Soviet Geographic Science and Problems of the Transformation of Nature

The author discusses the contribution that Soviet geography can make in solving broad problems of transformation of the natural environment. He cites as examples the Caspian problem, the problem of the surplus moisture of the West Siberian plain, the problem of Central Asian irrigation, the problem of snow-cover control, and the problem of altering the over-all water balance of a given area for the benefit of man.     

Statistical Perspectives on Geographic Information Science

Statistical geometry applies probabilistic methods to geometric forms. In the early days of the quantitative revolution statistical geometry appeared to provide a useful framework for geographic research, but its value appeared to decline in the 1970s and 1980s. Geographic information science (GIScience) addresses the fundamental issues underlying the geographic information technologies, and statistical geometry has proven valuable in a number of respects. Several classical results from statistical geometry are useful in the design of geographic information systems, and in understanding and modeling uncertainty in geographic information, and several statistical principles are observed to be generally applicable to geographic information. Modeling uncertainty in area-class maps has proven particularly difficult, and seven possible models are discussed. Statistical geometry provides an important link between the early work of the quantitative revolution in geography and modern research in GIScience.     

Problems of Long-Term Geographic Prediction

A program of geographic prediction up to the year 2000 is proposed for inclusion in the teaching and research plan of the Geography Faculty of Moscow University. Three aspects are distinguished: (1) specific forecasting of changes on the face of the earth and in the use of resources, (2) the elaboration of methods of geographic prediction, and (3) prediction of future trends in the science of geography. The three key factors in specific geographic prediction are the hydroclimatic, the anthropogenic, and the resource factor. The principal method of prediction should be the study of chain reactions, of cause-and-effect relationships, allowing for flexible multivariate forecasts. In the science of geography, periods of differentiation and integration are found to have alternated at periods of 25 to 30 years. The most promising tendencies in geographic research are the hydroclimatic approach, the new synthetic disciplines, economic geography, and integrated mapping of geographic phenomena.     

Problems in the Building of Mathematical Models for Geographic Systems

Some basic concepts and principles of general systems theory applicable to geographical systems are formulated. A geosystem is viewed from the point of view of the controllable processes that convert it from one state to another and insure its self-regulation and stability. Since geographical systems derive energy from the surrounding environment and use it for their physical-chemical and biological functions, the structural elements of such systems behave thermodynamically like automata performing irreversible processes, and the laws of thermodynamics can therefore be applied to the functioning of such systems. A mathematical apparatus is demonstrated for the study migratory flows of mass and energy in geographical systems.     

The Use of the Tree of Logical Possibilities in the Construction and Control of Physical Geographic Classifications

The principle of tree diagrams is applied to the classification of physical-geographic objects. Starting with a tree of logical possibilities, the author first eliminates logically possible classes that do not occur in any real situation, and then eliminates factually possible classes that do not occur in a particular regional setting. The technique, which is said to insure complete, logically consistent and, at the same time, legible classifications, is illustrated with a classification of the intermontane basins of the Stanovoy upland of Siberia. Out of a total of 1344 logically possible classes, 24 are found to be realized in the given regional setting.     

Geographic Information Science as a Method of Integrating History and Archaeology for Battlefield Interpretation

Abstract

Geographic Information Science (GIS) and technology can be used to integrate history and archaeology for synthesis and interpretation. This study applies Geographic Information Science and technology to reconstruct the events related to a patrol from G Company, 2nd Battalion, 328th Infantry Regiment of the American Expeditionary Forces on October 8 1918 outside the village of Châtel Chéhéry, France that resulted in the award of the Medal of Honor to Alvin C. York. Evidence from documentary records, historic maps, and artefacts from a metal detector survey were incorporated in a spatial database. Spatial analysis of the database using GIS provided a more complete picture of events than either history or archaeology individually.     

Geographic Conferences in Havana

Professor Semevskiy, who is visiting professor at the University of Havana lists the proceedings of monthly geographic meetings in the Cuban capital. His previous report on geography at the University of Havana appeared in Soviet Geography, November 1963.     

