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Soils: genesis and geomorphology

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Bibliographische Detailangaben
Beteiligte Personen:	Schaetzl, Randall J. 1957- (VerfasserIn), Thompson, Michael L. 1952- (VerfasserIn)
Format:	Buch
Sprache:	Englisch
Veröffentlicht:	New York, NY Cambridge Univ. Press 2015
Ausgabe:	2. ed.
Schlagwörter:	Bodenkunde Bodenentwicklung Bodengefüge Geomorphologie Bodenbildung Lehrbuch
Links:	http://assets.cambridge.org/97811070/16934/cover/9781107016934.jpg http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=027768938&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
Beschreibung:	Hier auch später erschienene, unveränderte Nachdrucke
Umfang:	XX, 778 S. Ill., graph. Darst., Kt.
ISBN:	9781107016934

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Datensatz im Suchindex

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adam_text	Contents Preface page xvii A cknowle dgments xix Part I The Building Blocks of Soil I 1 Introduction....................................................3 Pioneers of Soil Science, Soil Survey, and Soil Geography........3 Tilings We Hold Self-Evident.....................................6 The Framework for This Book......................................7 2 Basic Concepts: Soil Morphology.................................8 What Is Soil?....................................................8 Soil Profile Descriptions........................................8 Texture..........................................................9 Landscapes: The Exciting Additional Detail, Insight, and Interpretation Provided by Laser Diffraction Data...............13 Color...........................................................15 The Munsell Color System......................................16 Origins of Soil Color.........................................17 Redoximorphic Features..........................................18 Landscapes: A Typical Soil Profile Description..................18 Pores, Voids, and Bulk Density .................................18 Structure.......................................................19 Consistence.....................................................22 Presentation of Soil Profile Data...............................22 Soil Micromorphology............................................22 Tools Used to Study Soil Micro morphology.......................24 3 Basic Concepts: Soil Horizonatioix ... the Alphabet of Soils........................................................29 Soil Horizons...................................................29 Types of Soil Horizons..........................................29 O Horizons....................................................34 Types and Subdivisions of 0 Horizons........................35 Biological Degradation of Raw fitter in 0 Horizons..........36 A Horizons....................................................38 E Horizons....................................................39 B Horizons....................................................39 The Sequum Concept............................................40 The Solum Concept............................................ 40 C Horizons....................................................40 Buried Soils....................................................42 Regolith, Residuum, Saprohte, and the Weathering Profile........42 D Horizons.................................................. 45 Soil Profiles and Soil Individuals..............................45 rThe Material and the Conceptual..............................46 Concepts in Soil Classification...............................47 Putting the Letters Together....................................49 4 Basic Concepts: Soil Mineralogy................................50 Bonding and Crystal Structures..................................50 \| CONTENTS j_________ Oxides..................................................................50 Aluminum Oxides......................................................51 ïron Oxides..........................................................52 Manganèse Oxides.....................................................54 Chlorides, Carbonates, Sulfates, Sulfides, and Phosphates...............55 Silicates............................................................. 55 Nesosiîicates, Sorosilicates, and Cyclosilicates.....................56 Inosilicates (Chain Silicates).......................................56 Tectosilicates (Framework Silicates).................................58 Phylïosilicates (Layer Silicates)....................................58 1;1 Layer Silicates: Kaolin Group..................................59 1:1 Layer Silicates: Serpentine Group..............................62 OverView of 2:1 Layer Silicates....................................62 2:1 Layer Silicates: Talc-Pyrophyïlite Group.......................62 2:1 Layer Silicates: Mica Group....................................62 2:1 Layer Silicates: Vermiculite...................................63 2:1 Layer Silicates: Smectite Group................................63 2:1 Layer Silicates: Chlorite and Hydroxy-Interlayered Clays.......65 Identification of Phylïosilicates in Soils by X-Ray Diffraction.........66 XRD Theory...........................................................66 Landscapes: Geophagy....................................................66 CXay Minerai Identification Strategies Using XRD.....................68 Identification of Iron and Aluminum Oxides in Soils.....................69 5 Basic Concepts: Soil Chemistry.........................................71 The Liquid Phase in Soils...............................................71 Acids and Bases in Soils................................................71 Acids and Bases......................................................71 Soil pH............................................................ 72 Degree of Dissociation...............................................72 CarbonicAcid.........................................................73 Soluble Organic Acids................................................74 Hydrolysis of Metals.................................................74 Bases and Aïkalinity.................................................74 Complexation Reactions..................................................75 Metal-Ligand Complexes............................................. 