Soil and Environmental Chemistry

Soil and Environmental Chemistry

1st Edition - July 28, 2011

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  • Author: William Bleam
  • eBook ISBN: 9780124158627

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Description

Soil and Environmental Chemistry emphasizes the problem-solving skills students will need when they enter their chosen field. This revised reprint links valuable soil chemical concepts to the "big picture" by discussing how other soil and environmental factors affect soil chemistry. This broader environmental approach makes the text relevant to today’s soil science curriculums. This book uses computer modeling for water and soil chemistry, providing students with the models used by practicing environmental chemists. It includes examples and complex problems with worked solutions, as well as examples based on real data that expose students to the real problems and data they will face in their careers. It also provides edits to formulas, numbers, and text. This text will serve as a useful resource for upper-level undergraduate students studying soil chemistry without an extensive background in calculus and only limited background in physical chemistry, such as soil science majors and environmental science majors.

Key Features

  • Use of computer modeling for water and soil chemistry provides students with the models used by practicing environmental chemists
  • Examples and complex problems with worked solutions included throughout the text
  • Examples based on real data provide exposure to the real problems and data students will face in their careers

Readership

Upper-level undergraduate students studying soil chemistry without an extensive background in calculus and only limited background in physical chemistry. This includes soil science majors as well as environmental science majors

Table of Contents

  • Dedication

    Preface

    Chapter 1. Elements: Their Origin and Abundance

    1.1 Introduction

    1.2 A Brief History of the Solar System and Planet Earth

    1.3 The Composition of Earth’s Crust and Soils

    1.4 The Abundance of Elements in the Solar System, Earth’s Crust, and Soils

    1.5 Elements and Isotopes

    1.6 Nuclear Binding Energy

    1.7 Enrichment and Depletion during Planetary Formation

    1.8 Planetary Accretion

    1.9 The Rock Cycle

    1.10 Soil Formation

    1.11 Concentration Frequency Distributions of the Elements

    1.12 Estimating the Most Probable Concentration and Concentration Range Using the Logarithmic Transformation

    1.13 Summary

    Appendix 1A Factors Governing Nuclear Stability and Isotope Abundance

    Appendix 1B Nucleosynthesis

    Appendix 1C Thermonuclear Fusion Cycles

    Appendix 1D Neutron-Emitting Reactions that Sustain the S-Process

    Appendix 1E Random Sequential Dilutions and the Law of Proportionate Effect

    Appendix 1F The Estimate of Central Tendency and Variation of a Log-Normal Distribution

    Chapter 2. Soil Moisture and Hydrology

    2.1 Introduction

    2.2 Water Resources and the Hydrologic Cycle

    2.3 Water Budgets

    2.4 Residence Time and Runoff Ratios

    2.5 Groundwater Hydrology

    2.6 Vadose Zone Hydrology

    2.7 Elementary Solute Transport Models

    2.8 Summary

    Appendix 2A Soil Moisture Recharge and Loss

    Appendix 2B The Water-Holding Capacity of a Soil Profile

    Appendix 2C Predicting Capillary Rise

    Appendix 2D Symbols and Units in the Derivation of the Retardation Coefficient Model of Solute Transport

    Appendix 2E Symbols and Units in the Derivation of the Plate Theory Model of Solute Transport

    Appendix 2F Empirical Water Characteristic Function and Unsaturated Hydraulic Conductivity

    Chapter 3. Clay Mineralogy and Clay Chemistry

    3.1 Introduction

    3.2 Mineral Weathering

    3.3 The Structure of Layer Silicates

    Appendix 3A Formal Oxidation Numbers

    Appendix 3B The Geometry of Pauling’s Radius Ratio Rule

    Appendix 3C Bragg’s Law and X-Ray Diffraction in Layer Silicates

    Appendix 3D Osmotic Model of Interlayer Swelling Pressure

    Appendix 3E Experimental Estimates of Interlayer Swelling Pressure

    Chapter 4. Ion Exchange

    4.1 Introduction

    4.2 The Discovery of Ion Exchange

    4.3 Ion Exchange Experiments

    4.4 Interpreting the Ion Exchange Isotherm

    4.5 Summary

    Appendix 4A Thermodynamic and Conditional Selectivity Coefficients

    Appendix 4B Nonlinear Least Square Fitting of Exchange Isotherms

    Appendix 4C Equivalent Fraction-Dependent Selectivity Coefficient for (Mg2+, Ca2+) Exchange on the Libby Vermiculite

    Chapter 5. Water Chemistry

    5.1 The Equilibrium Constant

    5.2 Activity and the Equilibrium Constant

    5.3 Modeling Water Chemistry

    5.4 Summary

    Appendix 5A ChemEQL Result Data File Format

    Appendix 5B Validating Water Chemistry Simulations

    Appendix 5C Validation Assessment for Examples 5.13 and 5.16

    Appendix 5D Cinnabar Solubility in an Open System Containing the Gas Dihydrogen Sulfide

    Appendix 5E Simultaneous Calcite-Apatite-Pyromorphite Solubility

    Appendix 5F Simultaneous Gibbsite-Variscite Solubility

    Appendix 5G Apatite Solubility as a Function of pH

    Appendix 5H Effect of the Citrate on the Solubility of the Calcium Phosphate Mineral Apatite

