The Legal Regime of Russian Territorial Waters

1968 ◽  
Vol 62 (1) ◽  
pp. 51-77 ◽  
Author(s):  
William E. Butler

Several elements have interacted to influence the course and pattern of the boundaries and the regime of Soviet territorial waters. The foremost of these is national security. All of the seas bordering the U.S.S.R. have narrow entrances which can be commanded easily by hostile foreign Powers. During the Russian Revolution and subsequent Civil War, German vessels and, after the War, Allied vessels in the Baltic and the Dardanelles restricted to an uncomfortable extent the freedom of action of the Soviet Government. Soviet weakness in the Baltic theater was a major factor in determining Soviet policy towards Finland and the Baltic states during the 1939-1941 period, and the proximity of NATO naval forces to the Baltic continues to provoke Soviet proposals to close the sea to noncoastal Powers. Similarly, the U.S.S.R. was compelled to endure Turkish violations of the Montreux Convention on the Turkish Straits during World War II while its Black Sea fleet was immobilized. The Pacific coast seas and the Atlantic and Pacific approaches to the Arctic seas are also susceptible to a blockade by hostile Powers. Even the Arctic seas themselves, once regarded as an unguarded but impregnable frozen boundary, have become unexpectedly vulnerable with the development of nuclear submarines.

2000 ◽  
Vol 12 (4) ◽  
pp. 473-512 ◽  
Author(s):  
John Aubrey Douglass

World War II was a time of unprecedented industrial growth and urban and suburban expansion in California. War mobilization ushered in new types of postindustrial and technology-based industries. Military bases were established up and down the Pacific Coast. Factories suddenly materialized, supplying military hardware, jobs, and, in turn, attracting a new wave of migrants.


Slavic Review ◽  
1980 ◽  
Vol 39 (1) ◽  
pp. 44-55 ◽  
Author(s):  
Ben-Cion Pinchuk

As a result of the Soviet annexation of the Baltic States, eastern Poland, Bessarabia, and Northern Bucovina in 1939-40, the Soviet Union was left with the largest Jewish population in Europe. Given this large population, the fact that the Soviet Union had the greatest number of Jews who survived World War II has aroused the interest of researchers and drawn attention to the role of Soviet policy in the rescue of Jews during the Holocaust. Some of the reasons for the survival of Jews in Soviet-annexed territories seem obvious. In contrast to other European countries, only part of the USSR was occupiéd by German armies. Therefore, Jews could find refuge in the unoccupied regions. This simple and generally sufficient explanation is not the only one which has been offered, however. Some Western scholars have argued that the Soviet government had a specific policy designed to rescue Jews from the danger of annihilation. Soviet propaganda, particularly that aimed at Western audiences, maintained that millions of Jews owed their lives to Soviet rescue operations during the Holocaust.


Author(s):  
Adam Lajeunesse

Warfare in the Arctic has, for the most part, been a historical oddity. The region boasts few significant cities to capture, small populations, a harsh environment, and little transportation infrastructure. As R. J. Sutherland states in his “Strategic Significance of the Canadian Arctic,” the Arctic offers “no place to go from a military point of view and nothing to do when you got there.” Prior to World War II there was little regular warfare in the circumpolar region, whereas the war itself saw relatively limited action. It was during the Cold War that the Arctic became a recognized area of strategic importance—primarily for strategic bombers and later for nuclear submarines. Although these weapons were never used, an enormous amount of energy and resources went into preparing to fight in the region. The definition of Arctic itself often varies and can be defined on geographic, climactic, or political grounds. This article uses the geographic delimitation of 60 degrees north latitude. This region includes the entire Canadian North, Finland, the Soviet/Russian North, and most of Norway and Alaska. Parts of Alaska south of 60 degrees have been included because they are traditionally characterized as Arctic, whereas warfare on the Baltic Sea has been omitted simply because this area has traditionally not been considered as such.


Author(s):  
Alan D. Roe

Into Russian Nature examines the history of the Russian national park movement. Russian biologists and geographers had been intrigued with the idea of establishing national parks before the Great October Revolution but pushed the Soviet government successfully to establish nature reserves (zapovedniki) during the USSR’s first decades. However, as the state pushed scientists to make zapovedniki more “useful” during the 1930s, some of the system’s staunchest defenders started supporting tourism in them. In the decades after World War II, the USSR experienced a tourism boom and faced a chronic shortage of tourism facilities. Also during these years, Soviet scientists took active part in Western-dominated international environmental protection organizations, where they became more familiar with national parks. In turn, they enthusiastically promoted parks for the USSR as a means to reconcile environmental protection and economic development goals, bring international respect to Soviet nature protection efforts, and help instill a love for the country’s nature and a desire to protect it in Russian/Soviet citizens. By the late 1980s, their supporters pushed transformative, and in some cases quixotic, park proposals. At the same time, national park opponents presented them as an unaffordable luxury during a time of economic struggle, especially after the USSR’s collapse. Despite unprecedented collaboration with international organizations, Russian national parks received little governmental support as they became mired in land-use conflicts with local populations. While the history of Russia’s national parks illustrates a bold attempt at reform, the state’s failure’s to support them has left Russian park supporters deeply disillusioned.


2021 ◽  
pp. 175063522199094
Author(s):  
Matthew Pressman ◽  
James J Kimble

Drawing upon media framing theory and the concept of cognitive scripts, this article provides a new interpretation of the context in which the famous World War II photograph ‘Raising the Flag on Iwo Jima’ appeared. This interpretation is based primarily on an examination of American newspaper and newsreel coverage from the Pacific island battles prior to Iwo Jima. The coverage – especially the pictorial coverage – often followed a three-step sequence that showed US forces proceeding from a landing to a series of skirmishes, then culminating with a flag-raising image. This created a predictable cognitive script. That script, combined with other framing devices found in the news coverage (such as metaphors and catchphrases), conveyed the misleading message that the Allies’ final victory over Japan was imminent in early 1945. The Iwo Jima photo drove home that message more emphatically than anything else. This circumstance had profound implications for government policy at the time and, in retrospect, it illustrates the potency of media framing – particularly in times of crisis or war.


2019 ◽  
Vol 59 (4) ◽  
pp. 544-552
Author(s):  
A. A. Vetrov ◽  
E. A. Romankevich

Particulate organic carbon (POC) is one of main component of carbon cycle in the Ocean. In this study an attempt to construct a picture of the distribution and fluxes of POC in the Arctic Ocean adjusting for interchange with the Pacific and Atlantic Oceans has been made. The specificity of this construction is associated with an irregular distribution of POC measurements and complicated structure and hydrodynamics of the waters masses. To overcome these difficulties, Multiple Linear Regression technic (MLR) was performed to test the significant relation between POC, temperature, salinity, as well depth, horizon, latitude and offshore distance. The mapping of POC distribution and its fluxes was carrying out at 38 horizons from 5 to 4150 m (resolution 1°×1°). Data on temperature, salinity, meridional and zonal components of current velocities were obtained from ORA S4 database (Integrated Climate Data Center, http://icdc.cen.uni-hamburg.de/las). The import-export of POC between the Arctic, Atlantic and Pacific Oceans as well as between Arctic Seas was precomputed by summer fluxes. The import of POC in the Arctic Ocean is estimated to be 38±8Tg Cyr-1, and the export is -9.5±4.4Tg Cyr-1.


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