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Avoiding gypsum geohazards : guidance for planning and construction

By A.H. Cooper and R.C. Calow

Abstract

This information details the occurrence and characteristics of the rock and mineral gypsum, its highly soluble nature and the types of problems associated with it. These include subsidence, which can affect all construction including buildings, roads, railways and canals. Water leakage beneath dams is also described along with the aggravation of dissolution and subsidence caused by water abstraction. The financial losses caused by gypsum geohazards can be large and considerable cost savings can be generated by avoidance planning and the use of protective construction measures such as those detailed. \ud \ud This report is has been prepared for planners, geologists and geotechnical engineers, throughout the world, to raise their awareness of gypsum geohazard problems and to help with local and national planning.\u

Topics: Earth Sciences
Publisher: British Geological Survey
Year: 1998
OAI identifier: oai:nora.nerc.ac.uk:14146

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  1. (1993). A cave system in Permian gypsum at Houtsay Quarry,
  2. (1988). A study on the formation of Triassic "gypsum-dissolved-strata" in Guizhou Province and the seepage prevention for reservoirs.
  3. (1997). A.A.Balkema,
  4. (1997). A.A.Balkema, Rotterdam. Economics and cost-benefit analysis Beck B.F. 199 1. On Calculating the Risk of Sinkhole Collapse.
  5. (1989). Airborne multispectral scanning of subsidence caused by Permian gypsum dissolution at Ripon, North Yorkshire.
  6. (1966). An introduction to the rock-forming minerals.
  7. (1988). Appraisal of Projects in Developing Countries: A Guide for Economists. Overseas Development Administration, doi
  8. (1996). Assessment of subsidence arising from gypsum dissolution:
  9. (1991). Benefits and Costs of Geologic Mapping Programs in Illinois: Case Study of Boone and Winnebago Counties and its Statewide Applicability,
  10. (1967). Brantley Reservoir site - and investigation of evaporite and carbonate facies.
  11. (1997). Breakdown development in cover beds, and landscape features induced by intrastratal gypsum karst. doi
  12. (1978). Catastrophe. the violent earth. doi
  13. (1950). Catastrophes naturelles et risques afferents aux terrains gypseux (Alpes et Provence). Revue de Geographie Alpine, doi
  14. (1995). Characteristiques et impact sur le milieu urbain. Revue de Geologie Dynamique et de Geographie Physique.
  15. (1973). Chemical evolution of the system Calcite-Gypsum-Water.
  16. (1992). Coastal Defences in England. Report by the Controller and Auditor General, National Audit Office.
  17. (1963). Dam Disasters.
  18. (1973). Der Grundgips im Raum Stuttgart als Model fur Gipsauslaugung und Bildung von Erdfallen. T1-G 1-8 in Proceedings of a symposium on sinkholes and subsidence, Hannover, Deutsche Gessellschaft fur Erd- und Grundbau.
  19. (1980). Design of foundations of dams containing soluble rocks and soils.
  20. (1997). Dissolution and conversion of gypsum and anhydrite.
  21. (1997). Dissolution of gypsum from field observations.
  22. (1995). Dolinas de colapso y karst en yeso en la plataforma cambrica del esta de Siberia.
  23. (1981). Engineering geological mapping of gypsiferous formation, Sivas, Central Eastern Turkey.
  24. (1965). Engineering geology problems at Sanford Dam,
  25. (1993). Environmental change and human impact on karst in the Western Ukraine.
  26. (1997). Environmental problems in gypsum karst terrains. doi
  27. (1990). Etude et Surveillance de la dissolution du gypse sur deux sites d’ouvrages hydrauliques. Memoires de la Societe Geologique de France, Nouvelle Serie No.
  28. (1992). Evaporite karst iii the Permian Blaine Formation and associated strata in western Oklahoma,
  29. (1987). Fenomeni carsici nci gessi dell'Emilia-Romagna.
  30. (1995). Fenomenos recientes de subsidencia kastica sinsedimentaria en e1 Barranco de Ton-ecilla (Depression del Ebro,
  31. (1986). Foundered strata and subsidence resulting from the dissolution of Permian gypsum in the Ripon and Bedale areas, North Yorkshire. 127-139 in Harwood, doi
  32. (1991). Galerie d’Amenee de 1’Usine FIassan ler (Maroc) Problemes lies a la presence des gypses. 40-49
  33. (1997). Geomorphological aspects of gypsum karst with special emphasis on exposed karst. 105-1 14 in
  34. (1973). Geomorphology and geochemistry of gypsum karst near Canal Flats, British Columbia.
  35. (1995). Geotechnical aspects of the design and construction of dams and pressure tunnels in soluble rocks. doi
  36. (1997). Grouting of cavernous gypsum rock underneath the foundation of the weir, locks and powerhouse at Hessigheim on the River Neckar.
  37. (1978). Gypsum and anhydrite in foundations of hydraulic structures.
  38. (1997). Gypsum dissolution and leaching processes: The influence on permeability and porosity of fractured-porous rock massif. 823-827
  39. (1991). Gypsum karst and collapse column. 94-98 in Yuan Daoxian (ed.) Karst of China.
  40. (1989). Gypsum karst and salt karst of the United States of America. Le Grotte d'Italia.
  41. (1997). Gypsum karst geohazards in China. doi
  42. (1997). Gypsum karst in the south of the Siberian Platform,
  43. (1997). Gypsum karst in the United States. 183-193 in
  44. (1997). Gypsum karst of France.
  45. (1997). Gypsum karst of Germany. doi
  46. (1997). Gypsum karst of Great Britain. 19.5-202 in
  47. (1997). Gypsum karst of the Baltic Republics.
  48. (1997). Gypsum karst of the eastern-European plain. 251-261 in
