Water resources engineering in karst

Water Resources Engineering in Karst

Volumn , Issue , 2004, Pages 1-313

  Milanović, Petar T ^a  

^a NONE

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EID: 85055784777     PISSN: None     EISSN: None     Source Type: Book    
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References (199)

1. Guši ′c, B. and Guši ′c, M., Kras Carsus Iugoslaviae, Academia Scientiarum, Zagreb, Yugoslavia, 1960.
2. Ford, D. and Williams, P., Karst Geomorphology and Hydrology, Unwin Hyman, London, 1989.
3. Cviji ′c, J., Karst: Geografska Monografija (Karst: Geographical Monograph), Beograd, Yugoslavia, 1895; first edition: Karstphanomen, Wien, 1893.
4. Jennings, J.N., Karst, Australian National University Press, Canberra, 1971.
5. U.S. Environmental Protection Agency, National Center for Environmental Assessment, A Lexicon of Cave and Karst Terminology with Special Reference to Environmental Karst Hydrogeology, Washington, D.C., 2000.
6. Cviji ′c, J., Geomorfologija (Morfologie Terrestre), Tome Secondo, Beograd, Yugoslavia, 1926.
7. Komatina, M., Conditions of Karst Development and Zoning of Karst Terranes, Vesnik Geozavoda X/XI, Beograd, Yugoslavia, 1973.
8. Herak, M., Geological approach to classification of terranes for consolidation treatments, in Proceedings, I JUSIK 76, Zagreb, Yugoslavia, 1976.
9. Milovanovi ′c, B., Epirogenic and Orogenic Dynamics in the Region of the Outer Dinarides and Problems of Paleokarstification and Geologic Evolution of Holokarst. Vesnik Geozavoda, IV/V, Beograd, Yugoslavia, 1964/65.
10. Quinlan, J.F., Karst-related mineral deposits and possible criteria for the recognition of paleokarst: A review of preservable characteristics of holocene and older karst terranes, in 24th IGC, Section 6, Montreal, Canada, 1972.
11. White, B.W., Role of solution kinetics in the development of karst aquifers, in Karst Hydrogeology, Tolson, J.S. and Doyle, F.L., Eds., UAH, Huntsville, AL, 1977.
12. Castany, G., Traite Partique des Eaux Souterraines, Ed. Dunod, Paris, 1963.
13. Corbel, J., Les karsts du Yucatan et de Florida (The karst of the Yucatan and Florida), Bull. Assoc. Geograph., France, 1959.
14. Lehmann, O., Die Hydrographie des Karsts (Hydrology of the karst), in Enzyclopadie der Erkunde, Deuticke, Leipzig, Germany, 1932.
15. Sokolov, D.S., Osnovnie Usloviya Razvitiyia Karsta (Main Conditions of Karst Development), Gosgeoltehizdat, Moscow, 1962.
16. Parizek, R.R., Sustained Yield of Wells in Fractured Carbonate Rocks, Circular 82, Mineral Conservation Series, Pennsylvania State University, 1971.
17. Parizek, R.R., On the nature and significance of fracture traces and lineaments in carbonate and other terranes, in Karst Hydrology and Water Resources, Proceedings (Dubrovnik), Zavod za hidrotehniku Gradjevinskog fakulteta, Sarajevo, 1976 (in Serbo-Croatian).
18. LeGrand, H.E. and LaMoreaux, P., Hydrogeology and hydrology of karst, Hydrogeology of Karst Terrains, published by International Association of Hydrogeologists with the assistance of UNESCO, Paris, 1975.
19. Milanovi ′c, P., Karst Hydrogeology and Methods of Investigation, Institute for Karst Water Utilisation, Trebinje, 1979 (in Serbo-Croatian).
20. Vlahovi ′c, V., Karst Nikši ′ckog Polja i njegova hidrogeologija (Hydrogeology of Karst Region of the Nikši ′cko Polje), Društvo za nauku i umjetnost Crne Gore, Podgorica, Yugoslavia, 1975.
21. Stringfield, V.T., Artesian water in tertiary limestone in the southern states, Professional paper 517, USGS, Washington, D.C., 1966.
22. Vlahovi ′c, V., Porosity in the karst catchment of the Gornja Zeta River, in Geološki Glasnik, Vol. VI, Titograd, Yugoslavia, 1970.
23. Torbarov, K., Estimation of permeability and effective porosity in karst on the basis of recession curve analysis, in Hidrologija i vodno bogatstvo krša, Zavod za hidrotehniku, Sarajevo, 1976, p. 97.
24. Moore, G.K., Bruchett, C.R., and Bingham, R.H., Limestone Hydrology in Upper Stones River Basin, Central Tennessee, Tennessee Department of Conservation, Division of Water Resources and USGS, Washington, D.C., 1969.
25. Quinlan, J.F., Hydrology of the Turnhole Spring Groundwater Basin and Vicinity, West Kentucky University, Bowling Green, 1976.
