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      (The) soils of Oregon

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      https://www.riss.kr/link?id=M17041464

      • 저자
      • 발행사항

        Cham, Switzerland : Springer, [2022] ©2022

      • 발행연도

        2022

      • 작성언어

        영어

      • 주제어
      • DDC

        631.47795 판사항(23)

      • ISSN

        2211-1263 (electronic)

      • ISBN

        9783030900908
        9783030900915 (eBook)

      • 자료형태

        단행본(다권본)

      • 발행국(도시)

        스위스

      • 서명/저자사항

        (The) soils of Oregon / Thor Thorson, Chad McGrath, Dean Moberg, Matthew Fillmore, Steven Campbell, Duane Lammers, James G. Bockheim

      • 형태사항

        xix, 545 pages : illustrations (chiefly color), maps ; 29 cm

      • 총서사항

        World soils book series, 2211-1255 World soils book series, 2211-1255

      • 일반주기명

        Includes bibliographical references and index

      • 소장기관
        • 국립중앙도서관 국립중앙도서관 우편복사 서비스
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      목차 (Table of Contents)

      • CONTENTS
      • 1 Introduction = 1
      • 1.1 Etymology = 1
      • 1.2 Geography = 1
      • 1.3 Demographics = 1
      • CONTENTS
      • 1 Introduction = 1
      • 1.1 Etymology = 1
      • 1.2 Geography = 1
      • 1.3 Demographics = 1
      • 1.4 History = 2
      • 1.5 Economy = 2
      • 1.6 Summary = 3
      • References = 3
      • 2 History of Soil Studies in Oregon = 5
      • 2.1 Introduction = 5
      • 2.2 Definition of Soil = 5
      • 2.3 Soil Surveys 5
      • 2.4 Soil Series = 8
      • 2.5 Soil Classification = 10
      • 2.6 Soil Taxonomy = 10
      • 2.7 General Soil Maps = 15
      • 2.8 Soil Research = 16
      • 2.9 The State Soil = 17
      • 2.10 Summary = 17
      • References = 20
      • 3 Soil-Forming Factors = 21
      • 3.1 Introduction = 21
      • 3.2 Climate = 21
      • 3.2.1 Current Climate = 21
      • 3.2.2 Past Climates = 25
      • 3.3 Vegetation = 26
      • 3.4 Relief = 32
      • 3.5 Physiographic Provinces = 34
      • 3.6 Geologic Structure = 35
      • 3.7 Surficial Geology = 39
      • 3.8 Time = 40
      • 3.9 Humans = 40
      • 3.10 Summary = 40
      • References = 42
      • 4 Elevation Gradients in Oregon Mountain Ranges = 43
      • 4.1 Introduction = 43
      • 4.2 Coast Range = 43
      • 4.3 Cascade Mountains = 43
      • 4.4 Wallowa Mountains = 47
      • 4.5 Blue Mountains = 49
      • 4.6 Steens Mountain = 49
      • 4.7 Fremont Mountains = 49
      • 4.8 Klamath Mountains = 50
      • 4.9 Summary = 50
      • Reference = 50
      • 5 General Soil Regions of Oregon = 51
      • 5.1 Introduction = 51
      • 5.2 Malheur High Plateau = 53
      • 5.3 Cascade Mountains = 59
      • 5.4 Blue Mountain Foothills = 60
      • 5.5 Blue Mountains = 61
      • 5.6 Siskiyou Mountains = 63
      • 5.7 Cascade Mountains-Eastern Slope = 66
      • 5.8 Coast Range = 67
      • 5.9 Willamette Valley = 70
      • 5.10 Owyhee High Plateau = 73
      • 5.11 Columbia Plateau = 74
      • 5.12 Klamath Basin = 77
      • 5.13 Palouse Prairie = 79
      • 5.14 Sitka Spruce Belt = 81
      • 5.15 Columbia Basin = 82
      • 5.16 Snake River Plains = 85
      • 5.17 Humboldt Area = 86
      • 5.18 Coastal Redwood Belt = 88
      • 5.19 Summary = 88
      • Reference = 88
      • 6 Diagnostic Horizons and Taxonomic Structure of Oregon Soils = 89
      • 6.1 Introduction = 89
      • 6.2 Diagnostic Horizons = 89
      • 6.3 Orders = 91
      • 6.4 Suborders = 91
      • 6.5 Great Groups = 91
      • 6.6 Subgroups = 91
      • 6.7 Families = 91
      • 6.8 Soil Series = 96
      • 6.9 Summary = 96
      • References = 101
