Abstract: Analysis of the factors influencing the dynamics of the products delivered to a region (on the example Yakutia) is the priority objective of the government in the context of socioeconomic development of the territory. An attempt is made to determine the correlation of the region’s capacity of energy, road network, transport and communications infrastructure, agglomeration factors, labor and capital with the output in the Northern region. Due to the costliness of factors in the North, it is always a matter of choice between the development of social infrastructure and rotational system. In the course of the analysis, the author applies the indexes of labor, capital, agglomeration and infrastructure capacity, as well as the volume of shipped products in accordance with the regional statistical data over the period from 2006 to 2016, operational data of sectoral ministries, results of 2002 and 2010 national censuses. The author applies the method of indexes of the factors cited for comparability to the dimensionless numbers from 0 to 10. The scientific novelty lies in the original combination of the analysis techniques of the impact of factors upon the volumes of shipped products. The author attempts to consider the effect of fluctuation of the ruble’s exchange rate upon the regional turnover distributing products at world prices. A profound retrospective and comparable data set allowed acquiring the most realistic results.

Abstract: The object of the research is the differentiation of Russia's populated regions depending on their cost of living which structure has become simpler compared to the Soviet era. Today corporate entities do not take into account locality pays or northern wage rise for arduous working conditions that used to be applicable before. This leads to certain gaps in planning objective causes of the growing cost of living in Arctic and hard-to-read areas. Consequently, there is a need in better methods of analysing factors that increase the cost of living not only in the Russian Federation regions but also in administrative districts with different natural environment and climatic areas. The researchers have applied the engineering-economical method of calculating zoning parameters depending on the duration and heat introduction in different regions during the heating season  as well as the economic-geographic method of region's zoning. The scientific novelty of the research is caused by the fact that the authors apply the engineering-economical method for calculating zoning parameters depending on the duration and heat introduction in different regions during the heating season  as well as the economic-geographic method for region's objective and clear zoning. The results of the research can be used in the process of providing a legislative framework of detailed zoning of the Russian Federation regions.