    Appendix 5I Effect of the Bacterial Siderophore Desferrioxamine B on the Solubility of the Iron Oxyhydroxide Goethite

    Chapter 6. Natural Organic Matter and Humic Colloids

    6.1 Introduction

    6.2 Soil Carbon Cycle

    6.3 Soil Carbon

    6.4 Dissolved Organic Carbon

    6.5 Humic Substances

    6.6 Humic Colloids

    6.7 Summary

    Appendix 6A Hydroxamate and Catecholamide Siderophore Moieties

    Appendix 6B Surface Microlayers

    Appendix 6C Humic Oxygen Content and Titratable Weak Acids

    Appendix 6D Hydrophobic and Hydrophilic Colloids

    Chapter 7. Acid-Base Chemistry

    7.1 Introduction

    7.2 Principles of Acid-Base Chemistry

    7.3 Sources of Environmental Acidity and Basicity

    7.4 Atmospheric Gases

    7.5 Ammonia-Based Fertilizers and Biomass Harvesting

    7.6 Charge Balancing in Plant Tissue and the Rhizosphere

    7.7 Mechanical Properties of Clay Colloids and Soil Sodicity

    7.8 Exchangeable Acidity

    7.9 Summary

    Appendix 7A Buffer Index

    Appendix 7B Converting Mass Fraction to Sum-of-Oxides Composition

    Appendix 7C Saturation Effect: Atmospheric Conversion of Sulfur Trioxide to Sulfuric Acid

    Appendix 7D Bicarbonate and Carbonate Reference Levels

    Appendix 7E Calculating the pH of a Sodium Carbonate Solution

    Appendix 7F Calculating the Aqueous Carbon Dioxide Concentration in a Weak Base Solution

    Appendix 7G Ion Exchange Isotherm for Asymmetric (Ca2+, Al3+) Exchange

    Appendix 7H The Effect of (Na+, Ca2+) Exchange on the Critical Coagulation Concentration of Montmorillonite

    Appendix 7I Predicting Changes in SAR by Water Chemistry Simulation

    Chapter 8. Redox Chemistry

    8.1 Introduction

    8.2 Redox Principles

    8.3 Interpreting Redox Stability Diagrams

    8.4 Microbial Respiration and Electron Transport Chains

    8.5 Summary

    Appendix 8A Assigning Formal Oxidation Numbers

    Appendix 8B Converting (pe, pH) Redox Coordinates into (EH, pH) Coordinates

    Appendix 8C Limitations in the Measurement of the Environmental Reduction Potential Using Platinum ORP Electrodes

    Chapter 9. Adsorption and Surface Chemistry

    9.1 Introduction

    9.2 Mineral and Organic Colloids as Environmental Adsorbents

    9.3 The Adsorption Isotherm Experiment

    9.4 Hydrophobic and Hydrophilic Colloids

    9.5 Interpreting the Adsorption Isotherm Experiment

    9.6 Variable-Charge Mineral Surfaces

    9.7 The Adsorption Envelope Experiment: Measuring pH-Dependent Ion Adsorption

    9.8 Valence Bond Model of Proton Sites

    9.9 Surface Complexes

    9.10 Summary

    Appendix 9A Particle Sedimentation Rates in Water: Stokes’s Law

    Appendix 9B Linear Langmuir Expression

    Appendix 9C Hydrolysis Model of Proton Sites

    Chapter 10. Risk Assessment

    10.1 Introduction

    10.2 The Federal Risk Assessment Paradigm

    10.3 Dose-Response Assessment

    10.4 Exposure Pathway Assessment

    10.5 Intake Estimates

    10.6 Risk Characterization

    10.7 Exposure Mitigation

    10.8 Summary

    Appendix 10A Chemical- and Site-Specific Factors that May Affect Contaminant Transport by Surface Water

    Appendix 10B Chemical- and Site-Specific Factors that May Affect Contaminant Transport by Groundwater

    Appendix 10C Chemical- and Site-Specific Factors that May Affect Contaminant Transport Involving Soils or Sediments

    Appendix 10D Chemical- and Site-Specific Factors that May Affect Contaminant Transport Involving Air and Biota

    Appendix 10E Water Ingestion Equation

    Appendix 10F Soil Ingestion Equation

    Appendix 10G Food Ingestion Equation

    Appendix 10H Air Inhalation Equation

    Appendix 10I Hazard Index—Cumulative Noncarcinogenic Risk

    Appendix 10J Cumulative Target Risk—Cumulative carcinogenic Risk

    References

    Index

Product details

  • No. of pages: 496
  • Language: English
  • Copyright: © Academic Press 2011
  • Published: July 28, 2011
  • Imprint: Academic Press
  • eBook ISBN: 9780124158627

About the Author

William Bleam

William Bleam is Professor of Soil Science at the University of Wisconsin, USA. His research interests include physical chemistry of soil colloids and sorption processes, chemistry of humic substances, factors controlling biological availability of contaminants to micro-organisms, magnetic resonance and synchrotron studies of adsorption and precipitation. He has taught an intermediate soil chemistry course (Soil Science 321, Soil & Environmental Chemistry) since 2006. Students taking this course include undergraduate and graduate students.

Affiliations and Expertise

University of Wisconsin-Madison, Madison, Wisconsin, USA

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