Fundamentals of soil science:
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
New York u. a.
Wiley
1990
|
| Ausgabe: | 8. ed. |
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XV, 360 S. Ill., graph. Darst., Kt. |
| ISBN: | 0471522791 |
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| 245 | 1 | 0 | |a Fundamentals of soil science |c Henry D. Foth |
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Datensatz im Suchindex
| _version_ | 1804120309226274816 |
|---|---|
| adam_text | DETAILED CONTENTS
CHAPTER 1
SOIL AS A MEDIUM FOR
PLANT GROWTH 1
FACTORS OF PLANT GROWTH 1
Support for Plants 1
Essential Nutrient Elements 2
Water Requirement of Plants 3
Oxygen Requirement of Plants 4
Freedom from Inhibitory Factors 5
PLANT ROOTS AND SOIL RELATIONS 5
Development of Roots in Soils 5
Extensiveness of Roots in Soils 7
Extent of Root and Soil Contact 8
Roles of Root Interception, Mass Flow,
and Diffusion 8
SOIL FERTILITY AND SOIL PRODUCTIVITY 9
CHAPTER 3
SOIL PHYSICAL PROPERTIES
22
CHAPTER 2
SOIL AS A NATURAL BODY 11
THE PARENT MATERIAL OF SOIL 12
Bedrock Weathering and Formation of
Parent Material 12
Sediment Parent Materials 13
SOIL FORMATION 13
Soil-Forming Processes 14
Formation of A and C Horizons 14
Formation of B Horizons 14
The Bt Horizon 15
The Bhs Horizon 17
Formation of E Horizons 17
Formation of O Horizons 18
SOILS AS NATURAL BODIES 18
The Soil-Forming Factors 18
Soil Bodies as Parts of Landscapes 19
How Scientists Study Soils as Natural Bodies 19
Importance of Concept of Soil as Natural Body 20
SOIL TEXTURE 22
The Soil Separates 22
Particle Size Analysis 24
Soil Textural Classes 25
Determining Texture by the Field Method 25
Influence of Coarse Fregments on
Class Names 26
Texture and the Use of Soils 26
SOIL STRUCTURE 27
Importance of Structure 28
Genesis and Types of Structure 28
Grade and Class 29
Managing Soil Structure 29
SOIL CONSISTENCE 31
Soil Consistence Terms 31
DENSITY AND WEIGHT RELATIONSHIPS 32
Particle Density and Bulk Density 32
Weight of a Furrow-Slice of Soil 33
Soil Weight on a Hectare Basis 34
SOIL PORE SPACE AND POROSITY 34
Determination of Porosity 34
Effects of Texture and Structure on Porosity 35
Porosity and Soil Aeration 35
SOIL COLOR 36
Determination of Soil Color 37
Factors Affecting Soil Color 37
Significance of Soil Color 37
SOIL TEMPERATURE 38
Heat Balance of Soils 38
Location and Temperature 39
Control of Soil Temperature 39
Permafrost 40
CHAPTER 4
TILLAGE AND TRAFFIC 42
EFFECTS OF TILLAGE ON SOILS AND
PLANT GROWTH 42
Management of Crop Residues 42
IX
DETAILED CONTENTS
Tillage and Weed Control 43
Effects of Tillage on Structure and Porosity
Surface Soil Crusts 44
Minimum and Zero Tillage Concepts 44
Tilth and Tillage 45
TRAFFIC AND SOIL COMPACTION 46
Compaction Layers 46
Effects of Wheel Traffic on Soils and Crops
Effects of Recreational Traffic 47
Effects of Logging Traffic on Soils and
Tree Growth 48
Controlled Traffic 49
43
47
FLOODING AND PUDDLING OF SOIL
Effects of Flooding 50
Effects of Puddling 50
