Fractals in soil science /
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作 者：edited by Philippe Baveye, Jean-Yves Parlange, Bobby A. Stewart.
分类号：
ISBN：9781566701051
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简介
Summary:
Publisher Summary 1
Juxtaposes a range of differing ideas about the recent and still evolving application of fractals to soil science, with an introductory chapter reviewing and illustrating the theoretical foundations of fractal geometry to make the treatment self-contained and suitable for a graduate or advanced undergraduate course. Among the dozen topics are structural hierarchy and molecular accessibility in clayey aggregates, fractal models of fragmented and aggregated soils, interactions between soil structure and microbial dynamics, and using fractal dimensions of stained flow patterns in clay soil to predict bypass flow. Annotation c. by Book News, Inc., Portland, Or.
目录
Table Of Contents:
Fractal Geometry, Fragmentation Processes and the Physics of Scale-Invariance: An Introduction 1(54)
P. Baveye
C.W. Boast
Structural Hierarchy and Molecular Accessibility in Clayey Aggregates 55(20)
H. Van Damme
Fractal Probes of Humic Aggregation: Scattering Techniques for Fractal Dimension Determinations 75(38)
V. Homer
Fractal Geometry and the Description of Plant Root Systems: Current Perspectives and Future Applications 113(40)
G. Berntson
J. Lynch
S. Snapp
Quantification of Soil Microtopography and Surface Roughness 153(16)
C.-h. Huang
Fractal Models of Fragmented and Aggregated Soils 169(34)
M. Rieu
E. Perrier
Fractals and Soil Structure 203(30)
F. Bartoli
P. Dutartre
V. Gomendy
S. Niquet
M. Dubuit
H. Vivier
The Interactions between Soil Structure and Microbial Dynamics 233(28)
J.W. Crawford
I.M. Young
Using Fractal Dimensions of Stained Flow Patterns in Clay Soils to Predict Bypass Flow 261(32)
R. Hatano
H.W.G. Booltink
2-D and 3-D Fingering in Unsaturated Soils Investigated by Fractal Analysis, Invasion Percolation Modeling and Non-Destructive Image Processing 293(40)
S. Crestana
A.N.D. Posadas
Soil-Water Conductivity of a Fractal Soil 333(8)
C. Fuentes
M. Vauclin
J.-Y. Parlange
R. Haverkamp
A Pseudo-Fractal Model for Hydraulic Property Distributions in Porous Media 341(32)
F.J. Molz
T.A. Hewett
G.K. Bowman
Index 373
Fractal Geometry, Fragmentation Processes and the Physics of Scale-Invariance: An Introduction 1(54)
P. Baveye
C.W. Boast
Structural Hierarchy and Molecular Accessibility in Clayey Aggregates 55(20)
H. Van Damme
Fractal Probes of Humic Aggregation: Scattering Techniques for Fractal Dimension Determinations 75(38)
V. Homer
Fractal Geometry and the Description of Plant Root Systems: Current Perspectives and Future Applications 113(40)
G. Berntson
J. Lynch
S. Snapp
Quantification of Soil Microtopography and Surface Roughness 153(16)
C.-h. Huang
Fractal Models of Fragmented and Aggregated Soils 169(34)
M. Rieu
E. Perrier
Fractals and Soil Structure 203(30)
F. Bartoli
P. Dutartre
V. Gomendy
S. Niquet
M. Dubuit
H. Vivier
The Interactions between Soil Structure and Microbial Dynamics 233(28)
J.W. Crawford
I.M. Young
Using Fractal Dimensions of Stained Flow Patterns in Clay Soils to Predict Bypass Flow 261(32)
R. Hatano
H.W.G. Booltink
2-D and 3-D Fingering in Unsaturated Soils Investigated by Fractal Analysis, Invasion Percolation Modeling and Non-Destructive Image Processing 293(40)
S. Crestana
A.N.D. Posadas
Soil-Water Conductivity of a Fractal Soil 333(8)
C. Fuentes
M. Vauclin
J.-Y. Parlange
R. Haverkamp
A Pseudo-Fractal Model for Hydraulic Property Distributions in Porous Media 341(32)
F.J. Molz
T.A. Hewett
G.K. Bowman
Index 373
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