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The Guidebook was originally Published in 1984 by Unesco as one of the contributions to the International
Hydrological Programme. Although the IHP is a scientific and educational programme, Unesco has been aware of the
need to direct its activities toward the practical solutions of the world's water resources problems. The Guidebook
was intended as one of the tools to help provide for a multidisciplinary approach to the assessment, planning,
and rational management of water resources. Written in 1984, the Guidebook provides an overview of case studies illustrating the major occurrences of land subsidence due to ground-water withdrawal throughout the world at the time of its publication. But probably it's most enduring contributions are the chapters on field measurement of deformation and the mechanics of land subsidence. These chapters provide a basic understanding of subsidence that is valuable for both resource managers and scientists. Published more than 15 years ago, the Guidebook has enjoyed enduring demand. It has long since been out of print, but now is available in electronic form. Click here to download Guidebook.zip, an 11 MB compressed file in Winzip format. The uncompressed file is in portable document format (.pdf), and can be viewed using Adobe Acrobat Reader®*. Interested in only a part of the document? Check out the PDF files available below. NOTE! There have been some problems reported with illustrations not printing from the PDF document. If you encounter such problems please notify krprince@usgs.gov. |
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Contents
Cover
Title
Page
Photo
of Joseph F. Poland illustrating land subsidence in the San Joaquin Valley, California. (file size 678 kb)
Preface
Part
I Manual. The occurrence, measurement, mechanics, prediction, and control of subsidence
1 Introduction, by Working Group 8.4, International Hydrological Programme (file size 883 kb)
2 Field measurement of deformation, by Joseph F. Poland, Soki Yamamoto, and Working Group (file size 3.0 mb)
3 Mechanics of land subsidence due to fluid withdrawal, by Joseph F. Poland and Working Group (file size 354 kb)
4 Laboratory tests for properties of sediments in subsiding areas, by A. I. Johnson and Working Group (file size 1.4 mb)
5 Techniques for prediction of subsidence, by Germán Figueroa Vega, Soki Yamamoto, and Working Group (file size 532 kb)
(Section 5.3.6 by Donald C. Helm)
6 Economic and social impacts and legal considerations, by Joseph F. Poland,
Laura Carbognin, Soki Yamamoto, and Working Group (file size 39 kb)
7 Review of methods to control or arrest subsidence, by Joseph F. Poland and Working Group (file size 19 kb)
Part II Case histories of land subsidence due
to ground-water withdrawal
8 Types of land subsidence, by Alice S. Allen (file size 51 kb)
9 Case histories
9.1 Latrobe Valley, Victoria, Australia, by C.S. Gloe (file size 263 kb)
9.2 Shanghai, China, by S. Luxiang and B. Manfang (file size 180 kb)
9.3 Venice, Italy, by L. Carbognin, et al. (file size 779 kb)
9.4 Tokyo, Japan, compiled by S. Yamamoto (file size 425 kb)
9.5 Osaka, Japan, compiled by S. Yamamoto (file size 573 kb)
9.6 Nobi Plain, Japan, compiled by S. Yamamoto (file size 333 kb)
9.7 Niigata, Japan, compiled by S. Yamamoto (file size 410 kb)
9.8 Mexico, D.F., Mexico, by G. E. Figueroa Vega (file size 882 kb)
9.9 Wairakei, New Zealand, by P. F. Bixley (file size 225 kb)
9.10 Bangkok, Thailand, compiled by S. Yamamoto (file size 243 kb)
9.11 Alabama, U.S.A., by J. G. Newton (file size 447 kb)
9.12 Houston-Glaveston Region, Texas, U.S.A., by R. K. Gabrysch (file size 537 kb)
9.13 San Joaquin Valley, California, U.S.A., by J. F. Poland and B. E.Lofgren (file size 469 kb)
9.14 Santa Clara Valley, California, U.S.A., by J. F. Poland (file size 550 kb)
9.15 Ravenna, Italy, by L. Carbognin, et al. (file size 818 kb)
Appendixes (file size 512 kb)
A. Instrument capabilities for measuring land-surface displacement (file size 346 kb)
B. Capabilities of existing subsidence monitoring instruments (file size 34 kb)
C. List of symbols used in text, Part I (file size 7 kb)
D. Glossary (file size 20 kb)
E. Metric conversion table (file size 4 kb)
Back Cover (file size 407 kb)
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Last
Modified:
December 19, 2003 4:48 PM