Oxygen Relationships in Flooded Soils
50
51
CHAPTER 5
SOIL WATER
54
SOIL WATER ENERGY CONTINUUM 54
Adhesion Water 55
Cohesion Water 55
Gravitational Water 56
Summary Statements 56
57
ENERGY AND PRESSURE RELATIONSHIPS
Pressure Relationships in Saturated Soil 57
Pressure Relationships in Unsaturated Soil 58
THE SOIL WATER POTENTIAL 59
The Gravitational Potential 59
The Matric Potential 59
The Osmotic Potential 60
Measurement and Expression of
Water Potentials 60
SOIL WATER MOVEMENT 61
Water Movement in Saturated Soil 62
Water Movement in Unsaturated Soil 63
Water Movement in Stratified Soil 63
Water Vapor Movement 66
PLANT AND SOIL WATER RELATIONS 66
Available Water-Supplying Power of Soils 66
Water Uptake from Soils by Roots 67
Diurnal Pattern of Water Uptake 68
Pattern of Water Removal from Soil 69
Soil Water Potential Versus Plant Growth 69
Role of Water Uptake for Nutrient Uptake 71
SOIL WATER REGIME 71
CHAPTER 6
SOIL WATER MANAGEMENT
73
WATER CONSERVATION 73
Modifying the Infiltration Rate 73
Summer Fallowing 75
Saline Seep Due to Fallowing 76
Effect of Fertilizers on Water Use Efficiency
77
SOIL DRAINAGE 78
Water Table Depth Versus Air and Water Content
of Soil 79
Benefits of Drainage 80
Surface Drainage 80
Subsurface Drainage 80
Drainage in Soil of Container-Grown Plants 81
IRRIGATION 82
Water Sources 82
Important Properties of Irrigated Soils 82
Water Application Methods 83
Flood Irrigation 83
Furrow Irrigation 83
Sprinkler Irrigation 83
Subsurface Irrigation 85
Drip Irrigation 85
Rate and Timing of Irrigation 85
Water Quality 86
Total Salt Concentration 86
Sodium Adsorption Ratio 86
Boron Concentration 87
Bicarbonate Concentration 87
Salt Accumulation and Plant Response 89
Salinity Control and Leaching Requirement 89
Effect of Irrigation on River Water Quality 93
Nature and Management of Saline and
Sodic Soils 93
Saline Soils 93
Sodic Soils 93
Saline-Sodic Soils 94
WASTEWATER DISPOSAL 94
Disposal of Septic Tank Effluent 94
Land Disposal of Municipal Wastewater 96
PRESCRIPTION ATHLETIC TURF 97
CHAPTER 7
SOIL EROSION
100
WATER EROSION 100
Predicting Erosion Rates on Agricultural Land
R = The Rainfall Factor 101
100
DETAILED CONTENTS
xi
K = The Soil Erodibility Factor 102
IS = The Slope Length and Slope
Gradient Factors 103
C = The Cropping-Management Factor 104
P = The Erosion Control Practice Factor 105
Application of the Soil-Loss Equation 106
The Soil Loss Tolerance Value 107
Water Erosion on Urban Lands 108
Water Erosion Costs 109
WIND EROSION 110
Types of Wind Erosion 110
Wind Erosion Equation 111
Factors Affecting Wind Erosion 111
Deep Plowing for Wind Erosion Control 113
Wind Erosion Control on Organic Soils 113
CHAPTER 8
SOIL ECOLOGY
115
116
THE ECOSYSTEM 115
Producers 115
Consumers and Decomposers 116
MICROBIAL DECOMPOSERS 116
General Features of Decomposers
Bacteria 117
Fungi 117
Actinomycetes 118
Vertical Distribution of Decomposers in
the Soil 119
SOIL ANIMALS 119
Worms 120
Earthworms 120
Nematodes 121
Arthropods 121
Springtails 121
