Mineral Resources of the Russia's Arctic - Not Only Hydrocarbons
Business activity in the Russia's Arctic will not grow only due to domestic investment. Government assistance will be aimed to obtain the highest effects for the domestic economy by regulating subsoil use. Having experienced a boost in the technological development in mineral sectors in Norway and Canada demonstrate how necessary it is to have a consistent policy for science and technology; to strengthen the role of the government as a customer who encourages new technological solutions and innovative products; to stick to pragmatic involvement of local industrial, service and innovation companies.
Throughout the twentieth century, glaciologists and geophysicists from Denmark, Norway andSweden made important scientific contributions across the Arctic and Antarctic. This research was of acute security and policy interest during the Cold War, as knowledge of the polar regions assumed military importance. But scientists also helped make the polar regionsNordic spaces in a cultural and political sense, with scientists from Norden punching far above their weight in terms of population, geographical size or economic activity. This volume presents an image of Norden that stretches far beyond its conventional limits,covering a vast area in the North Atlantic and the Arctic Sea, as well as parts of Antarctica. Rich in resources, scarce in population, but critically important in global and regional geopolitics, these spaces were contested by major powers such as Russia, the United States, Canada and, in the Antarctic, Argentina, Australia, South Africa and others. The empirical focus on Danish, Norwegian and Swedish influence in the polar regions during the twentieth century embraces a diverse array of themes, from the role of science in policy and diplomacy to the tensions between nationalism and internationalism, with clear relevance to the important role science plays in contemporary discussions about Nordic engagement with the polar regions.
Principal possibilities of creation of industrial systems with high degree of an effective use of raw material and the power resources providing reception of qualitative products with the minimum cost price and with almost total absence of emissions of ecologically dangerous components in atmosphere and hydrosphere are considered.
The EU-Russia common space on external security is examined.
The Arctic sea-ice reached record lows in 2007, and again in 2012. In the international news media, these moments were reflected via striking images of polar bears, crumbling icechunks and the use of more alarmist metaphors about global climate change. Through these narratives, and despite the periodic disappearance of climate change from media reports due to issue fatigue, a sharper narrative of climate change has entered public discourse: a new global reality where the future is no longer a given. Going beyond media studies as well as descriptive or highly scientific accounts of the impacts of climate change in the Arctic, this book explores how both historical and contemporary mediations, scientific narratives and satellite technology simultaneously capture and reconstruct this new reality of the Anthropocene, where human activities shape the planet. By highlighting the linkagesbetween science, media, environmental change and geopolitics, the informed contributors to the volume invite the reader to reflect on what is local and what is global in today's connected mediatized world.
This chapter is a first attempt to study the development of different kind of field stations in the western sector of the Russian Arctic in theperiod from the First to Second International Polar Years (1882 - 1933). As more or less independent entities, marine biological and polar meteorological stations were on different sides of the process but were interconnected through the people involved and the filed research practices implemented.Three major concerns influenced the development of field studies in the Russian Arctic – navigation, demands for the efficient use of natural resources and the political–military strategy of keeping land and their surrounding seas under Soviet control. Stations gradually moved further north from the sub-Arctic to the Arctic islands.The scientific network in the Arctic was initially established through the confrontation between interrelated sites of knowledge – field stations and research vessels – before their merger and placement in the same centralized network, which subsequently became very efficient with the introduction of aviation. The stations were not just crucial places for knowledge production but also places for the transfer of scientific, primarily tacit, knowledge about observations and laboratory analysis. They also maintained a specific culture of field sciences. By the time of the Second IPY in the Soviet Arctic, a distinct shift could be seen from broad international cooperation to a centralized national network and from scientific, educational and local economic objectives to military, geopolitical and broader economic interests.
The post-Cold War Arctic has seen a transformation from military tension and a focus on national security to a concern for environmental and human security. As a result of this, the globalized Arctic has a high level of peace and stability, maintained by international cooperation between the Arctic states, northern indigenous peoples, sub-national governments and local actors. There has also been a shift from environmental protection to economic activities and, consequently, states easily trump other interests. Now, in the Arctic, these challenges require fresh thinking on a local and global scale. Regional wars, the 'war on terror', and economic crises have posed new threats to Northern security order.
In this chapter we want to see what historical narratives can tell us in order to better understand our concerns with the vanishing ice as evidence of a current mega-transition. Was the 2007 minimum unique? When and why did science start to study Arctic sea ice? Have there been periods of an ice-free Arctic Sea in the past? And, if they did occur, how does it impact on interpretations of our present- time discourse on the possible emergence of anice- free Arctic Sea? Climate change may, in retrospect, have appeared an obvious companion idea, but this relationship between ice and climate was rarely put forward as a serious alternative for the immediate future on the human timescale of decades, generations, or even centuries. But when it finally was, comparatively late in the middle of the twentieth century, sea ice was part of the story. We start by visiting the idea of an ice-free Arctic in the past, then moving on to the scientific undertakings on sea -ice in the Soviet Union. Interwar efforts outside the Soviet Union were as only matched by Nordic researchers, with whom we deal with subsequently. Finally we discuss the Cold -War effortsand their military connections. That science is interest-driven is evident throughout the entire period. Sea- ice minima may comprise straightforward facts, but the underlying knowledge is the outcome of a complex science politics of circumpolar ice.