      • 7 Taxonomic Soil Regions of Oregon = 103
      • 7.1 Introduction = 103
      • 7.2 Haploxerolls (Soil Region 1) = 110
      • 7.3 Argixerolls (Soil Region 2) = 111
      • 7.4 Humudepts (Soil Region 3) = 114
      • 7.5 Haplargids (Soil Region 4) = 116
      • 7.6 Argidurids (Soil Region 5) = 117
      • 7.7 Vitricryands (Soil Region 6) = 118
      • 7.8 Haplocambids (Soil Region 7) = 122
      • 7.9 Palexerolls (Soil Region 8) = 124
      • 7.10 Haploxeralfs (Soil Region 9) = 126
      • 7.11 Haplodurids (Soil Region 10) = 128
      • 7.12 Dystroxerepts (Soil Region 11) = 130
      • 7.13 Durixerolls (Soil Region 12) = 132
      • 7.14 Haplohumults (Soil Region 13) = 133
      • 7.15 Vitrixerands (Soil Region 14) = 136
      • 7.16 Udivitrands (Soil Region 15) = 138
      • 7.17 Haploxerepts (Soil Region 16) = 140
      • 7.18 Palehumults (Soil Region 17) = 141
      • 7.19 Dystrudepts (Soil Region 18) = 143
      • 7.20 Hapludands (Soil Region 19) = 145
      • 7.21 Paleargids (Soil Region 20) = 146
      • 7.22 Eutrudepts (Soil Region 21) = 149
      • 7.23 Fulvudands (Soil Region 22) = 151
      • 7.24 Torripsamments (Soil Region 23) = 153
      • 7.25 Endoaquolls (Soil Region 24) = 155
      • 7.26 Torriorthents (Soil Region 25) = 157
      • 7.27 Haplocryands (Soil Region 26) = 159
      • 7.28 Argialbolls (Soil Region 27) = 161
      • 7.29 Palexeralfs (Soil Region 28) = 163
      • 7.30 Summary = 164
      • 8 Mollisols = 165
      • 8.1 Distribution = 165
      • 8.2 Properties and Processes = 166
      • 8.3 Use and Management = 168
      • 8.4 Summary = 168
      • Reference = 173
      • 9 Inceptisols = 175
      • 9.1 Distribution = 175
      • 9.2 Properties and Processes = 176
      • 9.3 Use and Management = 178
      • 9.4 Summary = 178
      • 10 Aridisols = 181
      • 10.1 Distribution = 181
      • 10.2 Properties and Processes = 181
      • 10.3 Use and Management = 185
      • 10.4 Summary = 185
      • Reference = 185
      • 11 Andisols = 187
      • 11.1 Distribution = 187
      • 11.2 Properties and Processes = 189
      • 11.3 Use and Management = 192
      • 11.4 Summary = 192
      • Reference = 195
      • 12 Ultisols = 197
      • 12.1 Distribution = 197
      • 12.2 Properties and Processes = 197
      • 12.3 Use and Management = 199
      • 12.4 Summary = 199
      • References = 200
      • 13 Alfisols = 201
      • 13.1 Distribution = 201
      • 13.2 Properties and Processes = 201
      • 13.3 Use and Management = 202
      • 13.4 Summary = 202
      • Reference = 204
      • 14 Entisols, Vertisols, Spodosols, and Histosols = 205
      • 14.1 Distribution = 205
      • 14.2 Properties and Processes = 207
      • 14.3 Use and Management = 212
      • 14.4 Summary = 213
      • References = 213
      • 15 Soil-Forming Processes in Oregon = 215
      • 15.1 Introduction = 215
      • 15.2 Humification = 215
      • 15.3 Cambisolization = 215
      • 15.4 Argilluviation = 215
      • 15.5 Andisolization = 216
      • 15.6 Gleization = 216
      • 15.7 Silicification = 217
      • 15.8 Vertization = 217
      • 15.9 Calcification = 217
      • 15.10 Solonization = 217
      • 15.11 Salinization = 217
      • 15.12 Podzolization = 217
      • 15.13 Paludization = 218
      • 15.14 Soils with Minimal Soil-Forming Processes = 218
      • 15.15 Summary = 218
      • References = 218
      • 16 Benchmark, Endemic, Rare, and Endangered Soils in Oregon = 219
      • 16.1 Introduction = 219
      • 16.2 Benchmark Soils = 219
      • 16.3 Endemic Soils = 219
      • 16.4 Rare Soils = 219
      • 16.5 Endangered Soils = 220
      • 16.6 Shallow Soils = 220