75 Chélation............................................................75 Sorption of Solution Species............................................76 Charged Solid Surfaces..................................................76 Constant, pH-independent Charges.....................................76 Variable, pH-Dependent Charges.......................................77 pH-Dependent Charges at Silicate Edges.............................77 pH-Dependent Charges on Oxide Surfaces.............................77 pH-Dependent Charges in Soil Organic Matter........................78 Cation Exchange Capacity ofSoïl......................................79 Cation Exchange Reactions............................................80 Anton Exchange Reactions.............................................82 Adsorption Reactions....................................................82 Minerai Précipitation Reactions.........................................84 6 Basic Concepts: Soil Physics..........................................85 Soil Water Rétention and Energy.........................................85 Soil Water Movement.....................................................88 Soil Température........................................................90 Heat Fïow in Soil....................................................91 Soil Gas Composition and Transport......................................92 7 Basic Concepts: Soil Organisms...............................95 Primary Producers.............................................95 Bacteria......................................................97 Fungi.........................................................99 Soil Fauna...................................................101 Protozoa...................................................102 Nematodes..................................................102 Arthropods.................................................102 Landscapes: Termite-Generated Fairy Circles..................103 Earthworms.................................................104 Landscapes: Invading versus Migrating Worms..................105 Mammals, Birds, Reptiles, and Amphibians.....................107 Part II Soil Genesis: From Parent Material to Soil 109 8 Soil Classification and Mapping...............................Ill Soil Geography, Mapping, and Classification.....................Ill The System of Soil Taxonomy.....................................112 A Historical Overview.........................................113 How Soil Taxonomy Works.......................................118 Soil Moisture Regimes.........................................128 Soil Temperature Regimes......................................140 An Overview and Assessment of Soil Taxonomy...................142 The Canadian System of Soil Classification......................144 The World Reference Base for Soil Resources.....................144 Soil Mapping and Soil Maps......................................146 Utility of Soil Maps..........................................146 Components of Soil Maps.......................................148 Types of Map Units............................................149 Making a Soil Map: Fieldwork..................................151 Making a Soil Map: After the Field............................156 Error, Uncertainty, and Variability in Soil Maps..............156 Digital Soil Maps and Mapping.................................157 Landscapes: Digital Soil Mapping (DSM)..........................158 Pedometrics.....................................................159 Soil Landscape Analysis.........................................160 Describing Soil Bodies and Soil Landscapes....................161 9 Weathering....................................................165 Physical Weathering.............................................166 Forms of Physical Weathering..................................166 Chemical and Biotic Weathering..................................172 Mineral Solubility in Water...................................172 Destabilization by Charge Imbalance...........................173 Preventing the Backward Reaction..............................175 Biological Agents.............................................175 Products of Weathering..........................................176 Controls on Physical and Chemical Weathering....................176 Weathering versus Soil Production...............................178 Assessing Weathering Intensity..................................180 10 Soil Parent Materials.........................................181 Effects of Parent Material on Soils.............................181 The Mutability of Timezero......................................182 Types of Parent Materials and Their Characteristics.............183 CONTENTS Residual Parent Materials............................................183 Saprolite.........................................................184 Saprolite Formation in the Humid Tropics..........................186 Effects of Rock Type on Residuum Character........................189 Residuum from Siliceous Crystalline Rocks.........................190 Residuum from Base-Rich Crystalline Rocks....................... 