizing the current state of land and engineering and reclamation infrastructure and giving an idea of the possibility of resuming their economic use. The main methodological approach in terms of the implementation of the mechanism of integration of evaluation indicators was the creation of a cluster structure of the system of estimates of the lands proposed for development. Depending on the results of the assessments within the cluster, a conclusion on the existence of the problem is synthesized, the choice of technologies for its solution is made, the necessary technological parameters are selected. A mechanism has been developed that makes it possible to effectively solve the problem of integrating indicators of the state of decommissioned, reclaimed lands. The proposed mechanism is based on a three-level gradation of the resulting evaluation vector within each of the clusters of the evaluation model. This division makes it possible to simplify the interpretation of data and to form comprehensively informed judgments at the strategic level. Such scaling makes it possible to solve the problem of comparing quantitative data and indicators of a qualitative plan, and also simplifies the solution of the problem of subsequent synthesis of a general conclusion using all clusters of the evaluation model. Multi-level fragments of evaluation clusters make up situational cells, from which, in fact, a situational ecological model is synthesized for a specific area of unused agricultural land. The synthesized situational model includes all factors and indicators for conducting a comprehensive assessment of the technological feasibility of returning land to agricultural circulation, determining the timing of environmental rehabilitation of land, substantiating economic instruments for resuming economic activity and restoring lost reclamation functions.