      • 16.7 Highly Represented Soil Great Groups = 220
      • 16.8 Summary = 220
      • References = 221
      • 17 Land Use in Oregon = 223
      • 17.1 Introduction = 223
      • 17.2 Land Ownership and Management = 223
      • 17.2.1 Federal = 223
      • 17.2.2 Indigenous Peoples = 225
      • 17.2.3 State and Local Government = 226
      • 17.2.4 Private = 226
      • 17.3 Land-Use Designations = 229
      • 17.3.1 Developed Land = 230
      • 17.3.2 Farmsteads = 230
      • 17.3.3 Cropland = 230
      • 17.3.4 Pasture and Rangeland = 232
      • 17.3.5 Forestland = 233
      • 17.4 Soil Survey Management Groups = 236
      • 17.4.1 Land Capability Classes = 236
      • 17.4.2 National Inventory Groupings = 237
      • 17.5 Oregon Land-Use Planning = 237
      • 17.5.1 Zoning = 237
      • 17.5.2 Oregon Land Use Act of 1973 = 237
      • 17.5.3 Changes to the Oregon Land Use Act : Measures 7, 37, and 49 = 239
      • 17.5.4 After Measure 49 = 240
      • 17.6 Key Natural Resource Challenges Related to Land Use and Soil = 241
      • 17.6.1 Climate Change = 241
      • 17.6.2 Wetland Loss = 243
      • 17.6.3 Flooding = 243
      • 17.6.4 Landslides = 247
      • 17.6.5 Volcanoes, Earthquakes, and Tsunamis = 248
      • 17.6.6 Coastal Erosion = 249
      • 17.6.7 Wildfires = 255
      • 17.7 Summary = 258
      • References = 259
      • 18 Yields, Soil Conservation, and Production Systems = 265
      • 18.1 Introduction = 265
      • 18.2 Yields of Oregon Working Lands = 265
      • 18.2.1 Cropland Yields = 265
      • 18.2.2 Grazing Land Yields = 268
      • 18.2.3 Forestry Yields = 269
      • 18.2.4 Productivity Indices and Yield Modeling = 269
      • 18.3 Conservation of Soil and Related Resources = 270
      • 18.3.1 Background = 270
      • 18.3.2 State Regulations = 270
      • 18.3.3 Federal Regulations = 273
      • 18.3.4 Local, State, and Federal Funding for Conservation = 275
      • 18.3.5 Practices = 275
      • 18.3.6 Soil Health = 275
      • 18.4 Cropland Management Systems = 277
      • 18.4.1 Hay and Haylage = 277
      • 18.4.2 Grain Crops = 278
      • 18.4.3 Conservation Reserve Program = 280
      • 18.4.4 Seed Crops = 281
      • 18.4.5 Vegetables = 282
      • 18.4.6 Orchards = 283
      • 18.4.7 Corn for Silage or Grain = 287
      • 18.4.8 Christmas Trees = 288
      • 18.4.9 Nursery Crops = 289
      • 18.4.10 Hemp and Marijuana = 291
      • 18.4.11 Berries = 292
      • 18.4.12 Grapes = 294
      • 18.4.13 Small Acreage Vegetables and Specialty Crops = 296
      • 18.5 Pasture and Grazed Rangeland Management Systems = 297
      • 18.5.1 Pasture = 298
      • 18.5.2 Grazed Rangeland = 300
      • 18.6 Forestry Management Systems = 301
      • 18.6.1 Western Oregon Forests = 302
      • 18.6.2 Eastern Oregon Forests = 305
      • 18.7 First Foods of Indigenous Peoples = 306
      • 18.7.1 Camas = 307
      • 18.7.2 Lomatium Species = 307
      • 18.7.3 Oregon White Oak = 309
      • 18.7.4 The Huckleberries = 310
      • 18.7.5 Water and Salmon = 311
      • 18.8 Summary = 314
      • References = 315
      • 19 Summary = 323
      • Appendix A : Soil-Forming Factors for Soil Series in Oregon with an Area of 50 km2 or More = 325
      • Appendix B : Thicknesses (cm) of Diagnostic Horizons in Soil Series with an Area of 50 km2 and Greater in Oregon = 365
      • Appendix C : Area and Taxonomy of Soil Series in Oregon = 379
      • Appendix D : Benchmark, Endemic, Rare, and Endangered Soil Series in Oregon = 433
      • Appendix E : Land Use, Yield, and Key Soil Characteristics Influencing Yield in Oregon = 465
      • Index = 539
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