Infiltration Theory for Hydrologic Applications

Published by the American Geophysical Union as part of the Water Resources Monograph Series.

Here is your state-of-the-art guidebook through soil infiltration theory in response to hydrologic problems. By focusing on the theoretical basis of physically based infiltration functions and their application, Infiltration Theory for Hydrologic Applications presents an in-depth review of current issues and concerns. For scientists wishing concise and robust equations that can be applied in models for a variety of objectives.

Content:
Chapter 1 Introduction (pages 1–6): Roger E. Smith, Keith R.J. Smettem, Philip Broadbridge and D.A. Woolhiser
Chapter 2 Basic Porous Media Hydraulics (pages 7–23): Roger E. Smith, Keith R.J. Smettem, Philip Broadbridge and D.A. Woolhiser
Chapter 3 Some Essentials of One?Dimensional Porous Media Dynamics (pages 25–40): Roger E. Smith, Keith R.J. Smettem, Philip Broadbridge and D.A. Woolhiser
Chapter 4 A Realistic Integrable Nonlinear Model for Transient Unsaturated Flow (pages 41–61): Philip Broadbridge
Chapter 5 Absorption and Infiltration Relations and the Infiltrability?Depth Approximation (pages 63–96): Roger E. Smith, Keith R.J. Smettem, Philip Broadbridge and D.A. Woolhiser
Chapter 6 Infiltrability Models: Comparisons and Application (pages 97–118): Roger E. Smith, Keith R.J. Smettem, Philip Broadbridge and D.A. Woolhiser
Chapter 7 Applying Infiltration Models in Layered Soils and Redistribution Cases (pages 119–134): Roger E. Smith, Keith R.J. Smettem, Philip Broadbridge and D.A. Woolhiser
Chapter 8 Field Measurement of Infiltration Parameters (pages 135–157): Keith R.J. Smettem and R.E. Smith
Chapter 9 Infiltration and Runoff on a Hillslope (pages 159–183): D.A. Woolhiser