Contents - Previous - Next


Bibliographic entry 59

Author: Zonn I.S.

Title: Sistïemodïeïatïel'nostnaïa kontsïeptsiïa ponïatiïa antropogïennogo opustynivaniïa (A systematic approach to the concept of desertification caused by human action)

Publisher: Problïemy osvoïeniïa pustyn', N° 6, pp. 13-18, Ashkhabad

Date: 1978 Language: Russian
Available: BiL Moscow, IG RAN Moscow, KR FAK Alma Ata, WGiSR UW Warsaw, UAM Poznan
Classification: 1A, 1B
Region: -
Summary: At the present time, there are several dozen definitions of desertification formulated in the extensive specialized literature on the subject. The term was introduced in 1949 by A. Aubréville, a French geobotanist working in West Africa.
Aubréville's definition, however, is neither precise nor comprehensive; he defines desertification as the transformation of arable land into desert, caused by soil erosion connected to human activity.
Some researchers working on the problems of desertification see it as a process of change, others as the result of change. The process of change is a progressive intensification of biological changes in arid and semi-arid ecosystems. By contrast, desertification as the result of change means the appearance of desert features where they did not previously exist.
The author introduces the concept of system. It consists of: process - P; functional structure containing the elements and the relations among the elements - S; morphology or form of organizing the material - F; material of the system - M. This is expressed as a product: System = P*S*F*M.
The system is formed by two perpendicular planes: 1st plane - biological environment, that is, arid and semi-arid regions; 2nd plane - human organization and activity (agriculture, animal production, industrialization). Man in contact with nature creates an anthro-biological system, or, more precisely, a functional-biological system. The functional-biological system is presented as two-dimensional and the biological system resulting from human activity as three dimensional.
Desertification is studied as a complex process composed of diverse elements which may lose their quantitative and qualificative value during this process.
The process can be expressed by the following formula: O1(t) = <x*y*z> where x = climate, y = soil, z = vegetation cover, t = time. Desertification is reached when a critical threshold value of a parameter is reached, according to the formula: O1(t0) = <xo*yo*zo>. Desertification is the process by which the above values of the parameters are exceeded by their critical threshold values: O1(t) (r) O1(t0)

Definition: Desertification is a complex process which can be expressed by the following formula: O (t) = < x*y*z* > where x = climate, y = soil, z = vegetation cover, t = time, and the parameters x, y, and z reach their critical threshold values.

Bibliographic entry 60

Authors: Zonn I.S., Orlovskiï H.S.

Title: Opustynivaniïe. Stratïegiïa bor'by. (Desertification. Combat Strategy)

Publisher: Akadïemiïa Naouk Turkmïenskoï SSR (Academy of Sciences of Turkmenistan), Ylym, Ashkhabad, 320 pp.

Date: 1984 Language: Russian
Available: BiL Moscow
Classification: 1A, 1D, 2-5
Region: Global (with the exception of the Soviet Union!)
Summary: This document is a long monograph on world-wide Desertification (except in the Soviet Union); results of research by international organizations (UNESCO, FAO, UNEP) are often quoted, particularly materials from the Conference on Desertification in Nairobi in 1977. Numerous definitions of Desertification (p. 25) are cited; according to the authors the best is that of Rozanov (see below, cf. bibl. entry 52). The text shows the global distribution of arid and semi-arid lands according to different authors (in particular, the map of drylands of the world, UNESCO, 1977), as well as natural and human factors in Desertification (pp. 35-60), with a discussion of different hypotheses of climatic cycles (from a few years to the geological scale). The role of droughts is stressed in desertification. But "very often the human factor plays the main role" (p. 46). A short description of human factors is provided. There is a long account (pp. 61-175) of regional desertification: causes, consequences, intensity, possible combat against (in Africa, Asia except the USSR, North America, South America, and Australia). Recommendations and commentaries from the Nairobi Conference of 1977 are included. Technology for combating Desertification is discussed, including various projects for "green barriers," which the authors favour). The last chapter (pp. 269-291) covers actions and international organizations engaged in combating Desertification (only UN programmes are included).

Note: Bibliography - 257 publications in English, French and Russian.

