Approaches to the transfer object selection in the system of sunflower technological supply

Abstract

Sunflower is the undisputed leader on agrarian rank list. All the attempts (deliberate or unintentional) to decrease its role and significance are destined to fail. Today’s Ukrainian realities enhance the escalation of system approach relevance concerning sunflower. Taking into account additional factors of globalization, European integration, climate changes, decentralization and others this has increased relevance in the system of implementation the available competitive advantage complex of domestic agribusiness and Ukraine as a whole. The investigations were held according to tasks at the main organization in Kharkiv region – Crop production Institute named after V.Ya.Yuriev NAAS. The subject matter was defined as periods and vectors of domestic oil-fat complex development at the level of sunflower. Developing the working models we proceeded from taking into account the organization positions, structural and hierarchical system construction, formalization and systematic approach based on cross-sector coordination principles. Absolute and relative indicators of dynamic and structural shifts, statistical analysis and forecasting methods, tabular and graphical result-presenting methods were used in the process of statistical analysis. Technologies built by the operational list principle do not fully meet modern market requirements. Technology based on traditional framework including specific new (possibly innovative) elements causes some difficulties concerning its fitting into the process of commercial use. Technologies without adapted methodology and mechanisms that do not guarantee the declared final result obtaining are quite difficult to fit into its commercial implementation. Successful technologies as integral transfer objects should be based on the principles of standardized raw material resources and cross-sector coordination. At the same time the production integration into other industries and diversification of the entire product range should be the mandatory element of successful implementation. The proposed methodology can be used as a tool for process modeling and realization of their statistical verification and substantiation. Developed and singled out methodological approaches and algorithms are the specific scientific production in the system of the crop sector scientific support and consulting.