26. Cviji ′c, J., Underground hydrology and morphological evolution of karst. Special edition of the Serbian Geographical Society, Vol. 35, Beograd, Yugoslavia, 1957 (reprint of 1918 edition, Grenoble, France).
27. Brook, G.A., Surface and groundwater hydrology of a highly karstified subarctic terrain in northern Canada, in Karst Hydrogeology, Tolson, J.S. and Doyle, F.L., Eds., University of Alabama, Huntsville, 1977.
28. Back, B.F., Sinkhole terminology, in Proceedings of the First Multidisciplinary Conference on Sinkholes, Back, B., Ed., A.A. Balkema, Rotterdam, 1984.
29. LaMoreaux, P.E. and Newton, J.G., Catastrophic subsidences: An environmental hazard, Shelby County, Alabama, Environ. Geol. Water Sci. 8(1/2), 25, 1886.
30. USGS, Land subsidences in the United States, Circular 1182, U.S. Department of the Interior, 1999.
31. Hua, S.L., Pumping Subsidences of surface in some karst areas of China. Symposium on human influence on karst, Postojna, Yugoslavia, 1987.
32. Shouyue, Z., Karst subsidence in China, in Sinkholes: Their Geology, Engineering and Environmental Impact, Back, B.F., Ed., A.A. Balkema, Rotterdam, 1984, p. 97.
33. Johnson, K.S., Evaporite karst in the U.S., Carbonates Evaporites, 12(1), 2, 1997.
34. Cooper, A.H. and Calow, R.C., Avoiding gypsum geohazards: Guidance for planning and construction, Technical report WC/98/5, British Geological Survey, 1998.
35. Grund, A., Die Karsthydrographie: Studen aus Wesbosnien, Geogr. Abh. von Penck, Bd VII, H. 3. Leipzig, 1903.
36. Katzer, F., Karst und Karsthydrigraohie, Zur Kunde der Balkanhalbinsel, Sarajevo, 1909.
37. Cviji ′c, J., Underground hydrology and morphological evolution of karst. Special edition of the Serbian Geographical Society, Vol. 35, Beograd, Yugoslavia, 1957 (reprint of 1918 edition, Grenoble, France).
38. Milojevi ′c, N., Hidrogeologija (Hydrogeology), Belgrade University, Belgrade, Yugoslavia, 1967.
39. Markovi ′c, M., Geomorphological evolution and neotectonics of the Orijen Mountains, Ph.D. thesis, Belgrade University, Beograd, Yugoslavia, 1973 (in Serbo-Croatian).
40. Ford, D. and Williams, P., Karst Geomorphology and Hydrology, Unwin Hyman, London, 1989.
41. LaMoreaux, P.E., Powell, W.J., and LeGrand, H.E., Environmental and legal aspects of karst areas, Environ. Geol., 29(1/2), 23, 1997.
42. Avias, J., Captage des sources karstiques avec pompage en periode d’etiage: l’example de la source du Lez, in Hydrogeology of Karstic Terrains: Case Histories, Vol. 1, UNESCO Contribution, IAH Verlag Heinz Heise, Hannover, Germany, 1984, p. 117.
43. Avias, J., Une source dans la ville (brochure), Ville de Montpellier, Compagnie Generale des Eaux, France, 1984.
44. Drogue, C., Situation geologique de la source du Lez, Hydrogeology of Karstic Terrains, published by the International Association of Hydrogeologists with the assistance of UNESCO, Paris, 1975.
45. Milanovi ′c, P., The special problems of engineering in karst, in Present State and Future Trends of Karst Studies, Gunay, G. et al., Eds., Technical Documents in Hydrology, No. 49, Vol. 1, UNESCO, Paris, 2001, p. 45.
46. Biondi ′c, B., Tapping and protection of underground water in the Adriatic karst region related to the new conception of structures of Dinarides, in Proceedings of the IAH 21st Congress, Guilin, China, 1988, p. 187.
47. Kullman, E. and Hainzel, V., Karst-fissure waters in Mesozoic carbonate rocks of West Carpathians (Slovakia), in Groundwater in Carbonate Rocks of the Carpathian-Balkan Mountain Range, Stevanovi ′c, Z. and Filipovi′c, B., Eds., School of Mining and Geology, University of Belgrade, 1994, p. 113.
48. Sahuquillo, A., Spanish experience in karst water resources, in Karst Water Resources, Günay, G. and Johnson, I., Eds., IAHS Publication No. 161, 1986, p. 133.
49. Breznik, M., Mechanism and development of the brackish karstic spring Almiros Iraklion, Ann. Geol. Pays Helleniques, 29, 1978.
50. Milanovi ′c, P. and Jokanovi ′c, V., Water-wells construction in the coastal karst aquifer, in Proceedings, IX Yugoslav Symposium on Hydrogeology and Engineering Geology, Priština, Yugoslavia, 1987, p. 165.