190 Residuum from Sedimentary Rocks...................................194 landscapes: The Mesa-and-Butte Desert Landscape of the Colorado Plateau................................................194 Landscapes: Terra Rossa Soils of the Mediterranean Region..............196 Organic Parent Materials.............................................198 Transported Parent Materials.........................................199 Transported by Water..............................................199 Transported by Wind...............................................202 Eolmn Sand Parent Materials.....................................203 Parna Parent Materials..........................................206 Loess Parent Materials..........................................206 Volcanic Parent Materials: Andisols.............................216 Transported by Ice................................................218 Transported by Meltwater..........................................219 Transported by Gravity............................................219 Lithologic Discontinuities in Soils....................................222 Types of Discontinuities.............................................224 Detection of Discontinuities.........................................224 Pedogenic Importance of Discontinuities..............................230 11 Pedoturbation.........................................................232 Expressions of Pedoturbation...........................................232 Proisotropic versus Proanisotropic Pedoturbation.......................232 Biomantles and Stone Lines.............................................236 Pedoturbation Vectors..................................................238 Aeroturbation........................................................238 Aquaturbation........................................................238 Bioturbation: Faunalturbation and Floralturbation....................238 Faunalturbation......................................................239 Landscapes: Rapid Soil Changes Due to Invasive Earthworms-------------241 Mounders and Nonmounders..........................................242 Earthworms........................................................243 Arthropods........................................................244 Landscapes: Worm Bioturbation of Artifacts on the Hillslopes of Western Illinois....................................................246 Termites..........................................................247 Landscapes: The Mima Mound Mystery - Solved! ..........................247 Floralturbation......................................................252 Cryoturbation and Geltsols...........................................254 Soil Freezing and Cryoturbation...................................255 Permafrost........................................................257 Patterned Ground..................................................257 Landscapes: The Boreal Forest of Interior Alaska.......................261 Models of Cryoturbation...........................................261 Pedogenesis Dominated by Cryoturbation............................263 Soils of Polar Landscapes.........................................267 Argilliturbation and Vertisols.......................................269 Pedogenesis Dominated by Argilliturbation.........................269 Landscapes: The Blackland and Grand Prairies of East Texas_________270 Gilgai..........................................................272 Slickensides....................................................272 Models of Argilliturbation......................................273 Rates of Argilliturbation.......................................277 Argilliturbation and Coarse Fragments...........................278 Graviturbation....................................................278 Anthroturbation...................................................279 Bombturbation.....................................................280 Less-Studied Forms ofPedoturbation................................281 12 Models and Concepts of Soil Formation.............................283 Dokuchaev and Jenny: Functional-Factorial Models....................284 Factors of Soil Formation.........................................285 The Time Factor.................................................288 The Parent Material Factor......................................288 The Topography (Relief) Factor..................................289 The Biotic Factor...............................................291 The Climate Factor..............................................292 Zonation of Soils in Alpine Regions: Where Climo-, Topo-, and Biosequences Meet......................................293 Humans as a Soil-Forming Factor: Anthrosols.......................297 Simonson’s Process-Systems Model....................................300 Runge’s Energy Model................................................302 Johnson’s Soil Thickness Model......................................304 Johnson and Watson-Stegner’s Soil Evolution Model...................304 The Normal Soil Concept...........................................304 Background and Development of the Soil Evolution Model............306 Changes in Pedogenic Pathways: How and Why?.......................309 Thresholds and Feedbacks........................................311 Landscapes: Pedogenic Thresholds in the Buckskin Range, Nevada..............................................................313 Steady State Conditions...........................................315 Polygenesis and Polygenetic Soils.................................316 Phillips’s Deterministic Chaos and Uncertainty Concepts............318 Final Words.........................................................319 13 Soil Genesis and Profile