Definition: (Rozanov, bibl. entry 52) Desertification is a natural or human-induced process of irreversible change in the soil and vegetation of drylands towards aridification and a decrease in biological productivity. In extreme cases this process leads to the total disintegration of the biological potential and the transformation of the area into desert.

Annex 3: Bibliographic entries for other documents (61 to 147)


Bibliographic entry 61
Bibliographic entry 62
Bibliographic entry 63
Bibliographic entry 64
Bibliographic entry 65
Bibliographic entry 66
Bibliographic entry 67
Bibliographic entry 68
Bibliographic entry 69
Bibliographic entry 70
Bibliographic entry 71
Bibliographic entry 72
Bibliographic entry 73
Bibliographic entry 74
Bibliographic entry 75
Bibliographic entry 76
Bibliographic entry 77
Bibliographic entry 78
Bibliographic entry 79
Bibliographic entry 80
Bibliographic entry 81
Bibliographic entry 82
Bibliographic entry 83
Bibliographic entry 84
Bibliographic entry 85
Bibliographic entry 86
Bibliographic entry 87
Bibliographic entry 88
Bibliographic entry 89
Bibliographic entry 90
Bibliographic entry 91
Bibliographic entry 92
Bibliographic entry 93
Bibliographic entry 94
Bibliographic entry 95
Bibliographic entry 96
Bibliographic entry 97
Bibliographic entry 98
Bibliographic entry 99
Bibliographic entry 100
Bibliographic entry 101
Bibliographic entry 102
Bibliographic entry 103
Bibliographic entry 104
Bibliographic entry 105
Bibliographic entry 106
Bibliographic entry 107
Bibliographic entry 108
Bibliographic entry 109
Bibliographic entry 110
Bibliographic entry 111
Bibliographic entry 112
Bibliographic entry 113
Bibliographic entry 114
Bibliographic entry 115
Bibliographic entry 116
Bibliographic entry 117
Bibliographic entry 118
Bibliographic entry 119
Bibliographic entry 120
Bibliographic entry 121
Bibliographic entry 122
Bibliographic entry 123
Bibliographic entry 124
Bibliographic entry 125
Bibliographic entry 126
Bibliographic entry 127
Bibliographic entry 128
Bibliographic entry 129
Bibliographic entry 130
Bibliographic entry 131
Bibliographic entry 132
Bibliographic entry 133
Bibliographic entry 134
Bibliographic entry 135
Bibliographic entry 136
Bibliographic entry 137
Bibliographic entry 138
Bibliographic entry 139
Bibliographic entry 140
Bibliographic entry 141
Bibliographic entry 143
Bibliographic entry 144
Bibliographic entry 145
Bibliographic entry 146
Bibliographic entry 147


Bibliographic entry 61

Author: Akadïemïa Naouk Kazakhskoï SSR (Academy of Sciences of Kazakhstan)

Title: Okhrana pochv i ratsional'noïe ispol'zovaniïe zïemïel'nykh rïesursov Kazakhstana (Soil protection and the rational exploitation of the resources of Kazakhstan)

Publisher: Naouka, Alma Ata, 184 pp.

Date: 1976 Language: Russian
Available: KR FAK Alma Ata, WGiSR UW Warsaw
Classification: 2A1, 2B2b, 4A1, 5D2a
Region: Kazakhstan
Summary: A collection of 18 articles prepared by pedologists of Kazakhstan for the Congress of Soviet Pedologists which took place in Minsk.
The majority of the texts discuss the geochemistry of various types of soil. Two of the texts are soil studies prepared for the needs of the planned canal for transporting water from Siberian rivers. Two other documents deal with the problem of wind erosion in Kazakhstan (pp. 4-18 and 26-36). Wind erosion threatens 52.5 million ha of territory in Kazakhstan, while riverbed erosion affects 17.7 million ha. The chart on page 12 shows the lands threatened by erosion.
This work by the Academy also contains charts indicating the extent of deflation on experimental fields and the loss in humus (a comparison is made between arable lands and the steppe). In the case of soil where erosion is moderate, there is a reduction in humus at the level of 0-5 cm.
This work also contains information on the loss of different elements in the soil due to erosion, on dust storms which have affected this region since the 1960's, and some information on agriculture.