51. Milanovi ′c, P. and Jokanovi ′c, V., Groundwater tapping from karstified conglomerate of Nevesinjsko Polje, in X Yugoslav Symposium: Hydrogeology and Engineering Geology, Kikinda, Yugoslavia, 1994, p. 125.
52. Paljetak, B., Report on Divers Exploration Works on the Spring System "Opa ′cica,” Near Hercegnovi, unpublished manuscript, 1969.
53. Glavatovi ′c, B. and Dubljevi ′c, V., Some examples of electromagnetic VLF method application on the karst of Montenegro, in Geophysical Symposium, Proceedings, Faculty of Mining and Geology, Geophysical Institute, Beograd, Yugoslavia, 1996, p. 40
54. Breznik, M., Exploration, Design and Construction of Cut-Offs in Karst Regions, Commission International Des Grandes Barrages, Lausanne, Switzerland, 1985, pp. Q.58–R.67.
55. Monopolis, D. and Mastopis K., Hydrogeological investigations of Almiros Spring, Inst. Geol. Subsurface Res., 1, 1969.
56. Pavlin, B. and Biondi ′c, B., Spring Tabačina: Grout Curtain, unpublished report, Elektroprojekt, Zagreb, 1985.
57. Touloumdjian, C. and Milosavljevi ′c, A., personal communication, 1997.
58. Milanovi ′c, P.and Aghili, B., Hydrogeological characteristics and groundwater mismanagement of Kazerun karstic aquifer, Zagros, Iran, in Hydrogeological Processes in Karst Terranes, Günay, G., Johnson, I., and Back, W., Eds., IAHS Publication No. 207, 1990, p. 163.
59. Stevanovi ′c, Z., Dragiši ′c, V., Dokmanovi ′c, P., Filipovi ′c, B., Puši ′c, M., Jemcov, I., and Miladinovi ′c, B., An example of water supply of “Bogovina” Hydrosystem, in Proceedings: XI Yugoslav Symposium on Hydrogeology and Engineering Geology, Budva, Yugoslavia, 1996.
60. Amini, S. and Salimi Manshadi, M.A., Controlling outflow rate of ghanats: case study (Yazd province), Iran. J. Sci. Technol., 20(3), 285, 1996.
61. Mijatovi ′c, B., Problems of seawater intrusion into aquifers of the coastal Dinaric karst, in Hydrogeology of the Dinaric Karst, Mijatovi ′c, B., Ed., Geozavod, Beograd, 1983, p. 89.
62. Milanovi ′c, P. and Mijatovi ′c, B., Water collecting gallery at the Šipan Island, in Proceedings, IX Yugoslav Symposium on Hydrogeology and Engineering Geology, Priština, Yugoslavia, 1988, p. 175.
63. Kreuzer, H., Thoughts on the aesthetics of dams, Int. J. Hydropower Dams, 1997, special print prepared for International Committee for Large Dams Congress, Durban.
64. Sahuquillo, A., Spanish Experience in Karst Water Resources, IAHS Publication No. 161, Ankara, 1985.
65. Lugeon, M., Barrages et Geologie, Dunod, Paris, 1933.
66. Božovi′c, A., Certain Features of Karst Engineering in Yugoslavia, Question 53, Congres des Grandes Barages, Lausanne, 1985.
67. Ewert, F.K., The individual groutability of rocks, J. Water Power Dam Constr., 1992.
68. Nonveiller, E., Grouting, Theory and Practice, Elsevier, Amsterdam, 1989.
69. Zogovi ′c, D., Some methodological aspects of hydrogeological analysis related to dam and reservoir construction in karst, in 6th Yugoslav Congress for Hydrogeology and Engineering Geology, Portorož, 1980, p. 283.
70. Ewert, F.K., Rock Grouting with Emphasis on Dam Sites, Springer-Verlag, Berlin, 1985.
71. Stoji ′c, P. and Karamehmedovi ′c, E., Grout curtain Grančarevo, in 8th Congress of Yugoslav Committee for Large Dams, Ohrid, Yugoslavia, 1970, p. 501.
72. Ivanov, G., Some views about testing of water permeability, one of most commonly used methods at exploration for project of grout curtains, in Working Papers of the 1st Yugoslav Symposium for Soil Consolidation, JUSIK, Zagreb, 1976.
73. Breznik, M., Exploration, Design and Construction of Cut-Offs in Karst Regions, Commission International Des Grandes Barrages, Lausanne, Switzerland, 1985, pp. Q.58–R.67.
74. Lombardi, G., Grouting of Rock Masses, Lombardi Engineering Limited, Minusio, 2002.
75. Deere, D.V., Specific injection grout consumption. Dams on rock foundations: Some design questions, in Rock Engineering for Foundations and Slopes Conference II, Boulder, Colorado, 1976, p. 55.
76. Božičevi ′c, S., Application of speleology in grouting of karst terranes, in 1st Yugoslav Symposium on Hydrogeology and Engineering Geology, Hercegnovi, Yugoslavia, 1971.