Mites 122
Millipedes and Centipedes 122
White Grubs 122
Interdependence of Microbes and Animals
in Decomposition 123
NUTRIENT CYCLING 123
Nutrient Cycling Processes 123
A Case Study of Nutrient Cycling 124
Effect of Crop Harvesting on Nutrient Cycling
SOIL MICROBE AND ORGANISM
INTERACTIONS 125
The Rhizosphere 125
Disease 126
124
Mycorrhiza 126
Nitrogen Fixation
127
SOIL ORGANISMS AND ENVIRONMENTAL
QUALITY 128
Pesticide Degradation 128
Oil and Natural Gas Decontamination 128
EARTH MOVING BY SOIL ANIMALS
Earthworm Activity 130
Ants and Termites 130
Rodents 131
130
CHAPTER 9
SOIL ORGANIC MATTER
133
THE ORGANIC MATTER IN ECOSYSTEMS 133
DECOMPOSITION AND ACCUMULATION 133
Decomposition of Plant Residues 134
Labile Soil Organic Matter 134
Stable Soil Organic Matter 135
Decomposition Rates 136
Properties of Stable Soil Organic Matter 136
Protection of Organic Matter by Clay 137
ORGANIC SOILS 139
Organic Soil Materials Defined 139
Formation of Organic Soils 139
Properties and Use 140
Archaeological Interest 140
THE EQUILIBRIUM CONCEPT 141
A Case Example 141
Effects of Cultivation 142
Maintenance of Organic Matter in
Cultivated Fields 143
Effects of Green Manure 144
HORTICULTURAL USE OF ORGANIC MATTER 144
Horticultural Peats 145
Composts 145
CHAPTER 10
SOIL MINERALOGY
148
CHEMICAL AND MINERALOGICAL COMPOSITION OF
THE EARTH S CRUST 148
Chemical Composition of the Earth s Crust 148
Mineralogical Composition of Rocks 149
XII
DETAILED CONTENTS
WEATHERING AND SOIL MINERALOGICAL
COMPOSITION 149
Weathering Processes 150
Summary Statement 150
Weathering Rate and Crystal Structure 151
Mineralogical Composition Versus Soil Age 153
Summary Statement 155
SOIL CLAY MINERALS 155
Mica and Vermiculite 156
Smectites 158
Kaolinite 159
Allophane and Halloysite 160
Oxidic Clays 160
Summary Statement 161
ION EXCHANGE SYSTEMS OF SOIL CLAYS 161
Layer Silicate System 161
Oxidic System 162
Oxide-Coated Layer Silicate System 162
CHAPTER 11
SOIL CHEMISTRY
164
CHEMICAL COMPOSITION OF SOILS 164
ION EXCHANGE 165
Nature of Cation Exchange 165
Cation Exchange Capacity of Soils 166
Cation Exchange Capacity Versus Soil pH 167
Kinds and Amounts of Exchangeable Cations 168
Exchangeable Cations as a Source of Plant
Nutrients 169
Anion Exchange 169
SOIL pH 170
Determination of Soil pH 170
Sources of Alkalinity 170
Carbonate Hydrolysis 170
Mineral Weathering 171
Sources of Acidity 171
Development and Properties of Acid Soils 171
Role of Aluminum 172
Moderately Versus Intensively
Weathered Soils 173
Role of Strong Acids 174
Acid Rain Effects 174
Soil Buffer Capacity 174
Summary Statement 176
SIGNIFICANCE OF SOIL pH 176
Nutrient Availability and pH 177
Effect of pH on Soil Organisms 178
Toxicities in Acid Soils 178
pH Preferences of Plants 178
MANAGEMENT OF SOIL pH 178
lime Requirement 179
Lime Requirement of Intensively
Weathered Soils 180
Lime Requirement of Minimally and Moderately
Weathered Soils 180
The Liming Equation and Soil Buffering 181
Some Considerations in Lime Use 182