Bibliographic entry 62

Author: Akramov Z.M.

Title: Okhrana prirody i uluchshïeniïe okruzhaiushchïeï srïedy (Protecting nature and improving the environment

Publisher: Fan (Academy of Sciences of Uzbekistan), Tashkent, 136 pp.

Date: 1975 Language: Russian
Available: WGiSR UW Warsaw
Classification: 2A2, 2A4, 2B2e, 4A3
Region: Central Asia - Uzbekistan
Summary: This collection of 18 articles is principally concerned with cartography (methods of preparing maps of the natural environment) and physical geography; the problem of desertification remains secondary.
There are articles on soil salinization and on water economy (pp. 35-45).
Currently, irrigation systems in Central Asia cover 5.5 million ha. The area of land suitable for irrigation is 35 million ha, while water reserves are sufficient for irrigating 12 million ha.
The drying of the Aral Sea has caused a reduction in the fish catch from 50,000 tonnes in 1960 to 12,000 tonnes in 1970.
Included is a commentary on the financial capacity for transporting water from Siberian rivers (1 km3 of water = 1 billion roubles). The author points out that knowledge of physico-geographical conditions is necessary to efficiently combat salinization.
In southern Uzbekistan, the destruction of mountain forests due to the overexploitation of wood for fuel increases the danger of land and mud slides.

Bibliographic entry 63

Author: Alïeksïeïeva N.N.

Title: Prirodnyïe prïedposylki i faktory opustynivaniïa na sïevïero-zapadïe Indii (Natural preconditions and factors of desertification in northwestern India)

Publisher: Problïemy osvoïeniïa pustyn', N° 1, pp. 35-42, Ashkhabad

Date: 1986 Language: Russian (summary in English)
Available: BiL Moscow, IG RAN Moscow, WGiSR UW Warsaw, UAM Poznan
Classification: 2B1, 2C, 2D
Region: South Asia (arid and semi-arid lands of India)
Summary: Rozanov and Zonn's definition of desertification (cf. B.G. Rozanov, bibl. entry 52) is adopted. In the process of desertification there is the simultaneous action of two factors: irrational human activity and climatic aridity, punctuated with droughts (p. 35). The author presents the evolution of the climate and wind relief in the areas studied (Thar, Rajasthan) from the Pleistocene (30,000 years B.C.) to the present day, showing that these are fragile regions.
Human pressure in India is very intense, with an average density of 66 inhabitants/km2 on arid and semi-arid lands (150 in Rajasthan), the world average being 3 to 4 inhabitants/km2. The search for fuelwood, overgrazing on arid lands and excessive ploughing of semi-arid lands causes significant degradation, especially deflation and the movement of dunes (formed around 20,000 B.C., stabilized in the mid-Holocene).

Desertification process: Deflation (predominant), water erosion, soil degradation, salinization.

Natural preconditions: Significant variation in precipitation (60-70%), frequency of droughts, existence below the surface of a layer of sand (15-20 m in depth), which, in the event of the destruction of the vegetation, forms sand dunes.

Bibliographic entry 64

Author: Arnagïel'diïev A.

Title: Morfodinamika eolovogo rïelïefa pieschanykh pustyn' (Morphodynamics of the wind erosion relief in sandy deserts)

Publisher: Akadïemiïa Naouk Turkmïenskoï SSR (Academy of Sciences of Turkmenistan), Ylym, Ashkhabad, 164 pp.

Date: 1990 Language: Russian
Available: IP Ashkhabad, WGiSR UW Warsaw
Classification: 0,5C2
Region: Central Asia, chiefly Tajikistan
Summary: This work deals with the problems of desertification only marginally; the term is not even used. The main subject is the influence of various factors (origin and character of sands, vegetation, fauna, climate, tectonics, orography, hydrography) on the emergence, development and forms of wind erosion. It is only in the summary (pp. 144-149) that the role of human activity in the formation of the desert relief is considered. In the territory of the ex-Soviet Union there are approximately 1 million km2 of sands, 12-15% of which are dunes. In the author's opinion, their fixation using revegetalization methods is easier than in other deserts of the world (however, this conclusion is not explained). The layout of unpaved roads has destroyed vegetation along a strip approximately 50 m wide. The development of agriculture along the takyrs has caused deflation in surrounding sands. Herd routes and road construction should be on the downwind side of takyrs so that sand is not blown onto takyrs by the wind. Wind directions must be studied before planning programmes to protect against sand encroachment.

