| | Isotope Hydrology and Integrated Water Resources Management |
| | 6,92 | | MB |
| | 547 | | stron |
| | 4684 | | ID | International Atomic Energy Agency |
| | 2004 | | rok |
| | CONTENTS |
| | SUMMARY1 |
| | Opening Statement 7 |
| | W. Burkart |
| | ORAL SESSIONS |
| | KEYNOTE PAPERS (Session 1) |
| | Water resources prospects from a hydrological sciences perspective (IAEA-CN-104/186) .11 |
| | J.C. Rodda |
| | Hydrological process studies using cosmic ray produced radionuclides (IAEA-CN-104/135) .13 |
| | D. Lal |
| | Environmental isotopes as groundwater management tools: Indispensable or superfluous? (IAEA- |
| | CN-104/33)17 |
| | A.L. Herczeg, A.J. Love, G.A. Harrington |
| | Dating of young groundwater (IAEA-CN-104/153) 19 |
| | L.N. Plummer |
| | GROUNDWATER SUSTAINABILITY AND DYNAMICS I (Session 2) |
| | Radiocarbon dating of old groundwater — History, potential, limits and future (IAEA-CN-104/148) |
| | .23 |
| | M.A. Geyh |
| | Estimating amount and spatial distribution of groundwater recharge in the Jullemeden Basin (Niger) |
| | based on 3H, 3He and CFC-11 measurements (IAEA-CN-104/93) 25 |
| | J. Rueedi, R. Purtschert, M.S. Brennwald, M. Hofer, R. Kipfer |
| | Use of environmental isotopes (18O, 2H, 3H, 13C, 14C) and hydrodynamic modelling to highlight |
| | groundwater mixing in the southwestern part of the Iullemmeden Basin (Niger) (IAEA-CN-104/38) .28 |
| | |
| | A. Guéro, C. Marlin, C. Leduc, O. Bourema |
| | Contribution of environmental isotopes to the study of recharge and dynamics of the multilayered |
| | aquifer system of Zeroud Basin (Kairouan Plain, Central Tunisia) (IAEA-CN-104/137) .31 |
| | L. Jeribi, K. Zouari, J.L. Michelot, C.B. Gaye |
| | GROUNDWATER SUSTAINABILITY AND DYNAMICS I (Session 3) |
| | Origin and residence times of the groundwater in the multilayered aquifer of Tadla (Morocco) (IAEA- |
| | CN-104/170) .37 |
| | N. Zine, A. Zerouali, M. Taleb, L. Latifa, M. Qurtobi, M. Ibn Majah, H. Marah, N. Safsaf, C.B. Gaye, |
| | P. Aggarwal, M. Krimissa, J.L. Michelot |
| | Evaluation of modern recharge in the Los Arenales Detritic Aquifer, Central Spain (IAEA-CN-104/89) |
| | .40 |
| | A. Plata-Bedmar, L.J. Araguás-Araguás |
| | Chemical and isotopic techniques for development of groundwater management strategies in a |
| | coastal aquifer: Krishna River Delta, South India (IAEA-CN-104/19) .42 |
| | R.M.P. Nachiappan, M. Someshwar Rao, B. Kumar, S.V. Navada, Y. Satyanarayana |
| | Assessing aquifer contamination vulnerability using tritium-helium ages in public drinking water wells |
| | in California, United States of America (IAEA-CN-104/132) 46 |
| | J.E. Moran, G.B. Hudson, R. Leif, G.F. Eaton |
| | Groundwater dating with sulfur hexafluoride: Methodology and field comparison with tritium and |
| | hydrodynamic methods (IAEA-CN-104/80) 48 |
| | M. Dulinski, K. Rozanski, J. Kania, J. Karlikowska, M. Korczynski-Jackowicz, S. Witczak |
| | P. Mochalski, M. Opoka, I. Sliwka, A. Zuber |
| | Unsteady state lumped parameter modeling of 3H and CFCs transport: analyses of groundwater |
| | residence time distribution in a mountainous karstic Aquifer (IAEA-CN-104/102) .50 |
| | N.N. Özyurt, C.S. Bayari |
| | RIVER SYSTEM DYNAMICS (Session 4) |