Management of Calcareous Soils 182
Soil Acidulation 183
EFFECTS OF FLOODING ON CHEMICAL
PROPERTIES 183
Dominant Oxidation and Reduction Reactions 183
Effect on Soil pH 184
CHAPTER 12
PLANT-SOIL MACRONUTRIENT
RELATIONS 186
DEFICIENCY SYMPTOMS 186
NITROGEN 186
The Soil Nitrogen Cycle 187
Dinitrogen Fixation 187
Symbiotic Legume Fixation 187
Nonlegume Symbiotic Fixation 192
Nonsymbiotic Nitrogen Fixation 192
Summary Statement 192
Mineralization 192
Nitrification 193
Immobilization 194
Carbon-Nitrogen Relationships 195
Denitrification 195
Human Intrusion in the Nitrogen Cycle 196
Summary Statement on Nitrogen Cycle 197
Plant Nitrogen Relations 197
PHOSPHORUS 197
Soil Phosphorus Cycle 198
Effect of pH on Phosphorus Availability 199
Changes in Soil Phosphorus Over Time 199
Plant Uptake of Soil Phosphorus 200
Plant Phosphorus Relations 201
POTASSIUM 202
Soil Potassium Cycle 202
Summary Statement 203
Plant Uptake of Soil Potassium 204
Plant Potassium Relations 205
CALCIUM AND MAGNESIUM 205
Plant Calcium and Magnesium Relations 206
Soil Magnesium and Grass Tetany 206
SULFUR 207
DETAILED CONTENTS
XIII
CHAPTER 13
MICRONUTRIENTS AND
TOXIC ELEMENTS 210
IRON AND MANGANESE 210
Plant Strategies for Iron Uptake 211
COPPER AND ZINC 212
Plant Copper and Zinc Relations 213
BORON 214
CHLORINE 214
MOLYBDENUM 214
Plant and Animal Molybdenum Relations 215
COBALT 216
SELENIUM 217
POTENTIALLY TOXIC ELEMENTS
FROM POLLUTION 217
RADIOACTIVE ELEMENTS 218
CHAPTER 14
FERTILIZERS 221
FERTILIZER TERMINOLOGY 221
Grade and Ratio 221
General Nature of Fertilizer Laws 222
Types of Fertilizers 222
FERTILIZER MATERIALS 222
Nitrogen Materials 222
Phosphorus Materials 224
Potassium Materials 226
Micronutrient Materials 228
MIXED FERTILIZERS 228
Granular Fertilizers 228
Bulk Blended Fertilizers 229
Fluid Fertilizers 229
NATURAL FERTILIZER MATERIALS 230
CHAPTER 15
SOIL FERTILITY EVALUATION AND
FERTILIZER USE 232
SOIL FERTILITY EVALUATION 232
Plant Deficiency Symptoms 232
Plant Tissue Tests 232
Soil Tests 233
Computerized Fertilizer Recommendations 235
APPLICATION AND USE OF FERTILIZERS 237
Time of Application 238
Methods of Fertilizer Placement 238
Salinity and Acidity Effects 240
ANIMAL MANURES 241
Manure Composition and Nutrient Value 241
Nitrogen Volatilization Loss from Manure 242
Manure as a Source of Energy 243
LAND APPLICATION OF SEWAGE SLUDGE
Sludge as a Nutrient Source 244
Heavy Metal Contamination 245
FERTILIZER USE AND ENVIRONMENTAL
QUALITY 246
Phosphate Pollution 246
Nitrate Pollution 246
Nitrate Toxicity 247
SUSTAINABLE AGRICULTURE 247
244
CHAPTER 16
SOIL GENESIS
250
250
ROLE OF TIME IN SOIL GENESIS
Case Study of Soil Genesis 250
Time and Soil Development Sequences
252
ROLE OF PARENT MATERIAL IN SOIL GENESIS 253
Consolidated Rock as a Source of
Parent Material 253
Soil Formation from Limestone Weathering 253
Sediments as a Source of Parent Material 254
Gulf and Atlantic Coastal Plains 255
Central Lowlands 256
Interior Plains 258
Basin and Range Region 258
Volcanic Ash Sediments 258