Bibliographic entry 65

Authors: Arnagïel'diïev A., Kostiukovskiï V.

Title: Pustyni: ratsional'noï ispolzovaniï i okhrana (Deserts: Rational exploitation and protection)

Publisher: Agropromizdat, Moscow, 224 pp.

Date: 1990 Language: Russian
Available: BiL Moscow
Classification: 0, 1A, 2B2, 2-5 (general information)
Region: Global, Central Asia in particular
Summary: This document examines the natural environment, vegetation and animal life in deserts. The history of the exploitation of desert resources is described: nomadic and semi-nomadic animal husbandry, irrigated agriculture, energy resources. Features of desert ecosystems and landscapes are also covered, as well as the nature reserves in ex-Soviet Central Asia. There is a discussion of the salinization of irrigated soils in Central Asia (pp. 112-117) and the effects of the wind which carries off 24-132 mln t of salt per year.
The question of desertification is only briefly mentioned, and is defined as: "The degradation of deserts" (p. 127).
Schematic map of desertification processes in drylands of the ex-Soviet Union, in four categories: light desertification, moderate desertification, strong desertification, and extreme desertification.

Note: Bibliography of 63 titles, 46 of which are in Russian

Definition: "Desertification - the degradation of deserts."

Bibliographic entry 66

Author: Babaïev A.G.

Title: Gïeoekologichïeskiï analiz dinamiki gïeosistïem pustyn' na osnovïe distantsionnykh mïetodov (Geo-ecological analysis of the dynamics of desert geosystems using remote sensing)

Publisher: Ylym, Ashkhabad, 244 pp.

Date: 1991 Language: Russian
Available: BiL Moscow
Classification: 1C1
Region: Turkmenistan
Summary: This document is a manual for using remote sensing to study desert environments. It describes types of satellite imagery and methods of analysis. The most interesting examples are the maps:

a) Land use and changes in the natural environment caused by human activities in Turkmenistan since Antiquity (several maps);
b) Changes in the vegetation and other elements of the natural environment in recent years (using satellite imagery from different times; on these maps can be seen vegetation depletion near wells (pp. 61,99), the emergence of infiltration lakes near the Karakumy Canal (pp. 118, 121, 126 and others), and the appearance of moving dunes; the imagery also facilitated the preparation of a map showing the expansion in area of irrigated lands;
c) Generalized schematic map showing the distribution of negative phenomena (pp. 188-190 and others).

Notes:

1. Data on the phenomena of desertification are few and far between, but the last map could be compared to desertification maps.

2. Extensive bibliography; 53 books and articles in languages other than Russian.

Bibliographic entry 67

Author: Babaïev A.G. (ed.)

Title: Opyt bor'by s opustynivaniïem v SSSR (The Soviet experience in combating desertification)

Publisher: Naouka (Sovrïemïennyïe problïemy biosfiery series), Moscow, 116 pp.

Date: 1981 Language: Russian (English version available)
Available: WGiSR UW Warsaw
Classification: 1A-B, 2A, 3C3-4, 4A1, 4A2, 5A-D
Region: Central Asia, Kazakhstan
Summary: The following aspects of desertification are described: (i) climatic conditions of arid and semi-arid lands in Soviet Central Asia and in Kazakhstan, and (ii) natural and human factors of desertification. This text gives much space to the USSR's successes in desert management: pasture improvement, extension of irrigation, sand dune fixation by afforestation. Two terms are used to define desertification: "opustynivaniïe" = desertification - this term is used several times in the text; "dïezïertizatsiïa" - desertization - this word appears only once (p.25). Numerous definitions of desertification are quoted (those of Le Houéroux, Rapp, Mensching and Ibrahim, Dregne), without commentary.
There is little information on the financial success of enterprises in the field of drylands management. "The construction of the Karakumy Canal, which is named after V.I. Lenin, has had satisfactory results; the net profit of the management of 1 mln ha in the canal zone has reached 1.25 billion roubles per year" (p.77).