Differentiation..........................321 Landscapes: Can a Soil Become Extinct?..............................321 Pedogenenic Processes...............................................321 Eluviation-Illuviation..............................................322 Effect of Surface Area............................................327 Processes Associated with Soil Organic Matter.......................328 Histosols.........................................................330 Melanization: Mollisols.............................................332 Landscapes: Soils, Carbon Sequestration, and Global Climate Change...............................................332 Formation of Granular Structure...................................333 Biocycling and Acidification........................................333 Leaching and Leucinization..........................................336 Lessivage: Alfisols and Ultisols....................................337 Landscapes: Early Views on Pedogenesis of Clay-Rich B Horizons............................................................338 How Lessivage Works...............................................340 CONTENTS Lamellae...............................................................344 Degradation ofArgillic Horizons........................................346 Fragipans................................................................349 Characteristics........................................................349 Genesis and Evolution..................................................350 Degradation............................................................354 Oxidation-Reduction and Gleization.......................................356 Ferrolysis...............................................................358 Landscapes: Pathways to Planosols........................................360 Rubification.............................................................362 Pedogenesis in the Humid Tropics: Oxisols................................363 Laterization and Latosolization......................................368 Desilication.........................................................371 Laterite and Plinthite...............................................372 Landscapes: The Three Phases of Warm-Climate Pedogenesis...............374 Pedogenesis in Dry Climates: Aridisols...................................375 Aridisols..............................................................377 Calcification..........................................................377 Calcification: The Process.............................................378 Sources of Carbonate...................................................381 Landscapes: Southern Arizona Basin and Range.............................382 Physicochemical Models of Carbonate Accumulation.......................385 The Desert Project Model............................................ . 385 Other Physicochemical Models.........................................390 Biogenic Models of Carbonate Accumulation..............................391 Gypsification..........................................................393 Silicification.........................................................395 Duripans.............................................................396 Silirijkation: The Process...........................................396 Salinization...........................................................398 Saline (Salty) Soils.................................................399 Sodic (Natric) Soils.................................................403 Landscapes with Sodic Soils..........................................406 Near-Surface Processes in Desert Soils.................................409 Vesicular Horizons...................................................410 Desert Pavement......................................................411 Biocrusts............................................................415 Rock Varnish.........................................................416 Podzolization: Spodosols.................................................419 The Spodosol Profile................................................. 421 Placic Horizons......................................................422 Ortstein.............................................................423 Podzolization: the Process.............................................423 Proto-imogolite Model................................................423 Chelate-Complex Model................................................424 Pros, Cons, and Contemplations of the Models.........................426 Determining the Details of the Podzolization Process.................427 Factors Affecting Podzolization......................................429 Braunification versus Podzolization....................................431 Landscapes: The Pygmy Forest Podzol Ecosystem............................432 Rates of Podzolization...............................................432 Sulfidization and Sulfuricization........................................433 Surface Additions and Losses.............................................435 Cumulization and Burial at Soil Surfaces...............................436 Mass Balance Analysis of Pedogenesis.....................................437 Part III Soil Geomorphology 443 14 Soil Geomorphology and Hydrology...................................445 Introduction to Soil Geomorphology...................................445 Historical Background..............................................445 Topical Areas of Focus.............................................446 Geomorphic Surfaces..................................................446 Types and Categories of Geomorphic Surfaces........................447 The K Cycle Concept.............................................449 