ON THE INADVISABILITY OF THE PROJECTED DAM ACROSS KERCH' STRAIT

The proposed dam across the Kerch' Strait is opposed both on econonic grounds and because it is unlikely to achieve its basic purpose of reducing the salinity level in the Sea of Azov and restoring earlier fish productivity. Calculations are presented to show that the additional streamflow into the Sea of Azov needed to reduce salinity from the present 15 per thousand to 10 per thousand would be far more costly than the revenue that could be derived from fisheries. It is proposed that the loss in fish productivity in the Sea of Azov might be compensated for far more economically by developing pond fisheries in the drainage basin and by introducing brackish-water and marine species into the sea.     

GEOGRAPHICAL SYSTEMS AND ECONOMIC-GEOGRAPHICAL SYSTEMS

A group of physical geographers of the Institute of Geography in Moscow, the principal academic research institution in geography, published an article in 1974 seeking to define and categorize terms and concepts now being used in Soviet geography. The article said the term geosystem (geographical system) applied equally to physical-geographical and socio-economic entities, and the term “geographical environment”, in actual research practice, referred not only to the physical setting of human activities, but also to engineering elements and social conditions. The present writer contends that such a definition of the geographical environment, incorporating both natural and social elements, smacks of a unified geography, and that geosystems, as originally defined, refer only to natural terrestrial systems, excluding man.     

TYPES OF URBANIZATION IN THE USSR

A typology of urbanization is developed for the 163 major civil divisions of the USSR on the basis of three factors: (a) an index of the level of urbanization (incorporating the percentage of urban population, the share of cities of 100,000 or more in urban population, an index of urban agglomerations, and a coefficient adjusting for the density of urban population); (b) the structural complexity of urbanization (which is treated as deriving either solely from the urban population percentage in the simplest case; or from the urban population percentage and the share of large cities in a two-element case, or additionally from the presence of urban agglomerations in the three-element case); (c) the dominance of any of the three structural elements. The typology yields 24 combinations of the three factors out of a theoretically possible total of 54 combinations, some combinations being represented only by one or two examples. The typology is conceptualized as a mobile system in which particular major civil divisions may advance to higher levels as urbanization processes continue.     

MANAGEMENT OF THE WATER BALANCE OF THE ARAL SEA

In view of the declining inflow into the Aral Sea, alternative proposals are advanced to save this inland sea by reducing its area as well as its salinity levels. The proposals involve the closing off of some portions of the sea, notably the Little Aral in the northeast and the Western Aral, from the large shallow eastern portion. Some portions of this fragmented sea would then be treated as active bodies of water with a throughflow regime, discharging surplus waters of high salinity into other portions, which would be allowed to become salt marshes. Various combinations of active water areas and residual water areas are examined, and possible trends in waterlevel and salinity are projected to the middle of the 21st century.     

THE WATER ASPECT OF THE GEOGRAPHY OF AGRICULTURE IN THE USSR

The long-term grain requirements of the growing Soviet population are calculated. On the basis of the relationship between water use and grain yields by natural soil zones of the USSR, the authors show that the amount of water needed per unit of output declines with a growth of productivity, especially in the non-chernozem zone of the Soviet Union. It is therefore concluded that greater water savings might be assured by expanding grain production in zones with an adequate supply of natural moisture rather than by the use of artificial irrigation of arid lands.     

THE 1929 MEETING OF SOVIET GEOGRAPHY TEACHERS: A KEY EVENT IN THE HISTORY OF SOVIET ECONOMIC GEOGRAPHY

A Soviet economic geographer who participated in a 1929 conference of geography teachers describes the antecedents, the atmosphere and the proceedings of this crucial meeting in a stormy period of the discipline. It was a landmark in the history of Soviet economic geography in marking the beginning of the end of the old sectoral-statistical approach and inaugurating the new regional school led by N. N. Baranskiy.     

PRINCIPAL TRENDS AND PROSPECTS OF THE USE OF WATER RESOURCES IN THE USSR

The increasing demand on water in the Soviet Union and the problem of assuring water quality require the construction of long-term water-management balances by drainage basins. These balances, based on predicted demand and water availability, would suggest the need for water-management projects within basins and interbasin transfers. Water needs would be evaluated both in terms of water requirements by categories of users and in terms of water quality. The most crucial regional problems involve the increasing shortage of water in Central Asia (with the prospect of interbasin transfer from Siberia) and in southern regions of the European USSR (with the problem of diverting water southward from the northern runoff slope). The Caspian Sea is expected to require a supplementary inflow of 80 to 100 cubic kilometers a year by the end of the century if the decline of its waterlevel is to be arrested. But southward diversion of northern waters is not expected to add more than 50 to 70 km³ at best, with a possible saving of an additional 10 to 20 km³ through decline of evaporation from a reduced Caspian Sea surface. The preservation of conditions in the Sea of Azov, the Aral Sea and Lake Balkhash pose additional water problems. [The senior author died in October, 1974].     

GEOGRAPHICAL STUDY OF THE FIXED ASSETS OF RURAL PLACES

The use of fixed assets data as a geographical research tool is illustrated with reference to a rural rayon [minor civil division] of Kaluga Oblast, southwest of Moscow. The value of fixed assets by places is correlated with population size, the position of places within the system of settlement of particular state farms or collective farms, and distance from towns. The share of productive assets (farm buildings and equipment) is found to reach a maximum in places with populations of 100 to 200. In larger places, the share of productive assets declines because of the higher value of housing and the presence of most service facilities. The share of productive assets also tends to be low in suburban places where a substantial portion of the population commutes to nearby towns.     

SOME THEORETICAL PROBLEMS IN GEOMORPHOLOGY

The author takes issue with a number of theoretical issues discussed in a recent book by Yu. G. Simonov, fellow Moscow University geomorphologist. A definition of the central problem in geomorphology as encompassing the interaction between endogenic and exogenic forces is said to leave out the role played by the landforms themselves in exerting an impact on those outside agents and, through them, on surface relief itself. Spiridonov favors a systems approach to geomorphology, but questions the suitability of the term “morphosystem” proposed by Simonov as a substitute for morphosculpture, signifying the impact of exogenic processes on landforms. Surface relief should be investigated as an open system, although some simplified situations, such as an enclosed drainage system, might be studied in terms of closed systems, making possible the use of mathematical techniques. The importance of the application of formal logic in geomorphic classification is stressed, and the use of synthetic parameters is favored for purposes of landform classification.