Characteristics of the desertification process:

Natural factors: primarily in connection with an increase in the albedo of drylands. This process is furthered by climate warming. Other factors: thawing of glaciers, decrease in the area and increase in the salinity of lakes, degradation of vegetation in watersheds, depletion of the flora, increase in salinization and the quantity of gypsum in soils in watersheds, lowering of the water table.

Human factors: description of the land degradation, in particular the depletion of the flora, on pastures due to overgrazing; increase in soil salinity on irrigated lands; desertification on lands near large construction projects (e.g., the Karakumy Canal), and, above all, development of wind and water erosion.

Bibliographic entry 68

Author: Babaïev A.G. (ed.)

Title: Pïerspiektivy ispol'zovaniïa zïemiel'nykh rïesursov Turkmïenistana v svïazi s razvitiïem oroshaïemogo ziemlïedieliïa (Prospects for the utilization of land resources in Turkmenistan in connection with the development of irrigated agriculture)

Publisher: Problïemy osvoïeniïa pustyn', N° 5, pp. 11-21, Ashkhabad

Date: 1971 Language: Russian (summary in English)
Available: BiL Moscow, IG RAN Moscow, KR FAK Alma Ata, WGiSR UW Warsaw, UAM Poznan
Classification: 5A2, 5A4, 5D1a
Region: Turkmenistan
Summary: A text on the success of the Soviet Union in the economic development of deserts. During recent years, an irrigation system has been constructed on the Karakumy Canal, and existing systems have been modernized. Consequently, the area of irrigated land has increased by over 200,000 ha; when the projects are completed, 100,000 ha will be added. The author analyzes regional differences in environmental conditions in Turkmenistan (notably climate and soil) to determine their potential for irrigation. A chart shows a synthesis of climatic and soil characteristics. Detailed descriptions of individual administrative units are given. In conclusion the author estimates that 2.9 million hectares of land are suitable for irrigation, 620,000 ha of which are already irrigated.

Bibliographic entry 69

Author: Babaïev A.G. (ed.)

Title: Prirodnyïe uslovïa i voprosy osvoïeniïa Karakumov (The natural environment and issues in the management of the Karakumy Desert)

Publisher: Akadïemiïa Naouk Turkmïenskoï SSR (Academy of Sciences of Turkmenistan) -Ylym, Ashkhabad, 168 pp.

Date: 1977 Language: Russian
Available: BiL Moscow, WGiSR UW Warsaw
Classification: 2A1, 2A3, 5C2
Region: Turkmenistan
Summary: Reports presented at a conference of young researchers of the Institute of Deserts (date not specified). It consists of 35 short texts, mainly regional and local studies of the physical environment of deserts: soil (chemical composition, migration of elements, salinization, soil evolution), vegetation and its pastoral potential, dune relief and fixation. The degradation of vegetation and the movement of dunes are mentioned in three texts (pp. 3-8, 8-13 and 17-22). Overgrazing and the overexploitation of woody resources for fuelwood has caused the total or partial extinction of soil in a radius of 3 to 5 km around large watering points and in other localities (p. 9); dunes form there. The same phenomena can be observed at the limits of irrigated lands, near livestock farms and roads. To stop the formation of sand dunes, fragile ecosystems must be exploited in a more rational and controlled way to avoid degradation; mechanical and biological methods of sand dune fixation are also briefly described. Human settlements in the west, northwest and southwest must be protected.

Bibliographic entry 70

Author: Babaïev A.G. (ed.)