Ages and Relative Dating of Geomorphic Surfaces.................450 Surface Morphometry..................................................451 The Catena Concept...................................................452 Reasons for Soil Variation within Catenas..........................453 Debris flux: Texture Contrast Soils.............................455 Moisture Flux and Soil Hydrology................................460 Slope Description and Catenas......................................461 Slope Gradient..................................................461 Slope Length....................................................462 Slope Aspect....................................................463 Landscapes: The Palouse Hills, Washington State......................466 Slope Curvature or Shape........................................467 Elevation.......................................................468 Slope Elements..................................................468 Summit Positions..............................................470 Landscapes: The Illinoian Till Plain of Southern Illinois............470 Shouldек and Fret. Fact Positions.............................471 Backsioi’t: Positions.........................................471 Fmswn Positions...............................................472 Tots core Positions...........................................472 The Nine-Unit Landsurface Model....................................474 Soil Wetness and Hydric Soils........................................477 Landscapes: The Pocosins of North Carolina...........................478 Conditions of Saturation in Soils..................................479 Natural Drainage Classes........................................481 Morphologic Expressions o/Wetness in Soils.........................481 Soil Color Patterns versus Soil Hydrology.......................483 Fully Oxidizing Conditions....................................484 Fully Reducing Conditions.....................................484 Fluctuating Water Table.......................................484 Types of Redoximorphic Features.................................485 Landscapes: The Edge Effect..........................................488 Quantification of Wetness..........................................489 Microrelief..........................................................490 Examples of Catenas..................................................493 Wisconsin Till Plain, Iowa.........................................493 Negev Desert, Israel...............................................494 Front Range, Colorado..............................................496 Coastal Plain, Israel..............................................496 The Humid Tropics..................................................498 The Geologic Timescale and Quaternary Paleoclimates..................500 The Deep Sea Record................................................503 Ruhe’s Work in Iowa..................................................504 The Stratigraphy and Constructional Surfaces of Southern Iowa......504 The Erosional Surfaces and Landscape Evolution of Southern Iowa .... 508 The Iowan Erosion Surface..........................................511 Stone Lines and Erosion Surfaces...................................514 CONTENTS xiv Other Theories of Stone Line Development..........................515 Dynamic Denudation..................................................517 Biomechanical Soil Processes......................................517 Elements of Dynamic Denudation....................................517 Horizon Nomenclature within the Constraints of Dynamic Denudation................................................519 Soil Geomorphic Applications in Geoarchaeology......................521 Geoarchaeology: Inferring Past Human Behaviors from the Physical Landscape................................................522 How Soils Can Help................................................522 15 Soil Development and Surface Exposure Dating.......................526 Basic Principles and Concepts.......................................526 Numerical Dating....................................................526 Relative Dating.....................................................528 Surface Exposure Dating.............................................529 Geomorphology and Stratigraphy....................................533 Desert Pavement...................................................533 Rock Weathering...................................................534 Weathering Rinds............................................... . 537 Obsidian Hydration Dating.......................................540 Hornblende Etching..............................................541 Rock Coatings.....................................................541 Cation Ratio Dating of Rock Varnish.............................543 Lichenometry....................................................543 Dendrochronology and Dendrogeomorphology..........................546 SED Methods Based on Soil Development...............................548 individual Properties or Attributes...............................548 Weighted Soil Properties..........................................550 Indices of Soil Development.......................................553 Color indices...................................................554 Field/Morphology indices........................................555 Laboratory Indices..............................................558 Resistant/Weatherable Ratios of Primary Minerals................560 Pedogenic Mass Balance..........................................564 Landscapes: The ~500 ka Loess-Paleosol Sequence at Thebes, Southern Illinois...................................................565 Chronosequences.....................................................568 Theoretical Considerations........................................569 Types of Chronosequences........................................570 Steady State....................................................571 Statistical Circularity.........................................572 Statistical Considerations........................................572 Numerical Dating Techniques in Soil Geomorphology...................577 Paleomagnetism....................................................577 Tephrochronology..................................................578 Radioisotopic Dating..............................................579 Radiocarbon.....................................................580 Tjjfc ORv a so Measurement...................................580 ASSUMPTIONS................................................ 