Program-targeted regulation of the regional consumer market

The primary strategic tasks for development of the Russian Federation and its regions are the increase of the level and quality of life and increase of the share of the middle class on the basis of modernization and restructuring the economy, the growth of entrepreneurial and innovative activities and competitiveness. For the solution of these problems the development of the consumer market should play an important role, performing important economic and social functions. In the article the results of the study of scientific views of foreign and national scientists on the category "consumer market" are shown from the perspective of the principle of historical and logical unity, theoretical and conceptual approaches to its formation and development are systematized, positive trends in its development are revealed; negative social consequences associated with excessive consumption growth and the formation of a consumer society are proved (violation of the ecological balance, people health aggravation, change of people’s attitudes). The necessity of government regulation of the consumer market on all the levels is proved (federal, regional and municipal) based on the prospective vision and its development strategy in the context of globalization, Russia's accession to WTO and the implementation of the sanctions against Russia by the United States, several European and Asian countries. As a methodological approach to solve identified problems on the regional level it is proposed to use the program-targeted regulation of the consumer market, which allows connecting the objectives with the resources and deadlines for their implementation by particular executives. Its use also allows authorities to develop alternative solutions for the tasks on the basis of the justification of priorities in the development of the consumer market and assessment of the risks associated with the implementation of program activities.peer-reviewe

The formation of the milky way halo and its dwarf satellites: a NLTE-1D abundance analysis. IV. Segue 1, Triangulumii, and Coma Berenices UFDs

We present atmospheric parameters and abundances for chemical elements from carbon to barium in metal-poor stars in Segue 1 (seven stars), Coma Berenices (three stars), and Triangulum II (one star) ultrafaint dwarf galaxies (UFDs). The effective temperatures rely on new photometric observations in the visible and infra-red bands, obtained with the 2.5 m telescope of the SAI MSU Caucasian observatory. Abundances of up to fourteen chemical elements were derived under the non-local thermodynamic equilibrium (NLTE) line formation, and LTE abundances were obtained for up to five more elements. For the first time, we present abundance of oxygen in Seg 1 S1 and S4, silicon in ComaBer S2 and Tri II S40, potassium in Seg 1 S1-S6 and ComaBer S1-S3, and barium in Seg 1 S7. Three stars in Segue 1, two stars in Coma Berenices, and Triangulumii star have very low [Na/Mg] of -1.08 to -1.67 dex, which is usually attributed in the literature to an odd-even effect produced by nucleosynthesis in massive metal-free stars. We interpret this chemical property as a footprint of first stars, which is not blurred due to a small number of nucleosynthesis events that contributed to chemical abundance patterns of the sample stars. Our NLTE abundances of Sr and Ba in Coma Berenices, Segue 1, and Triangulumii report on lower [Sr/Ba] abundance ratio in the UFDs compared to that in classical dwarf spheroidal galaxies and the Milky Way halo. However, in UFDs, just as in massive galaxies, [Sr/Ba] is not constant and it can be higher than the pure r-process ratio. We suggest a hypothesis of Sr production in metal-poor binaries at the earliest epoch of galactic evolution