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Soil Physics Companion
A.W. Warrick
CRC Press
2001
Hardback 400 pp ISBN 0849308372
£58.00
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- Contains worked-out examples, food for thought questions, and historical boxes
- Discusses new devices useful for measurements at the earth surface and into the vadose zone
- Presents up-to-date information in one easy-to-use resource
- Provides current references as an entry into the vast literature available
An authoritative reference on soil physics, Soil Physics Companion is lavishly illustrated with graphs, charts, line
drawings, and equations. The book provides a valuable source of material and reference for most contemporary
topics of soil physics and the vadose zone - arguably the most comprehensive volume available. In addition to being
a reliable reference, it is valuable as an advanced text from which topics of interest can be selected by the teacher and
student.
Topics include:
- Static and dynamic aspects of soils
- Transport processes and soil water measurements
- Movement of soil water in the context of overall water balance and its key role in the hydrologic cycle
- Energy balance and thermal regime
- Soil-plant-atmospheric interface
- Solute transport and soil-gas movement
- Spatial variability
Building on the work begun in the bestselling Handbook of Soil Science, this reference takes soil physics one step
further. Convenient and easy-to-use, it provides in-depth information at your fingertips. When you need easily
accessible, readily available facts and theories, you need the Soil Physics Companion.
Contents
- Introduction, A.W. Warrick, Physical Properties of Primary Particles, J.M. Skopp, Particle Density, Particle
Shape, Particle Size Distribution, Specific Surface Area, Bulk Density and Porosity, References
- Dynamic Properties of Soil, R. Horn and T. Baumgartl, Introduction, Processes in Aggregate Formation,
Determination of Mechanical Parameters, Effect of Soil Structure and Dynamics on Strength and Stress/Strain
Processes, Further Dynamic Aspects in Soils, Modeling Dynamic Coupled Processes, Conclusions, References
- Soil Water Content and Water Potential Relationships, D. Or and J.M. Wraith, Introduction, Soil Water
Content, Soil Water Energy, Soil Water Content-Energy Relationships, Resources, References
- Soil Water Movement, D.E. Radcliffe and T.C. Rasmussen, Introduction, Flow in Saturated Soil, Flow in
Unsaturated Soil, Measurement of Hydraulic Parameters, Numerical Models of Water Flow, Concluding Remarks,
References
- Water and Energy Balances at Soil-Plant-Atmosphere Interfaces, S.R. Evett, Introduction, Energy Balance
Equation, Water Balance Equation, References
- Solute Transport, F.J. Leij and M.Th. van Genuchten, Introduction, The Advection-Dispersion Equation,
Solutions of the Advection-Dispersion Equation, Stream Tube Models, References
- Soil Structure, B.D. Kay and D.A. Angers, Characteristics, Significance, and Measurement of Soil Structure,
Soil Factors Influencing Structure, Other Factors Influencing Soil Structure, Interpreting Data on Soil Structure,
References
- Soil Gas Movement in Unsaturated Systems, B.R. Scanlon, J.P. Nicot, and J.M. Massmann, General Concepts
Related to Gas Movement, Transport of a Homogeneous Gas, Multicomponent Gas Transport, Methods, Applied
Numerical Modeling, Applications of Gas Transport Theory, Derivation of Equations, References
- Soil Spatial Variability, D.J. Mulla and A.B. McBratney, Variability in Soil Properties from Soil Classification,
Classical Measures of Variability, Geostatistics, Sampling Design, References
To find similar publications, click on a keyword below:
CRC Press
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