| | Tracing nutrient sources in the Mississippi River Basin, United States of America (IAEA-CN- |
| | 104/111) .55 |
| | C. Kendall, S.R. Silva, C.C.Y. Chang, S.D. Wankel, R.P. Hooper, J.W. Frey, A.S. Crain, M.D. |
| | Delong |
| | Isotope tracing of water balance and climatic variability along the Mackenzie River (IAEA-CN- |
| | 104/109) .58 |
| | J.J. Gibson, T.D. Prowse, A. Pietroniro, L. Wassenaar, G. Koehler |
| | The isotopic river continuum model — IRCM (IAEA-CN-104/77)62 |
| | J.R. Gat |
| | Isotope characterization of major rivers of Indus Basin, Pakistan (IAEA-CN-104/123).64 |
| | M. Ahmad, M.A. Tasneem, J.A. Tariq, W.Akram, Z.Latif, M.I. Sajjad |
| | Dynamics of water transport through catchment of the Danube River traced by environmental 3H |
| | and 18O — The neural networks approach (IAEA-CN-104/79).67 |
| | M. Zimnoch, K. Rozanski, W. Chmura, M. Mikolajczak, D. Rank |
| | Organic carbon sources and cycling in the St. Lawrence River: Stable isotopes and elemental |
| | approaches (IAEA-CN-104/45)69 |
| | J.F. Helie, C. Hillaire-Marcel |
| | Runoff processes and small watersheds (IAEA-CN-104/69).71 |
| | J.J. McDonnell |
| | Tritium balance modeling in a macroscale catchment (IAEA-CN-104/41).72 |
| | P. Koeniger, S. Wittmann, CH. Leibundgut, W.J. Krause |
| | Application of isotope tracers in continental scale hydrological modeling (IAEA-CN-104/180) .74 |
| | B.M. Fekete, C.J. Vörösmarty, P. Aggarwal, J.J. Gibson |
| | Interlinking of rivers in India in the context of available hydrological information (IAEA-CN-104/191) |
| | .76 |
| | S.P. Prabhu |
| | GROUNDWATER SUSTAINABILITY AND DYNAMICS II (Session 5) |
| | How can sustainability for groundwater use be determined? (IAEA-CN-104/122) 101 |
| | H.H. Loosli, R. Purtschert |
| | Isotope hydrogeochemistry of groundwater in Purna River Basin, Maharashtra, India (IAEA-CN- |
| | 104/103) .103 |
| | S. Sharma, K.M. Kulkarni, U.P. Kulkarni, A.S. Deodhar, S.V. Navada, P.K. Jain |
| | Origin and temporal evolution of the groundwater in the Fontainebleau Sands Aquifer (France) |
| | investigated using 3H, 85KR, 39AR, 14C and stable noble gases (IAEA-CN-104/92) .105 |
| | J.A. Corcho, R. Purtschert, J. Rüedi, H.H. Loosli, C. Chabault, F. Barbecot, L. Dever, W. |
| | Aeschbach-Hertig, R. Kipfer |
| | Groundwater salinization mechanism of aquifers beneath Ho Chi Minh City Area (Viet Nam) (IAEA- |
| | CN-104/52) .107 |
| | N.K. Chinh, L.V. Khoi, L.D. Chuan, D.T. Hung, K.M Kulkarni |
| | Use of environmental isotopes to study the recharge mechanisms and arsenic pollution of |
| | Bangladesh groundwater (IAEA-CN-104/13) 109 |
| | N. Ahmed, M. Ali, S.A. Tarafdar, P.K. Aggarwal, K.M. Kulkarni, B.G. Wallin, A.R. Basu, A.A.H. |
| | Welch, A. Hussain, S.R. Ahmed |
| | UNSATURATED ZONE PROCESSES AND ARTIFICIAL RECHARGE (Session 6) |
| | Stable hydrogen and oxygen isotope behaviour of soil water in sand dunes, and its relationship to |
| | shallow groundwater, Southern Great Lakes Region, Canada (IAEA-CN-104/154) .115 |
| | F.J. Longstaffe, K.L. Gage, E.A. Webb |
| | Long term vadose zone processes at the Nevada test site, USA (IAEA-CN-104/59)117 |
| | J.R. Hunt, A.F.B. Tompson |