77. Heitfeld, K.H., Hydrogeological and engineering geological investigations on permeability of dam foundations in Sauerland, Germany, Geol. Mitt., 5, 210, 1965.
78. Lombardi, G. and Deere, D., Grouting design and control using the GIN principle, J. Water Power Dam Constr., June 15, 1993.
79. Lombardi, G., Selecting the grouting intensity, Int. J. Hydropower Dams, 4, 62, 1996.
80. Dimitrovski, D.J., Consolidation grouting in the foundation of the basement rock arch dam “Mratinje,” in Working Papers of the 1st Yugoslav Symposium for Soil Consolidation, JUSIK, Zagreb, 1976, p. 219.
81. Bergado, T.D., Areepitak, C., and Prinzl, F., Foundation problems on karstic limestone formation in western Thailand: a case of Khao Laem Dam, in Sinkholes: Proceedings of the First Multidisciplinary Conference on Sinkholes, Back, B.F., Ed., Orlando, FL, 1984, p. 397.
82. Nikoli ′c, R. and Nonveiller, E., Grout curtains of storage “Buško Jezero,” in Working Papers of the 1st Yugoslav Symposium for Soil Consolidation, JUSIK, Zagreb, 1976, p. 249.
83. Selimovi ′c, M. and Šunji ′c, P., Watertight cut-off structure for protection of diversion tunnel and foundation pit for power plant Salakovac. Symposium: Power Plants at Upper Neretva River, Mostar, Bosnia and Herzegovina, 1981.
84. Bruce, D.A., Sealing of massive water inflows through karst by grouting: principles and practice, in Sinkholes and the Engineering and Environmental Impacts of Karst, Back, B.F., Ed., ASCE Geotechnical Special Publication No. 122, 2003, p. 615.
85. Abkemeier, T.J. and Stephenson, R.W., Remediation of a sinkhole induced by quarrying, Sinkholes and the Engineering and Environmental Impacts of Karst, Back, B.F., Ed., ASCE Geotechnical Special Publication No. 122, 2003, p. 605.
86. Božičevi ′c, S., Losses of grout in caves, in Working Papers of the 1st Yugoslav Symposium for Soil Consolidation, JUSIK, Zagreb, 1976, p. 17.
87. Todorovi ′c, M. and Blagojevi ′c, R., Consolidation grouting in the foundation of the basement rock: Arch dam “Mratinje,” in Working Papers of the 1st Yugoslav Symposium for Soil Consolidation, JUSIK, Zagreb, 1976, p. 215.
88. Vlahovi ′c, V., Porosity in the karst catchment of the Gornja Zeta River, in Geološki Glasnik, Vol. 6, Titograd, Yugoslavia, 1970.
89. Vlahovi ′c, V., Karst Nikšikog polja i njegova hidrogeologija (Hydrogeology of karst region of the Nikši ′cko Polje), in Društvo za Nauku i Umjetnost Crne Gore, Podgorica, Yugoslavia, 1975.
90. Langovi ′c, M., Some examples of grouting of loose materials, in Working Papers of the 1st Yugoslav Symposium for Soil Consolidation, JUSIK, Zagreb, 1976, p. 179.
91. Stoji ′c, P., Fingerhut, L., and Šimi′c, T., Discharge tunnel PHE Čapljina: Drowning and repair works against water invasion, in Working Papers of the 1st Yugoslav Symposium for Soil Consolidation, Zagreb, 1976, p. 203.
92. Fetzer, A.C., Wolf Creek Dam: Remedial Work, Engineering Concepts, Actions and Results, Commission Internationale des Grandes Barrages, New Delhi, 1979, pp. Q. 59–R.5.
93. Tennessee Valley Authority Projects, Geology and Foundation Treatment, Technical report no 22, Knoxville, TN, 1949.
94. Djalaly, H., Remedial and Watertightening Works of Lar Dam, paper presented at Seizieme Congres das Grandes Barages, San Francisco, 1988.
95. Mijatovi ′c, B., Report on Watertightening Problems of Lar Dam and its Reservoir, unpublished, UNDP Project, Tehran, Iran, 1989.
96. Božovi ′c, A., Budanur, H., Nonveiller, E., and Pavlin, B., The Keban Dam foundation on karstified limestone: A case history, Bull. Int. Assoc. Eng. Geol., 24, 45, 1981.
97. Milanovi ′c, P., The Keban Dam Leakage: Report on the Consultant’s Mission in Turkey, unpublished, UNESCO, 1979, p. 14.
98. Pavlin, B., Kruščica Storage Basin in the Cavernous Karst Area, in Dixieme Congres des Grandes Barages (ICOLD), Montreal, 1970, p. 209.
99. Božičevi ′c, S., The Horvat cave at the Sklope dam, in Geološki Vjesnik Instituta za Geološka Istraživanja, Zagreb, 1969.
100. Weyermann, W.J., The karstic rock mass of Canelles Dam, in Rock Conditions Improved through Pressure Grouting, RODIO in collaboration with The Institute for Engineering Research, Zurich, 1977, p. 16.
