Published: November 2004
"The book presents many pedotransfer results that will be useful in helping engineers, soil and environmental scientists, and researchers across a range of soil-related disciplines. This book will help readers develop a greater understanding of how to parameterize hydrological processes by using the availble information...The authors present state-of-the-art in addressing the fundamental issues of simplicity, reliability, accuracy, and utility of pedotransfer functions to predict soil hydrologic properties and processes and related phenomena...The book relates pedotransfer functions to water and solute models and gives excellent references to these models..." - M.K. Shukla and T.W. Sammis in SOIL SCIENCE SOCIETY OF AMERICAN JOURNAL (February 2006)
- Foreword (J. Bouma). Preface.Status of pedotransfer functions (Ya. A. Pachepsky, W.J. Rawls).References.Part I. Methods to develop pedotransfer functions.1. Statistical regression (H. Vereecken, M. Herbst).2. Data mining and exploration techniques (Ya.A. Pachepsky, M.G. Schaap).3. Accuracy and uncertainty in PTF predictions (M.G. Schaap).Part II. Soil hydraulic properties: water retention and hydraulic conductivity. 4. Soil texture and particle-size distribution as input to estimate soil hydraulic properties (A. Nemes, W.J. Rawls). 5. Simple parametric methods to estimate soil water retention and hydraulic conductivity (D. Timlin et al.).6. Effect of soil organic carbon on soil hydraulic properties (W.J. Rawls, A. Nemes, Ya.A. Pachepsky). 7. Using soil morphological attributes and soil structure in pedotransfer functions (A Lilly, H.S. Lin).8. Soil aggregates and water retention (A.K. Guber et al.). 9. Utilizing mineralogical and chemical information in PTFs (A. Bruand). 10. Preliminary grouping of soils (A. Bruand).Part III. Hydrological and physical parameters.11. Pedotransfer functions for soil erosion models (D. Flanagan).12. Solute adsorption and transport parameters (B. Minasny, E. Perfect). 13. Estimating soil shrinkage parameters (E. Braudeau, R.H. Mohtar, N. Chahinian). 14. Key soil water contents (E.V. Shein, A.K. Guber, A.V. Dembovetsky). Part IV. Spatial component in PTF development.15. Data availability and scale in hydrologic applications (K.R.J. Smettem et al.)16. The role of terrain analysis in using and developing pedotransfer functions (N. Romano, G.B. Chirico). 17. Spatial structure of PTF estimates (N. Romano).Part V. User-oriented techniques and software.18. Soil inference systems (A. McBratney, B. Minasny). 19. Graphic user interfaces for pedotransfer functions (M.G. Schaap). 20. Methods to evaluate pedotransfer functions (M. Donatelli, J.H.M. WÃ¶sten, G. Belocchi). Part VI. Pedotransfer functions developed for different regions of the world. 21. Pedotransfer functions for tropical soils (J. Tomasella, M.G. Hodnett). 22. Pedotransfer functions for Europe (J.H.M. WÃ¶sten, A. Nemes).23. Pedotransfer functions for the United States (W.J. Rawls). 24. Pedotransfer studies in Poland (R. Walczak, B. Witkowska-Walczak, C. Slawinski). 25. Pedotransfer functions of the Rye Island - southwest Slovakia (V. Štekauerová, J. ŠÃ¼tor). Additional Bibliography (Ya. Pachepsky, W. Rawls).