Title: Problïemy osvoïeniïa pustyn' (Issues in desert management, special issue), Konfierïentsiïa po problïemam opustynivaniïa (Conference on Desertification)

Publisher: Problïemy osvoïeniïa pustyn', N° 3, Ashkhabad

Date: 1978 Language: Russian
Available: BiL Moscow, IG RAN Moscow, KR FAK Alma Ata, WGiSR UW Warsaw, UAM Poznan
Classification: 1-5
Region: Global
Summary: This special issue is devoted exclusively to the United Nations Conference on Desertification in Nairobi from 27 August to 9 September, 1977. It consists of 13 articles, including: ° opening lecture by M. Tolba, and introductory remarks by the Soviet delegate (A.V. Sidorïenko, Desertification and environmental protection issues, pp. 3-6), ° the report of the Soviet delegation, "Research and management of deserts and semi-deserts in the USSR" (A.G. Babaïev, I.P. Gïerasimov, N.T. Nïechaïeva, M.P. Pïetrov, A.V. Sidorïenko, pp. 17-24) which contains information on successes in combating desertification in the USSR and on the expansion of irrigated lands in Uzbekistan and Turkmenistan, ° a brief analysis of the conclusions of the Conference ° reports on section debates and summaries of selected reports (Climate and desertification; Ecological changes and desertification; Technology and desertification; Population; Society and desertification; International projects for the monitoring and control of desertification; Information on desertification in Asia, North America and Australia and on pasture management in Iran).

Note: The article by N.T. Nïechaïeva on the establishment of criteria for desertification was presented at the Nairobi conference and published in "Problïemy osvoïeniïa pustyn"', N° 4, pp. 18-24, 1978.

Bibliographic entry 71

Author: Babaïev A.G.

Title: Vklad SSSR v rïealizatsiiu plane dïeïstviï po bor'bïe s opustynivaniïem (Contribution of the USSR to the project of combating desertification)

Publisher: Problïemy osvoïeniïa pustyn', N° 3, pp. 16-19, Ashkhabad

Date: 1985 Language: Russian
Available: BiL Moscow, IG RAN Moscow, KR FAK Alma Ata, WGiSR UW Warsaw, UAM Poznan
Classification: ID, 5A
Region: Ex-Soviet Union
Summary: In the Soviet Union several studies and practical works were carried out in the fields of desert management and combating desertification. The area of drylands in the USSR before 1985 covered 14% of the territory of the country, or approximately 300 mln ha. The USSR has contributed to combating desertification by training professionals to meet the needs of the country and of diverse developing countries. The dominant role is played by the Institute of Deserts in Ashkhabad.
Two research projects have been completed with the cooperation of UNEP: "Scientific seminars serving the combat against desertification", and "Combating desertification with integrated development". In the Soviet Union the plan for combating desertification was prepared in 1978. Taking into account the needs of developing countries, the project planned to train specialists in the following fields: improvement of alkaline irrigated soils, sand dune stabilization, ecology, management and productivity of pastoral lands. In autumn 1984, a series of courses was organized, "Afforestation of sand dunes in drylands".
The Soviet Union took part in the FAO/UNEP project "Preparation of maps of zones affected by desertification, and assessment of the desertification process" and in the execution of the UNESCO programme "Man and Biosphere." The USSR has also cooperated with the United States, Peru, Mali, Mongolia, and with ESCAP.

Bibliographic entry 72

Authors: Babaïev A.G., Batyrov A.B.

Title: Lïeninskiïe idïei o prïeobrazovanii prirody i ikh voploshchïeniïe pri osvoïenii aridnykh tïerritorii Srïednïeï Azii Kazakhstana (The Ideas of V.I. Lenin on managing nature, and the role of these ideas in drylands development in Central Asia and Kazakhstan.

Publisher: Problïemy osvoïeniïa pustyn', N° 2, pp. 3-12, Ashkhabad

Date: 1970 Language: Russian
Available: BiL Moscow, IG RAN Moscow, KR FAK Alma Ata, WGiSR UW Warsaw, UAM Poznan
Classification: 1B
Region: Central Asia
Summary: Number 2 of the journal "Problïemy osvoïeniïa pustyn'" is entirely devoted to the role of Lenin's thought on managing the natural environment, particularly as it relates to the development of drylands in Central Asia and Kazakhstan.

Bibliographic entry 73

Authors: Babaïev A.G., Zonn I.S., Drozdov N.N., Frïeïkin Z.S.

Title: Pustyni (Deserts)

Publisher: Mysl', Moscow, 320 pp.