585 Applica r/oxs................................................585 D. nsc Sou. Organic Mattik................................. 586 Dating Soil Carbonate........................................591 Other Cosmogenic Isotopes.......................................592 Fallout from the Atmosphere..................................593 Formation in Rocks at the Surface . . .......................595 Luminescence Dating.............................................598 CONTENTS XV Partial Bleaching and Crain Sensitivity.......................600 Taking a Luminescence Sample..................................601 Perspective, Opportunities, and Overview......................602 16 Soils, Paleosols, and Paleoenvironmental Reconstruction......................................................605 Paleosols as Palimpsests............................................605 Paleosols and Paleopedology.........................................606 Paleopedology: Why Study Paleosols?...............................606 Gasses of Paleosols...............................................606 Buried Paleosols................................................607 Recognition and Alteration of Paleosols...........................608 Buried Paleosols and Quaternary Stratigraphy......................611 The Sangamon Geosol.............................................614 The Soil-Forming Interval.........................................615 Dating of Buried Paleosols........................................616 Environmental Pedosignatures Associated with Soils..................616 Horizonation and Morphology.......................................617 Organic Matter Content............................................619 flay Mineralogy...................................................620 Cutans............................................................624 Magnetic Susceptibility...........................................625 ,3C in Soils and Paleosols........................................627 UC in Soil Humus................................................628 l3C in Soil Carbonate...........................................631 Opal Phytoliths...................................................633 Pollen and Macrofossils...........................................635 17 Conclusions........................................................638 The Importance of Soils.............................................638 What of the Future?.................................................639 Contemplation and Reflection........................................640 References 641 Glossary 735 Index 771
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author	Schaetzl, Randall J. 1957- Thompson, Michael L. 1952-
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genre	(DE-588)4123623-3 Lehrbuch gnd-content
genre_facet	Lehrbuch
id	DE-604.BV042332217
illustrated	Illustrated
indexdate	2024-12-20T17:08:16Z
institution	BVB
isbn	9781107016934
language	English
lccn	2014033154
oai_aleph_id	oai:aleph.bib-bvb.de:BVB01-027768938
oclc_num	913446352
open_access_boolean
owner	DE-703 DE-355 DE-BY-UBR DE-1028 DE-20 DE-634 DE-11 DE-M49 DE-BY-TUM DE-188 DE-824
owner_facet	DE-703 DE-355 DE-BY-UBR DE-1028 DE-20 DE-634 DE-11 DE-M49 DE-BY-TUM DE-188 DE-824
physical	XX, 778 S. Ill., graph. Darst., Kt.
publishDate	2015
publishDateSearch	2015
publishDateSort	2015
publisher	Cambridge Univ. Press
record_format	marc
spellingShingle	Schaetzl, Randall J. 1957- Thompson, Michael L. 1952- Soils genesis and geomorphology Bodenkunde (DE-588)4007379-8 gnd Bodenentwicklung (DE-588)4007365-8 gnd Bodengefüge (DE-588)4112798-5 gnd Geomorphologie (DE-588)4130684-3 gnd Bodenbildung (DE-588)4146131-9 gnd
subject_GND	(DE-588)4007379-8 (DE-588)4007365-8 (DE-588)4112798-5 (DE-588)4130684-3 (DE-588)4146131-9 (DE-588)4123623-3
title	Soils genesis and geomorphology
title_auth	Soils genesis and geomorphology
title_exact_search	Soils genesis and geomorphology
title_full	Soils genesis and geomorphology Randall J. Schaetzl and Michael L. Thompson
title_fullStr	Soils genesis and geomorphology Randall J. Schaetzl and Michael L. Thompson
title_full_unstemmed	Soils genesis and geomorphology Randall J. Schaetzl and Michael L. Thompson
title_short	Soils
title_sort	soils genesis and geomorphology
title_sub	genesis and geomorphology
topic	Bodenkunde (DE-588)4007379-8 gnd Bodenentwicklung (DE-588)4007365-8 gnd Bodengefüge (DE-588)4112798-5 gnd Geomorphologie (DE-588)4130684-3 gnd Bodenbildung (DE-588)4146131-9 gnd
topic_facet	Bodenkunde Bodenentwicklung Bodengefüge Geomorphologie Bodenbildung Lehrbuch
url	http://assets.cambridge.org/97811070/16934/cover/9781107016934.jpg http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=027768938&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA
work_keys_str_mv	AT schaetzlrandallj soilsgenesisandgeomorphology AT thompsonmichaell soilsgenesisandgeomorphology

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