راهنمای ژئوفیزیک کشاورزی ۲۰۰۸
Handbook of Agricultural Geophysics 2008

1. Front cover

2. Contents

3. Preface

4. Editors

5. Contributors

6. List of Important Agricultural and Geophysical Quantities

7. Section I: Agricultural Geophysics Overview

8. Chapter 1. General Considerations for Geophysical Methods Applied to Agriculture

9. Chapter 2. Past, Present, and Future Trends of Soil Electrical Conductivity Measurement Using Geophysical Methods

10. Chapter 3. History of Ground- Penetrating Radar Applications in Agriculture

11. Section II: Agricultural Geophysics Measurements and Methods

12. Chapter 4. Theoretical Insight on the Measurement of Soil Electrical Conductivity

13. Chapter 5. Resistivity Methods

14. Chapter 6. Electromagnetic Induction Methods

15. Chapter 7. Ground-Penetrating Radar Methods (GPR)

16. Chapter 8. Magnetometry, Self- Potential, and Seismic: Additional Geophysical Methods Having Potentially Significant Future Use in Agriculture

17. Section III: The Global Positioning System and Geographic Information Systems

18. Chapter 9. Integration of the Global Positioning System (GPS) into Agricultural Geophysics

19. Chapter 10. Integration of Geographic Information Systems (GISs) with Agricultural Geophysics

20. Section IV: Resistivity and Electromagnetic Induction Case Histories

21. Chapter 11. Apparent Electrical Conductivity for Delineating Spatial Variability in Soil Properties

22. Chapter 12. Dependence of Soil Apparent Electrical Conductivity (ECa) upon Soil Texture and Ignition Loss at Various Depths in Two Morainic Loam Soils in Southeast Norway

23. Chapter 13. Relations between a Commercial Soil Survey Map Based on Soil Apparent Electrical Conductivity (ECa) and Measured Soil Properties on a Morainic Soil in Southeast Norway

24. Chapter 14. Mapping Pesticide Partition Coefficients By Electromagnetic Induction

25. Chapter 15. Can Apparent Soil Electrical Conductivity Be Used to Map Soil-Herbicide Partition Coefficients?: A Case Study in Three Colorado Fields

26. Chapter 16. Delineating Site-Specific Management Units Using Geospatial ECa Measurements

27. Chapter 17. Mapping of Soil Drainage Classes Using Topographical Data and Soil Electrical Conductivity

28. Chapter 18. Productivity Zones Based on Bulk Soil Electrical Conductivity: Applications for Dryland Agriculture and Research

29. Chapter 19. Four-Year Summary of the Use of Soil Conductivity as a Measure of Soil and Crop Status

30. Chapter 20. Soil ECa Mapping Helps Establish Research Plots at a New Research and Extension Center

31. Chapter 21. Mapping Golf-Course Features with Electromagnetic Induction, with Examples from Dublin, Ohio

32. Chapter 22. Comparison of Geoelectrical Instruments in Different Soilscapes

33. Section V: Ground-Penetrating Radar Case Histories

34. Chapter 23. GPR Surveys across a Prototype Surface Barrier to Determine Temporal and Spatial Variations in Soil Moisture Content

35. Chapter 24. Soil Water Content Measurement Using the Ground-Penetrating Radar Surface Reflectivity Method

36. Chapter 25. Assessing Spatial and Temporal Soil Water Content Variation with GPR

37. Chapter 26. Ground-Penetrating Radar Mapping of Near-Surface Preferential Flow

38. Chapter 27. An Application of Ground- Penetrating Radar in Golf Course Management

39. Chapter 28. Ground-Penetrating Radar Investigation of a Golf Course Green: Computer Processing and Field Survey Setup Considerations

40. Chapter 29. Agricultural Drainage Pipe Detection Using Ground- Penetrating Radar

41. Chapter 30. Using Ground-Penetrating Radar to Estimate Tree Root Mass: Comparing Results from Two Florida Surveys

42. Glossary

43. Index

44. Index

45. Back cover