Effect of Parent Material Properties on
Soil Genesis 258
Stratified Parent Materials 259
Parent Material of Organic Soils 260
ROLE OF CLIMATE IN SOIL GENESIS 260
Precipitation Effects 260
Temperature Effects 262
Climate Change and Soil Properties 263
ROLE OF ORGANISMS IN SOIL GENESIS 263
Trees Versus Grass and Organic
Matter Content 263
Vegetation Effects on Leaching and Eluviation 264
Role of Animals in Soil Genesis 265
ROLE OF TOPOGRAPHY IN SOIL GENESIS 265
Effect of Slope 265
XIV
DETAILED CONTENTS
Effects of Water Tables and Drainage 266
Topography, Parent Material, and
Time Interactions 267
Uniqueness of Soils Developed in Alluvial
Parent Material 267
HUMAN BEINGS AS A SOIL-FORMING FACTOR 269
CHAPTER 17
SOIL TAXONOMY
271
DIAGNOSTIC SURFACE HORIZONS
Mollic Horizon 271
Umbric and Ochric Horizons 272
Histic Horizon 272
Melanie Horizon 272
Anthropic and Plaggen Horizons 273
271
273
DIAGNOSTIC SUBSURFACE HORIZONS
Cambic Horizon 273
Argillic and Natric Horizons 274
Kandic Horizon 274
Spodic Horizon 275
Albic Horizon 275
Oxic Horizon 275
Calcic, Gypsic, and Salic Horizons 275
Subordinate Distinctions of Horizons 276
SOIL MOISTURE REGIMES 276
Aquic Moisture Regime 276
Udic and Perudic Moisture Regime 276
Ustic Moisture Regime 277
Aridic Moisture Regime 277
Xeric Moisture Regime 278
SOIL TEMPERATURE REGIMES 279
CATEGORIES OF SOIL TAXONOMY 279
Soil Order 279
Suborder and Great Group 282
Subgroup, Family, and Series 283
AN EXAMPLE OF CLASSIFICATION:
THE ABAC SOILS 283
THE PEDON 284
CHAPTER 18
SOIL GEOGRAPHY AND LAND USE 285
ALFISOLS 285
Aqualfs 285
Boralfs 286
Udalfs 286
Ustalfs 293
Xeralfs 293
ANDISOLS 294
Genesis and Properties 294
Suborders 294
ARIDISOLS 294
Genesis and Properties 295
Aridisol Suborders 295
Land Use on Aridisols 296
ENTISOLS 297
Aquents 297
Fluvents 297
Psamments 298
Orthents 298
HISTOSOLS 299
Histosol Suborders 299
Land Use on Histosols 300
INCEPTISOLS 300
Aquepts 300
Ochrepts 301
Umbrepts 301
MOLLISOLS 302
Aquolls 302
Borolls 303
Ustolls and Udolls 303
Xerolls 304
OXISOLS 304
Oxisol Suborders 306
Land Use on Udox Soils 306
Land Use on Ustox Soils 307
Extremely Weathered Oxisols 307
Plinthite or Latente 308
SPODOSOLS 308
Spodosol Suborders 308
Spodosol Properties and Land Use 309
ULTISOLS 311
Ultisol Suborders 311
Properties of Ultisols 311
Land Use on Ultisols 312
VERTISOLS 312
Vertisol Suborders 313
Vertisol Genesis 313
Vertisol Properties 314
Land Use on Vertisols 315
CHAPTER 19
SOIL SURVEYS AND LAND-USE
INTERPRETATIONS 318
MAKING A SOIL SURVEY 318
Making a Soil Map 318
DETAILED CONTENTS
XV
Writing the Soil Survey Report 320
Using the Soil Survey Report 321
SOIL SURVEY INTERPRETATIONS AND
LAND-USE PLANNING 322
Examples of Interpretative Land-Use Maps
Land Capability Class Maps 323
Computers and Soil Survey Interpretations
SOIL SURVEYS AND AGROTECHNOLOGY
TRANSFER 324
322
323
FUTURE OUTLOOK 332
Beyond Technology 333
The World Grain Trade 333
Population Control and Politics
APPENDIX I
SOIL TEXTURE BY THE
FIELD METHOD 337
334
CHAPTER 20
LAND AND THE WORLD
