Diluvial Soils and Their Amelioration

Diluvial Soils and Their Amelioration

by Muhktar Abduyev


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Product Details

ISBN-13: 9780863724800
Publisher: Garnet Publishing
Publication date: 05/30/2012
Pages: 288
Product dimensions: 6.50(w) x 9.50(h) x 1.00(d)

About the Author

Professor Mukhtar Abduyev (1926 - 79), Doctor of Agricultural Science, was respected across the USSR for his work on the amelioration of saline and polluted land. He had a lifelong connection with the Azerbaijan SSR's Institute of Soil Sciences and Agricultural Chemistry, founding and leading the country's first Soil Reclamation Laboratory there. He also inspired many talented students at the Azerbaijan State University and other institutions. In 1970 he was awarded the USSR's medal for Valorous Labour.

Table of Contents

Introduction 1

Part I Genesis and Mode of Diluvial Soil Salinization

Chapter I General Overview of the Classification of Saline Soils 5

1 Outline of the classification of saline soils 5

2 Genetic uniqueness of saline soils in Azerbaijan 7

3 Diluvial soils and their regions 8

Chapter II Conditions of Soil Formation in the Regions with Diluvial Salinization 10

Chapter III Characteristics of Soils with Diluvial Salinization and their Geography 23

1 Main genetic characteristics of soils 23

2 Soil alkalinity 31

3 Physical properties of soils 34

4 Soil salinity 38

Chapter IV Sources of Salt Accumulation in the Diluvial Soils 51

Salt accumulation in the soils of the arid region 51

I Sources of ancient soil accumulation 51

II Factors determining recent salt accumulation 56

1 Weathering rocks of mountain structures 56

2 Eolian salt cycle 59

Chapter V Factors of Salt Migration 62

I Surface runoff 62

II The role of biological agents in the migration and accumulation of salts in soil 77

1 Pattern of the root system distribution of halophytes 78

2 Reserves of vegetation mass 83

3 Annual growth of vegetation mass 88

4 Vegetation mass content and composition 89

5 Amount of salts involved in biological cycle 95

III Diffusion of salts 98

IV Influence of irrigation to the movement of salt masses 106

Chapter VI Soil Water Regime 110

Water regime of soils in diluvial plains of South-East Shirvan 112

Water regime of soils of the Siyazan-Sumgayit massif 117

Water regime of soils in the diluvial plain of Mil Steppe 120

Chapter VII Soil Salt Regime 125

Salt regime of soils of diluvial plains of South-East Shirvan 125

Salt regime in soils of the Siyazan-Sumgayit massif 133

Salt regime in soils of the diluvial plain of the Mil Steppe 136

Part II Development of Reclamation Regimes for Soils with Diluvial Salinization

Chapter VIII The General Course of Development and the Current State of Saline Soil Reclamation 147

Chapter IX Soil Hydrogeological Conditions of Field Experiment Sites for Reclamation of Soils with Diluvial Salinization; Methods of Research 153

Selection and characteristics of the subjects of research 153

1 Soil conditions of pilot sites in the Siyazan-Sumgayit massif 154

2 Soil conditions of the pilot site in the Kyurovdagh massif 160

3 Soil conditions of the pilot sites on the Bozdagh diluvial slope 161

Methods of research 164

Chapter X Experimental Leaching of Saline Soils Under Diluvial Plains Conditions 168

Soil flushing in monoliths 168

Field leaching of soils (microplot trials) 180

1 Soil leaching without chemical soil amendments 180

2 Leaching of soils by applying sand 190

3 Soil leaching by applying acidifier 192

4 Soil leaching by applying gypsum 195

5 Leaching of soils with joint application of gypsum and manure 203

6 Intensity of salt mass leaching 211

7 Change in alkaline soil properties 221

8 Influence of reclamation on crop growth conditions 225

Chapter XI Effectiveness of Farm-Scale Reclamation in Soil Desalinization 230

Change in the level and mineralization of groundwaters 231

Dynamics of saline areas 233

Conclusion 243

Bibliography 255

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