Geographic Visualization in Archaeology

Archaeologists are often considered frontrunners in employing spatial approaches within the social sciences and humanities, including geospatial technologies such as geographic information systems (GIS) that are now routinely used in archaeology. Since the late 1980s, GIS has mainly been used to support data collection and management as well as spatial analysis and modeling. While fruitful, these efforts have arguably neglected the potential contribution of advanced visualization methods to the generation of broader archaeological knowledge. This paper reviews the use of GIS in archaeology from a geographic visualization (geovisual) perspective and examines how these methods can broaden the scope of archaeological research in an era of more user-friendly cyber-infrastructures. Like most computational databases, GIS do not easily support temporal data. This limitation is particularly problematic in archaeology because processes and events are best understood in space and time. To deal with such shortcomings in existing tools, archaeologists often end up having to reduce the diversity and complexity of archaeological phenomena. Recent developments in geographic visualization begin to address some of these issues and are pertinent in the globalized world as archaeologists amass vast new bodies of georeferenced information and work towards integrating them with traditional archaeological data. Greater effort in developing geovisualization and geovisual analytics appropriate for archaeological data can create opportunities to visualize, navigate, and assess different sources of information within the larger archaeological community, thus enhancing possibilities for collaborative research and new forms of critical inquiry.     

General Geographic Concepts

Following are fragments of a book devoted to theoretical geography on which Professor Smirnov, head of the Department of Economic Geography of Odessa University, was working at the time of his death in July, 1969. An attempt is made to formulate a system of general geographic concepts that would constitute the axiomatic foundation of geography. Several types of fundamental concepts are distinguished: spatial concepts; concepts of the structure and functions of geographical formations; concepts of simple and complex formations, etc. The present paper is limited to an examination of spatial concepts associated with geographical space, which is viewed as one of the general properties of geographical formations. Three basic spatial concepts are discussed: (a) the concept of group space, meaning the space occupied by a set of interrelated objects, as opposed to the individual space of a single object; (b) the concept of spatial integration of phenomena, implying causal relationships; (c) the concept of geographical commonality of phenomena, as opposed to the theory of uniqueness or local exclusiveness. The interplay of general laws and purely local relationships gives rise to a spatial field of interaction known as the geographical field. A geographical formation and its field of interaction may be centered, as in urban settlement, industry and other nodal phenomena, or they may be noncentered, as in rural settlement, agriculture and other spatially continuous phenomena. Other concepts are the area, shape, orientation and spatial dynamics of development of geographical formations.     

Soviet Geographic Literature

A review of geography publishing in the Soviet Union analyzes the output of literature by categories of end-users: (1) publications designed for professional geographers, including works on theory and method, university textbooks, periodicals and serials, and bibliographic and information services; (2) geographic publications intended for the public at large, including regional studies of different levels of sophistication on the Soviet Union and foreign areas as well as popular geography books; (3) geography textbooks and study aids for elementary and secondary schools, which represents the largest portion of geography publishing in terms of volume, with an average of 4 million books printed each year. Recommendations for improvements in geography publishing include the creation of a Council on Literature, made up of professional geographers; the establishment of a centralized publishing house that would specialize in geography (except for textbooks, government publications and special-purpose literature), and the establishment of a translation journal that would disseminate some of the more significant foreign articles in Russian translation.     

Tests for Patterns in Geographic Variation

We develop tests of whether a pattern of geographic variation departs significantly from random variation over an area. Localities are vertices in a graph whose edges are connections based on criteria of geographic contiguity. Ranked variables are assigned to each locality. Distributions of absolute differences in rank along edges between vertices yield various statistics of edge length that are compared with expectations developed in the paper. Several typical patterns such as a cline, depression, or a crazy-quilt are generated and their behavior characterized by this method. Computational and graphical methods allocate observed patterns to one of several types. The methods are general; three illustrative examples from biology and one from regional studies are furnished.     

Integrated Regional Geographic Atlases

The author reviews work on atlases of Soviet republics and oblasts published in 1961–64, containing maps on physical geography, population, economy and culture. He finds that these atlases suffer from a lack of practical purposefulness and inadequate coordination. These weaknesses are to be remedied in a new coordinated project of natural-resource atlases of the major republics and economic regions of the USSR initiated in 1963.