101. Ivanov, G., Grout curtain at dam Špilje, in Working Papers, IX Congress of Yugoslav Committee for Large Dams, Zlatibor, Yugoslavia, 1973.
102. Ši ′carov, S. and Kalajdži′c, Č., Engineering-Geological Conditions at the Location of the Dam Site of the Višegrad Hydropower Plant, Yugoslav Congress for Large Dams, Mostar, Yugoslavia, 1986.
103. Simi ′c, M., Geological problems during construction of Grabovica power plant, in Symposium, Construction of Upper Neretva Power Plants, Mostar, Herzegovina, 1981.
104. Sari ′c, M., Bilopavlovi ′c, V., Kapic, H., and Bertovi ′c, K., Investigations and remedial works in the cavern beneath the dam and powerhouse of Grabovica (in Serbo-Croatian), in Symposium, Construction of Upper Neretva Power Plants, Mostar, Herzegovina, 1981, p. 135.
105. Guifarro, R., Flores, J., and Kreuzer, H., Francisco Morazan Dam, Honduras: The successful extension of a grout curtain in karstic limestone reprint from Int. J. Hydropower Dams, 5(3), 1996.
106. Balissat, M. and Spinnler, U., Abdichtungsmassnahmen bei grossen talsperren im karst, in Mitteilungen der Schweizerischen Gesellschaft fur Boden und Fesmechanik, Biel, 1978.
107. Altug, S., Leakage study of the west side of the Oymapinar Reservoir, Turkey, Bull. Int. Assoc. Eng. Geol., 14, 147, 1976.
108. Altug, S. and Oymagrout, J.V., Study of leakage on the east side of the Oymapinar Reservoir, Turkey, Bull. Int. Assoc. Eng. Geol., 25, 117, 1982.
109. Energoprojekt, Oymapinar Dam: Feasibility study, unpublished, Belgrade, 1967.
110. Coyne et Bellier, Oymapinar Dam, Grout Curtain, unpublished, 1969.
111. Altug, S., Oymapinar Arch Dam, Turkey: Foundation treatment in karstic limestone and reservoir curtains, in Dam Foundation Problems and Solutions, 67th Annual Meeting (ICOLD), Antalia, Turkey, 1999, p. 193.
112. Gunay, G., Arikan, A., Bayari, S., and Ekmekci, M., Quantitative Determination of Bank Storage in Reservoirs Constructed in Karst Areas: Case Study of Oymapinar Dam, IAHS Publication No. 161, Ankara, 1985.
113. Božovi ′c, A., Foundation Treatment for Control of Seepage, General Report Q58, Quinzieme Congres des Grandes Barages, Lausanne, 1985.
114. Stoji ′c, P., Grouting works at dam site Grančarevo, in Proceedings 5th Congress, Yugoslav Committee for Large Dams, Beograd, 1960, p. 273.
115. Banihashemi, R., Binazadeh, K., Shekhi, A., personal communication, 1998.
116. Milanovi ′c, P., Some methods of hydrogeological exploration and water regulation in the Dinaric karst, with special reference to their application in eastern Herzegovina, in Hydrogeology of Dinaric Karst, Mijatovi ′c, B., Ed., Geozavod, Beograd, p. 121.
117. Nikoli ′c, R., Raljevi ′c, B., Frani ′c, M., and Zidar, M., Possibility for solving of underground areas gaps and cavities in the area of storage “Buško Jezero,” in Working Papers of the 1st Yugoslav Symposium for Soil Consolidation, JUSIK, Zagreb, 1976, p. 91.
118. Vlahovi ′c, V., Karstic Reservoir Slano, (special ed.), Vol. 14, Montenegro Academy of Sciences and Arts, Podgorica, Yugoslavia, 1981.
119. Guzina, B., Impact of Impounding on a Karst Reservoir Yield, Congres des Grandes Barrages, Florence, Italy, 1997, p. 489.
120. Zogovi ′c, D., Storage watertightness problems and technical solutions in the highly developed karst area of the Nikši ′cko Polje, in Yugoslavia Hydrogeological Processes in Karst Terrains, IAHS Publication No. 207, 1990, p. 85.
121. Pantzartzis, P., Emmanuilidis, G., Krapp, L., and Milanovi ′c, P., Karst Phenomena and Dam Construction in Greece: Hydrogeological Processes in Karst Terrains, Günay, G., Johnson, I., and Back, W., Eds., IAHS Publ. No. 207, 1993, p. 65.
122. Heitfeld, K. and Krapp, L., consulting report, unpublished, 1972.
123. Yevjevich, V., Karst Waters of Southern Turkey, unpublished technical report, UNDP/DSI Project TUR 77/015, 1981.
124. Robert, C.L., Sinkhole problem related to dam engineering, in Proceedings of the 1st Multidisciplinary Conference on Sinkholes, Beck, B.F., Ed., Orlando, FL, 1984, p. 267.
