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Yekaterinburg, Russia

Nosova S.S.,National Research Nuclear University MEPhI | Abdulov R.E.,National Research Nuclear University MEPhI | Medvedeva Y.M.,National Research Nuclear University MEPhI | Shiryaev D.V.,Moscow State University of Mechanical Engineering | Kamenskikh N.A.,University of Humanities of Russia
Journal of Environmental Management and Tourism | Year: 2016

This article studies current forest management system in Russia and identifies forest policy priority areas which can make forestry sector more effective. The author puts forward a new method of quantitative effectiveness assessment for forest management comparing the Russian forestry to the other forest-rich countries (Canada, Brazil and the USA). The national forestry sector growth has been nurtured by the world largest forest reserves. Production forest land in Russia is 22.7 times and 4.5 times larger than Canada or the USA respectively. Having the largest forest land areas with management plan Russia however lags behind Canada in sustainable forest management which is the global leader in forest certification. The research outcomes show that Russia has not made yet full use of its economic capacities in forestry sector. Compared to the other world’s forest-richest countries, forestry sector in Russia remains economically low effective. More rational distribution of powers between federal, regional and community levels as well as transition to the intensive model of use of national resources may contribute to more effective and competitive forestry sector of the Russian economy. To make Russian business more competitive on the export markets we need to promote and facilitate facultative certification by granting fiscal benefits, i.e. tariff and tax facilitations, to certified companies. © 2010 – 2017.


Chupakova L.V.,Northern State University | Shcherbina F.A.,University of Humanities of Russia | Smolina V.S.,Northern State University
Human Ecology | Year: 2012

A survey of the same groups of almost healthy children (35 boys and 35 girls) at the advanced school age four times a year (winter, spring, summer, autumn) has been conducted on the basis of school N 35 of Arkhangelsk. Indicators of the dynamic pulmonary volumes and capacities have been studied, a dependence of sizes of the respiratory volume, minute volume of the boys' breath and the maximum ventilation of the girls' lungs on seasons of the year has been established. An increase of functional abilities of the respiratory system during the autumn period of the year has been established. © Northern State Medical University, Arkhangelsk.


Zavyalova A.A.,Northern State University | Shcherbina F.A.,University of Humanities of Russia | Smolina V.S.,Northern State University
Human Ecology | Year: 2012

During a year (in winter, spring, summer and autumn), a spirographic survey of one and the same group of healthy children (25 boys and 35 girls at intermediate school age born in the European North) was conducted. It has been detected that functionality capabilities of the external respiration system and the breathing level increased in children aged 11-14 y.o. in the transition period from the warm season to the cold season. The increased total lung ventilation in the girls in autumn was mostly explained by the increased respiratory volumes rather than by the respiration rate.


Zavyalova A.A.,Northern State University | Shcherbina F.A.,University of Humanities of Russia | Smolina V.S.,Northern State University
Human Ecology | Year: 2012

During a year, a spirographic study of one and the same group of healthy children (35 girls and 25 boys at the preteen age - residents of the European North) was conducted. It has been found that the bronchial patency at the level of large and medium-sized bronchi reached its maximum values among the children aged 11-14 years in a transition period from a warm to cold season (in autumn).


Suraeva E.Y.,Stavropol State University | Gadzhialieva I.V.,University of Humanities of Russia | Deryabin M.I.,Stavropol State University
Russian Physics Journal | Year: 2013

The dependence of the rate constant of transfer of triplet excitations by phenanthrene molecules to naphthalene in glassy toluene at 77 K is determined from the kinetics of phosphorescence decay of phenanthrene. The experimental value of the parameter α, characterizing the density of overlap of electron clouds of components of the donor-acceptor pair, is established. Comparison of the experimental and theoretically calculated values shows them to be in good agreement. © 2013 Springer Science+Business Media New York.

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