FOOD SUPPLY 326
POPULATION AND FOOD TRENDS 326
Development of Agriculture 326
The Industrial Revolution 326
Recent Trends in Food Production 327
Recent Trends in Per Capita Cropland 328
Summary Statement 329
POTENTIALLY AVAILABLE LAND AND
SOIL RESOURCES 329
World s Potential Arable Land 329
Limitations of World Soil Resources 332
Summary Statement 332
APPENDIX II
TYPES AND CLASSES OF
SOIL STRUCTURE 339
APPENDIX III
PREFIXES AND THEIR CONNOTATIONS
FOR NAMES OF GREAT GROUPS IN THE
U.S. SOIL CLASSIFICATION SYSTEM
(SOIL TAXONOMY) 341
GLOSSARY 342
INDEX 353
|
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| callnumber-subject | S - General Agriculture |
| ctrlnum | (OCoLC)21405729 (DE-599)BVBBV006085902 |
| dewey-full | 631.4 |
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| dewey-ones | 631 - Techniques, equipment & materials |
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| dewey-sort | 3631.4 |
| dewey-tens | 630 - Agriculture and related technologies |
| discipline | Agrar-/Forst-/Ernährungs-/Haushaltswissenschaft / Gartenbau |
| edition | 8. ed. |
| format | Book |
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| indexdate | 2024-07-09T16:40:02Z |
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| owner | DE-703 DE-1029 DE-M49 DE-BY-TUM DE-634 DE-11 |
| owner_facet | DE-703 DE-1029 DE-M49 DE-BY-TUM DE-634 DE-11 |
| physical | XV, 360 S. Ill., graph. Darst., Kt. |
| publishDate | 1990 |
| publishDateSearch | 1990 |
| publishDateSort | 1990 |
| publisher | Wiley |
| record_format | marc |
| spelling | Foth, Henry D. Verfasser aut Fundamentals of soil science Henry D. Foth 8. ed. New York u. a. Wiley 1990 XV, 360 S. Ill., graph. Darst., Kt. txt rdacontent n rdamedia nc rdacarrier Bodemkunde gtt Pédologie Pédologie ram Soil science Bodenkunde (DE-588)4007379-8 gnd rswk-swf (DE-588)4151278-9 Einführung gnd-content Bodenkunde (DE-588)4007379-8 s DE-604 HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003842666&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Foth, Henry D. Fundamentals of soil science Bodemkunde gtt Pédologie Pédologie ram Soil science Bodenkunde (DE-588)4007379-8 gnd |
| subject_GND | (DE-588)4007379-8 (DE-588)4151278-9 |
| title | Fundamentals of soil science |
| title_auth | Fundamentals of soil science |
| title_exact_search | Fundamentals of soil science |
| title_full | Fundamentals of soil science Henry D. Foth |
| title_fullStr | Fundamentals of soil science Henry D. Foth |
| title_full_unstemmed | Fundamentals of soil science Henry D. Foth |
| title_short | Fundamentals of soil science |
| title_sort | fundamentals of soil science |
| topic | Bodemkunde gtt Pédologie Pédologie ram Soil science Bodenkunde (DE-588)4007379-8 gnd |
| topic_facet | Bodemkunde Pédologie Soil science Bodenkunde Einführung |
| url | http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=003842666&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA |
| work_keys_str_mv | AT fothhenryd fundamentalsofsoilscience |