125. Perrott, W.E. and Lancaster-Jones, P.F.F., Case records of cement grouting, in Grout and Drilling Mud in Engineering Practice, London, 1963, p. 80.
126. Riemer, W., Gavard, M., and Turfan, M., Ataturk Dam: Hydrogeological and Hydrochemical Monitoring of Grout Curtain in Karstic Rock, ASCE Committee on Grouting, ASCE Convention, San Diego, CA, 1995.
127. Riemer, W., Gavard, M., Soubrier, G., and Turfan, M., The Seepage at the Ataturk Fill Dam, Commission Internationale Des Grandes Barrages (ICOLD), Florence, Italy, 1997, p. 613.
128. Liu, B., Wujiangdu dam, in Karst in China, Lu, Y., Ed., Institute of Hydrogeology and Engineering Geology, Chinese Academy of Geological Sciences, 1986, p. 183.
129. Zuomei and Pinshou, Grouting of the karstic caves with clay fillings, Research Institute of Water Conservancy and Hydroelectric Power, Beijing, China, 1986.
130. Altug, S. and Saticioglu, Z., Berke arch dam, Turkey: Hydrogeology, karstification and treatment of limestone foundation, in Proceedings of the 6th International Symposium and Field Seminar, Marmaris, Turkey, IHP-V Technical Documents in Hydrology, No. 49 Vol. I UNESCO, Paris, 2001, p. 315.
131. Dolder, T., Kreuzer, H., and Milanovi ′c, P., Salman Farsi Dam Project: Final Report Phase 2, Electrowatt-Econo, unpublished, Zurich, 2001.
132. Milanovi ′c, P., Kreuzer, H., and Dolder, T., Salman Farsi Dam Project: Report on Design of the Grout Curtain, JV Stucky-Electrowatt, unpublished, 2002.
133. Cooper A.H. and Calow, R.C., Avoiding Gypsum Geohazards: Guidance for Planning and Construction, British Geological Survey, Technical Report WC/98/5, Nottingham, UK, 1998, p. 20.
134. st Congress, Geological Publishing House, Beijing, 1988, p. 1117.
135. Pecherkin I.A. and Pecherkin, A.I., Theoretical aspects and engineering-geological forecast on the shores of karst reservoirs, Bull. Int. Assoc. Eng. Geol., 20, 1979.
136. Ford, D. and Williams, P., Karst Geomorphology and Hydrology, Unwin Hyman, London, 1989, chap. 1.
137. Gorbunova, K.A., Maximovich, N.G., Kostarev, V.P., and Andreichuk, V.N., Techtogenic Impact on the Karst in Perm Region, Newsletter, UNESCO, IGCP Project 299, Guilin, China, 1991, p. 85.
138. Guzina, B., Sari ′c, M., and Petrovi ′c, N., Seepage and dissolution at foundations of a dam during the first impounding of the reservoir, Congres des Grandes Barrages, Q66 Vienne, Austria, 1991, p. 1459.
139. Lu, Y. and Cooper A.H., Gypsum karst geohazards in China, in The Engineering Geology and Hydrogeology of Karst Terranes, Back, F.B. and Stephenson, J.B., Eds., A.A. Balkema, Rotterdam, 1997, p. 117.
140. Legget, R.F., Geology and Engineering, McGraw Hill, New York, 1939.
141. Lu, Y., Some Problems of Subsurface Reservoirs Constructed in Karst Regions of China, Institute of Hydrogeology and Engineering Geology, Beijing, China, 1986.
142. Daoxian, Y., The Construction of Underground Dams on Subterranean Streams in South China Karst, Institute of Karst Geology, Guilin, China, 1990, p. 62.
143. Zhang, B. and Wu, M., Seepage Control Treatment of Blind Valley Reservoir, Gao Yaoji, China, Hydroelectric Power Construction Engineering Consultant Company, Yunnan Province, 2000.
144. Yoshikawa, M. and Shokohifard, G., Underground dams: A new technology for groundwater resources development, in Proceedings of Articles of International Karst Symposium, Shiraz, Iran, 1993, p. 205.
145. Milanovi ′c, P., Hydrogeology of the Ombla Spring drainage area, Herald Geol., 22, 187, 1977.
146. Milanovi ′c, P., PP Ombla, Basic Geological Characteristics and Concept of Underground Structure, unpublished, Karst Institute, Trebinje, Yugoslavia, 1986.
147. Milanovi ′c, P., Artificial underground reservoirs in karst: Experimental and project examples, in Proceedings of the IAH 21st Congress, Guilin, China, 1988, p. 76.
148. Milanovi ′c, P., Power Plant Ombla: Feasibility Study, Geology, unpublished, Energoprojekt, Beograd, 1989.
149. Yuan, D., The Construction of Underground Dams on Subterranean Streams in South China Karst, Institute of Karst Geology, Guilin, China, 1990, p. 62.