| | Results of long term investigations on 18O in the unsaturated zone in comparison to the results of |
| | tracing experiments and numerical modeling (IAEA-CN-104/68) .119 |
| | J. Fank, W. Stichler |
| | Use of isotopic tracers to study pathways for migration of contaminants through the unsaturated |
| | zone in irrigated agricultural sites in southwestern Kansas, USA (IAEA-CN-104/161) .121 |
| | R.L. Michel, P. McMahon, K. Dennehy |
| | Tracing the decomposition of dissolved organic carbon in artificial recharge by carbon isotope ratios |
| | (IAEA-CN-104/39).123 |
| | N.M. Kortelainen, J.A. Karhu |
| | Isotope contribution to geochemical investigations in aquifer storage and recovery (IAEA-CN- |
| | 104/61) .125 |
| | J. Vanderzalm, C. Le Gal La Salle, J. Hutson, P. Dillon, P. Pavelic, R. Martin |
| | Environmental isotope application for determination artificial recharge efficiency, cases from arid |
| | and semi-arid areas of Jordan (IAEA-CN-104/28) .128 |
| | M. Almomani, A. Subah |
| | GEOTHERMAL SYSTEMS (Session 7) |
| | Use of isotopic and chemical compositions of thermal and meteoric waters to investigate recharge |
| | for the large hydrothermal system at Yellowstone National Park, USA (IAEA-CN-104/37) .133 |
| | Y.K. Kharaka, J.J. Thordsen, R.H. Mariner |
| | Isotope and chemical studies of the thermal waters in the Busan Area, Republic of Korea (IAEA-CN- |
| | 104/-14) 135 |
| | Y.K. Koh, D.S. Bae, C.S. Kim, G.Y. Kim |
| | Interaction between the geothermal outflow of Southern Negros geothermal field and the shallow |
| | groundwater aquifer in Dumaguete City, Negros Oriental, Philippines (IAEA-CN-104/156) .137 |
| | J.A. Caranto, P.I. Pamatian, M.S. Ogena |
| | Tracing the sources of recharge to groundwater in the specific meteorological and geological context |
| | of the Ethiopian rift and bordering plateau, using environmental isotopes (IAEA-CN-104/36) .138 |
| | S. Kebede, Y. Travi, T. Alemayehu, T. Ayenew |
| | CLIMATE AND ATMOSPHERE (Session 8) |
| | Stable isotopes on seasonal to millennial time scales as recorded in low-latitude, high-altitude ice |
| | core (IAEA-CN-104/155) 143 |
| | L.G. Thompson, M.E. Davis, E. Mosley-Thompson, P-N. Lin, T.A. Mashiotta, K. Henderson |
| | Regional atmospheric modelling of the water isotope cycle (IAEA-CN-104/147) .144 |
| | K. Sturm, B. Langmann, G. Hoffmann, W. Stichler |
| | Austrian Network of Isotopes in Precipitation (ANIP): Quality assurance and climatological |
| | phenomenon in one of the oldest and densest networks in the world (IAEA-CN-104/157) .146 |
| | M. Kralik, W. Papesch, W. Stichler |
| | Study on water vapor transport to Tibetan plateau using stable isotopic composition of precipitation |
| | (IAEA-CN-104/159) 150 |
| | A. Sugimoto, A. Numaguti, A.M. Tsujimura, K. Fujita, S. Hashimoto, M. Nakawo |
| | Temporal variation of stable isotopes in precipitation at Bangkok, Thailand (IAEA-CN-104/160) .152 |
| | K. Ichiyanagi, M.D. Yamanaka |
| | Utilization of monsoonal rains by plants and isotopic partitioning of evapotranspiration in two |
| | contrasting semi-arid Savanna Ecosystems (IAEA-CN-104/158) .154 |
| | G. Lin, D. Williams, E. Yepez, R. Scott |
| | Isotopic links between the water and carbon cycles (IAEA-CN-104/183) 155 |