  49. (1997). Gypsum karst of the western Ukraine. 263-278 in doi
  50. (1997). Gypsum karst of the world: a brief overview. doi
  51. (1997). Gypsum karst of the world.
  52. (1996). Gypsum karstification induced subsidence: effects on alluvial systems and derived geohazards (Calatayud Graben, Iberian Range, doi
  53. (1976). Heaving of invert in tunnelling.
  54. (1996). Hydrogeology and groundwater protection problems in karst region of Lithuania.
  55. (1990). Hydrogeology and karst of the Blaine gypsum-dolomite aquifer, southwestern Oklahoma.
  56. (1997). Hydrogeology of gypsum formations. 83-89 in
  57. (1993). In German: an engineering geology of karst, partly summarised in English by Reuter and Stoyan,
  58. (1997). Influence of the fluctuation of groundwater levels upon the formation of sinkholes. 997-1002
  59. (1993). Investigations for cooling tower foundations in Mercia Mudstone at Ratcliffe-on-Soar,
  60. K.1995. The application of microgravity geophysics in a phased investigation of dissolution subsidence at Ripon,
  61. (1972). Karst of Germany.
  62. (1997). Karstification of Miocene gypsum: an example from Sivas,
  63. (1976). Karsts des gypses et des evaporites associees.
  64. (1983). La reconnaissance des cavities souterraines par methodes diagraphiques.
  65. (1992). Large gypsum caves in the western Ukraine and their genesis. doi
  66. (1984). Le karst gypseux du Lutetien superieur de la region parisienne. doi
  67. (1984). Le karst gypseux du Lutetien superieur de la region parisienne. Characteristiques et impact sur le milieu urbain. Revue de Geologie Dynamique et de Geographie Physique.
  68. (1961). Les dissolutions de gypses anteludiens dans le centre de l’lle-de-France et leurs dangers pour les constructions.
  69. (1978). Middle East - canals and irrigation problems.
  70. (1995). Natural and humaninduced sinkholes in gypsum terrain and associated environmental problems in NE Spain.
  71. (1993). Nitrate contamination of groundwater in the Republic of Lithuania.
  72. (1996). of the world.
  73. (1973). Origins of secondary gypsum rocks.
  74. (1991). Phenomenes karstiques et mouvements de terrain recents dans le Trias du Departement du Var.
  75. (1997). Planning for gypsum geohazards in Lithuania and England.
  76. (1967). Problems of dissolution of gypsum in some dam sites.
  77. (1982). Proprietes geotechniques de gypses et anhydrites du Trias des Alpes de Savoie (France).
  78. (1993). Sinkholes in carbonate, sulphate, and chloride karst regions: Principles and problems of engineering geological investigations and predictions, with comments for the construction and mining industries.
  79. (1993). Societal Value of Geologic Maps. United States Geological Survey Circular No. 11 11, by Bernknopf
  80. (1992). Soluble material in civil engineering. Ellis Honvood Ltd,
  81. (1992). Soluble material in civil engineering. Ellis Honvood Ltd, England, 433p. [This volume includes numerous other references and is a standard work].
  82. (1992). Soluble material in civil engineering. Ellis Horwood Ltd, England, 433p. [This volume includes numerous other references to gypsum properties, dissolution rates, and dams, it is a standard work].
  83. (1963). Solution caves in gypsum, north central Texas.
  84. (1981). Solution of the gypsum cliff (Permian Middle Marl) by the River Ure at Ripon Parks, North Yorkshire.
  85. (1957). Solution-subsidence troughs, Castile Formation of Gypsum Plain,
  86. (1997). Some examples of gypsum karst and the more important gypsum caves in Spain.
  87. (1997). Speleogenesis in gypsum. 61-82 in
  88. (1981). Stabilisation des terrains karstiques par injection. Le cas du Lutetian gypseux de la region de Paris. doi
  89. (1995). Subsidence hazards due to the dissolution of Permian gypsum in England: investigation and remediation. 23-29 in Beck, F.B. (Editor.) Karst Geohazards: engineering and environmental problems in karst terrane.
  90. (1988). Subsidence resulting from the dissolution of Permian gypsum in the Ripon area; its relevance to mining and water abstraction. 387-390 in Bell,
  91. (1997). Sulphate karst of North Lithuania. 247-2.52 in
  92. (1997). Sulphate rocks as an arena for karst development. 9-20 in doi
  93. (1976). Sulphatic rocks in Switzerland. doi
  94. (1990). The effect of hydrochemical factors on the dissolution rate of gypsiferous rocks in flowing water.
  95. (1988). The formation of gypsum karst collapse-column and its hydrogeological significance. 1186-1 193 in Yuan Daoxian (ed), Karst hydrogeology and karst environment protection;
  96. (1997). The gypsum karst of Italy.
  97. (1993). The gypsum karstic aquifer of Sorbas (Almeria). 225-241 in Pulido-Bosch (Editor) Some Spanish Karstic Aquifers,
  98. (1997). The typology of gypsum karst according to its geological and geomorphological evoloution.
  99. (1996). The use of geosynthetics to prevent the structural collapse of fills over areas prone to subsidence.
  100. (1967). the Venezuaelan Society of Soil Mechanics and Foundation Engineering, JulySeptember,
  101. (1996). Thematic Issue.
  102. (1996). Thematic Issue. (The individuul papers in [his refircnce section (listed uhove und below) give details of gypsum problems in many countries
  103. (1996). Thematic Issue. [This book reviews the physical and chemical characteristics of gypsum karst formation and its world-wide distribution].
  104. (1996). Thematic Issue. Subsidence und gylsurn geohuzurds
  105. (1996). Valuation of Road Accidents and Casualties,
  106. (1997). Weathering crust and karren on exposed gypsum surfaces. doi

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