150. Milanovi ′c, P., Geological Engineering in Karst, Energoprojekt, Beograd, 1999, p. 194 (in Serbo-Croatian).
151. Milanovi ′c, P., Geological Engineering in Karst, Energoprojekt, Beograd, 1999, ch. 7 (in Serbo-Croatian).
152. Altug, S., Leakage study of the west side of the Oymapinar Reservoir, Turkey, Bull. Int. Assoc. Eng. Geol., 14, 147, 1976.
153. Günay, G. and Karanjac, J., Dumanli Spring discharge measured by fluorometric techniques, in International Seminar on Karst Hydrogeology, Proceedings, Oymapinar, Turkey, 1979, p. 193.
154. Pantzartzis P., Emmanuilidis, G., Krapp, L., and Milanovi ′c, P., Karst Phenomena and Dam Construction in Greece: Hydrogeological Processes in Karst Terrains, Günay, G. and Johnson, I., Eds., IAHS Publ. No 207, 1993, p. 65.
155. Milanovi ′c, P., Vuči ′c, M., and Jokanovi ′c, V., Sanitation of a cavern underneath a tunnel tube, Gradjevinar, 37, 9, 371, 1985.
156. Hudec, M., Božičevi ′c, S., and Bleiweiss, R., Support of cavern roof near tunnel Ucka,ˇ in 5th Yugoslav Symposium for Rock Mechanic and Underground Works, Split, Yugoslavia, 1980, p. 64.
157. Milanovi ′c, P., Vuči′c, M., Jokanovi′c, V., and Britvi ′c, I., Problems of caverns in hydrotechnical (derivation) tunnels in karst, in Proceedings, 1st Yugoslav Tunnelling Symposium, Vol. 2, Tunneling Society of Croatia, Brioni, 1988, p. 33.
158. Guoliang, C., Prediction of covered karst halss, 7th International IAEG Congress, A.A. Balkema, Rotterdam, 1994, p. 1841.
159. Waegening, H.G., Protection of the groundwater quality in porous permeable rocks, in Theoretical Background: Hydrogeology and Practice of Groundwater Protection Zones, Matthess, G., Foster, S.S.D., and Skinner, A.Ch., Eds., UNESCO, Hannover, Heise, 1985, p. 111.
160. Milanovi ′c, P., Criteria for groundwater protection in karst regions, Ecologica, 7, 21, 1995.
161. Dole, R.B., Use of fluorescein in the study of underground waters, in Underground-Water Papers, Fuller, M.S., Ed., U.S. Geological Survey Water-Supply Paper 160, 1906, p. 73.
162. Martel, E.A., Sur les experiences de fluoresceine a grandes distances, Comptes Rend. Acad. Sci., 157, 1102, 1913.
163. White, W.B., Modifications of Fluoresceine Dye Groundwater Tracing Techniques, Steirische Beitrage zur Hydrogeologie, Graz, 1967, p. 151.
164. Zöetl, J., Die Entwicklung und Anwendung der Sporentrift Steir, Beitrage z. Hydrogeologie, Graz, 1967.
165. Bauer, F., Erfahrungen beim Uraninnachweise mit Aktivkohle, Steir. Beitr. Hydrogeol., 18/19, 169, 1967.
166. Habi ′c, P., Uber die Entwicklung des Karstes und der unterirdischen Wasserwege im Einzugsgebiet der Lubljanica, in 3rd International Symposium of Underground Water Tracing, Ljubljana, Yugoslavia, 1976.
167. Quinlan, J.F., New fluorescent direct dye suitable for tracing groundwater and direction with cotton, in 3rd International Symposium of Underground Water Tracing, Ljubljana, Yugoslavia, 1976, p. 275.
168. Smart, P.L., Artificial tracer techniques for the determination of the structure of conduit aquifers, Ground Water, 26, 445, 1988.
169. Worthington, R.H. and Smart, C.C., Empirical determination of tracer mass for sink to spring tests in karst, in Sinkholes and the Engineering and Environmental Impacts of Karst, Back, B.F., Ed., Geotechnical Special Publication No. 122, 2003, p. 287.
170. Filip, A., Ramljak, P., Milanovi ′c, P., and Arandjelovi ′c, D., Establishing karst underground connections and responses by using tracers, in Proceedings: Hidrologija i vodno bogatstvo krsa, Sarajevo, 1976, p. 195.
171. Stepinac, A., Runoff in Dinaric karst, in Carsus Iugoslavie, Yugoslav Academy of Sciences, Zagreb, Yugoslavia, 1969.
172. Smart, P.L. and Laidlaw, M.S., An evaluation of some fluorescent dyes for water tracing, Water Resources Res., 15, 15, 1977.
173. Burdon, D.J. and Papakis, N., Handbook of Karst Hydrology, United Nations Special Fund, Athens, 1963.
174. Gorelnik, A.M., Application of Electrical Methods in Engineering-Geological Investigations for Railways, Transželdorizdat, Moscow, 1951 (in Russian).