Date: 1986 Language: Russian
Available: BiL Moscow, WGiSR UW Warsaw
Classification: 0, 1-5 (general)
Region: General
Summary: Monograph on the deserts of the world (including the ex-Soviet Union), their natural environments and human activity. Reduced reproduction of "The World Desertification Map". Desertification is studied pp. 296-309, with a review of definitions of desertification. No definition is selected as universal. The authors emphasize the complexity of the problem and the coexistence of two primary causes of desertification: climate (periodic droughts) and human activity. Information is presented on the extent of desertification in the world, on the work of UNEP, UNESCO and FAO, and on the Nairobi Conference of 1977. "In the Soviet Union, the acceleration of the economic development of deserts and the increase in population have amplified the pressure on ecosystems, but the desertification process has limited range in our country" (p. 307).
Vast zones in the river valleys of Central Asia were cultivated until recent times. Agriculture was abandoned not because of climate changes but due to socio-economic conditions and wars. Two chapters are devoted to the success of the Soviet Union in the conquest of deserts (pp. 20-261 and 262-283), one chapter to desert development outside the ex-Soviet Union (pp. 284-295). Among the subjects related to economic development, the authors give particular attention to the mining industry and to irrigation.

Bibliographic entry 74

Author: Babaïeva T.A.

Title: Ispol'zovaniïe kosmicheïeskikh snimkov "Mietieor" dlïa izuchïeniïa protsïessov opustynivaniïa v Turkmïenistanïe (Application of METEOR satellite imagery to the study of desertification in Turkmenistan)

Publisher: Problïemy osvoïeniïa pustyn', N° 6, pp. 33-39, Ashkhabad

Date: 1982 Language: Russian (summary in English)
Available: BiL Moscow, IG RAN Moscow, KR FAK Alma Ata, WGiSR UW Warsaw, UAM Poznan
Classification: 1C1
Region: Turkmenistan
Summary: Satellite imagery is often used to study natural processes. Imagery from the satellite METEOR (1979-1981) has been utilized in large-scale studies of deserts. A lithological map of the deserts of Turkmenistan has been drawn up; it distinguishes 7 types of desert. This article discusses theoretical considerations of the possibilities of using satellite imagery in the preparation of maps which illustrate desertification, following the methodology designed by FAO ("Provisional methodology for desertification...", Rome 1981).
In the author's opinion, the classification and typology of desertification can be carried out based on satellite imagery. Other elements of study (the causes of desertification and means of improving the situation) require the reinterpretation of material and supplementary data gathered in the field. Satellite imagery makes it possible to identify various processes of desertification covering large expanses of territory, to observe the dynamics of these phenomena and changes in their range.

Desert types:

1. Typical sand deserts
2. Clay takyr deserts
3. Gypseous gravel deserts (erg)
4. Loessial clay deserts
5. Solonchak deserts
6. Arable lands
7. Mountainous terrains

Bibliographic entry 75

Author: Batyrov A.B.

Title: Naouchnyïe osnovy tïerritorïal'noï organizatsii khozïaïstva i nasïelïeniïa v aridnykh rïegionakh (Scientific principles of population distribution and economic development in arid regions)

Publisher: Ylym, Ashkhabad, 156 pp.

Date: 1990 Language: Russian
Available: BiL Moscow, WGiSR UW Warsaw
Classification: 5A2, 5D1
Region: Soviet Union - Turkmenistan
Summary: A collection of 16 texts principally covering theoretical questions of human geography and population distribution in the Soviet Union. The article by A. Batyrov discusses the economic development of deserts: "Types of economic development and the development of the population in the deserts of Turkmenistan" (pp. 122-130). Nine types of population concentration and eleven types of locality are identified in Turkmenistan. In the 1950's, oases occupied 1% of Turkmenistan; the figure is 7 % today. At first, the objective for economic development was to ensure a unilateral use of/natural resources; currently (in the 1980's) the objective is for a much wider utilization. Large multiple-function localities have been formed whose inhabitants are not only those working there, but also factory employees and livestock farmers working within a perimeter of several dozen kilometres.

Contents - Previous - Next