“Green” Development of the Ugra Territory: Options and Obstacles

Abstract

ABSTRACT. Sharp differences in natural environment and resources and demographic and economic characteristics in Russia place special importance on analysis of regional models of transition to "green economy. " Regional model of transition to"green economy" for the Khanty-Mansi Autonomous Okrug-Ugra is discussed. This region is situated in Siberia and is leading in hydrocarbons extraction (57% of the country's total). The existing nature management pattern is closely connected with poor modern ecological situation. System analysis of preconditions for the transition of the Khanty-Mansi Autonomous Okrug-Ugra to green economy is presented. It includes description of limiting and promoting natural and social-economic factors and consideration of the ecological situation. Economic, institutional, and nature management tools for regional transition to "green economy" and sustainable development are demonstrated. These tools reflect regional pattern of "green economy" movement, though common mechanisms play the leading role (e.g., energy efficiency, climatically neutral production, environmental accounting, etc.). Regional pattern includes specific measures for forests preservation, ethnic-culture tourism development, organic agriculture based on reindeer meet, wild berries and mushrooms production, etc.KEY wORDS: sustainable development, green economy, Ugra, system analysis CITATION: Evseev A.V., Krasovskaya T.M., Medvedkov A.A. (2017) "Green" development of the

Planning Sustainable Economic Development in the Russian Arctic

“…Thus, the initial stage of territorial planning for economic development needs evaluation of different spatial combinations of these issues at the territories mentioned earlier. Despite the recognition of such approach [3,4], very few examples of its practical implementation exist, mainly due to the lack of adequate methods [5,6]. Difficulties connected with transdisciplinary assessments of cross-scale resilience of ecosystems to human impact were described in [7].…”