175. Ogilvy, A.A., Geoelectrical Methods for Karst Investigation, University of Moscow, 1956 (in Russian).
176. Colley, G.C., The direction of caves by gravity measurements, Geophys. Prospect., XI (No. 1), 1963.
177. Arandjelovi ′c, D., Geophysics in the Karst, Vol. 17 (special ed.), Geozavod, Geophysical Institute, Beograd, 1976.
178. Krulc Z., Application of geoelectrical investigations in the complex of exploration works on great hydroelectric power plants, in Transcriptions of the VII Congress of the Yugoslav National Committee for Large Dams, Sarajevo, 1966, p. 149.
179. Keys, W.S. and MacCary, L.M., Application of borehole geophysics to water-resources investigations, in Techniques of Water-Resources Investigations of the USGS, Vol. 2, GPO, Washington, D.C., 1971, ch. E1.
180. Gruji ′c, N., Ultrasonic testing of foundation rock, in Proceedings of Third Congress of I.S.R.M., Vol. II, P.A. Denver, 1974.
181. Dobrinin, A.G., Zigalin, A.D., Lokšin, G.P., and Kolomenskaja, V.N., New technologies of geophysical investigations in karst investigations, Eng. Invest., N4, 38, 1983 (in Russian).
182. Muller, R., Schmoller, R., and Frihwirth, R.K., Application of geophysical methods for the analysis of sub-surface karst structures, in Karst Waters and Environmental Impacts, Günay, G. and Johnson, I., Eds., A.A. Balkema, Rotterdam, 1997, p. 413.
183. Arandjelovi ′c, D., Geophysics in Engineering, Bulletin/tome X/XI, Institut des Recherches Geologiques et Geophysiques, Beograd, 1969/1970.
184. Arandjelovi ′c, D., Application of Geophysical Methods in Some Problems of Engineering Geology, Vol. 13, Institut des Rescerches Geologiques et Geophysiques, Beograd, 1962.
185. Arandjelovi ′c, D., Geophysical monitoring in the hydrogeological investigation of the karst, 48th Meeting of EAEG, Ostende, Belgium, 1986.
186. Stevanovi ′c, Z., Dragiši ′c, V., and Špadijer, S., Application of Geophysical Logging in Hydrogeological Investigations: Eastern Kučaj, in 13th Yugoslav Geological Congress, Vol. 5, Hercegnovi, Yugoslavia, 1998, p. 499.
187. Drogue, C., Geothermal gradients and groundwater circulation in fissured and karstic rocks, J. Geodyn., 4, 1985.
188. Ravnik, D. and Rajver, D., Thermometric Investigations for Underground Dam Ombla: Dubrovnik (Phase I and Phase II), Report, Geological Survey, Ljubljana, Slovenia, 1989.
189. Drogue, C., Hydrodynamics of karstic aquifers: Experimental sites in the Mediterranean karst, southern France, in Hydrogeology of Selected Karst Regions, Vol. 13, Paloc, H. and Back, W., Eds., IAHS, Heise, Hannover, 1992, p. 133.
190. Ravnik, D. and Rajver, D., The use of inverse geotherms for determining underground water flow at the Ombla karst spring near Dubrovnik, Croatia, J. Appl. Geophys., 39 (No. 3), 177, 1998.
191. Chengjie, Z., A study of geothermal field and karstic leakage in karstic area, in Proceedings of the IAH 21st Congress, Geological Publishing House, Beijing, China, 1988, p. 1127.
192. Milanovi ′c, P., Power Plant Ombla: Geological Part. Feasibility Study, unpublished, Energoprojekt, Beograd, Yugoslavia, 1989.
193. Bori ′c, M., The use of groundwater temperature changes in locating storage leakages in karst areas, in 6th Yugoslav Symposium, Hydrogeology and Engineering Geology, Portorož, Yugoslavia, 1980, p. 179.
194. Niva, B., Results from Borehole Radar Tests in Ombla Tunnel, unpublished report, ABEM AB Borehole Geophysics, Mala, Sweden, 1990.
195. Karous, M. and Hjelt, S.E., Linear filtering of VLF dip-angle measurements, Geophys. Prospect., 31 (No. 5), 1983.
196. Lofbery, L., Investigations with VLF instrument Wadi: Reviewing some case histories from water and environmental investigations, International Karst Symposium, Shiraz, I.R., Iran, 1993, p. 583.
197. Bozzo, E., Lombardo, S., and Merlanti, F., Geophysical studies applied to near-surface karst structures: The Dolines, Ann. Geofis., XXXIX (No. 1), 1996.
198. Glavatovi ′c, B. and Dubljevi ′c, V., Some examples of electromagnetic VLF method application on the karst of Montenegro, in Geophysical Symposium, Proceedings, Beograd, Yugoslavia, 1996, p. 40.
199. Arandjelovi ′c, D., A possible way of tracing groundwater flows in karst, reprinted from Geophys. Prospect., XVII (No. 4), 404, 1969.