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Common Characterization of the Transboundary Aquifer of Somes-Szamos River (Romania – Hungary)

This study aims to characterize the transboundary aquifer of the Somes-Szamos River, located in Romania and Hungary. It examines the lithological cross-sections, observation and production wells, hydraulic head differences, and groundwater tables in the area. The SQUASH database is used for data analysis and querying.

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Common Characterization of the Transboundary Aquifer of Somes-Szamos River (Romania – Hungary)

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  1. Common Characterization of the TransboundaryAquifer of Somes-Szamos River (Romania – Hungary) Alain DASSARGUES – University of Liege (Belgium) Radu DROBOT - Technical University of Civil Engineering Bucharest (Romania) Laszlo LENART – Univesity of Miskolc (Hungary) Serge BROUYERE – University of Liege (Belgium); Mihai BRETOTEAN – National Institute of Hydrology and Water Management (Romania); Marin MINCIUNA - National Institute of Hydrology and Water Management (Romania); Margit VIRAG–JUHASZNE,Lajos MIKO, Peter SZUCS – Univesity of Miskolc (Hungary); Atilla SZABO – Univesity of Miskolc (Hungary); Tamasz MADARASZ – Univesity of Miskolc (Hungary); Anca FILIP – National Institute of Hydrology and Water Management (Romania); Ileana Cristina POPESCU – University of Liege (Belgium); Felician NISTEA – Public Utility Satu-Mare (Romania); Anton SZENDREI – Public Utility Satu-Mare (Romania); Simona CURTEAN – Public Utility Satu-Mare (Romania)

  2. Figure 1:Location of the Somes/Szamos basin in Romania and Hungary.

  3. Figure 2:Location of the cross-sections of the alluvial fan

  4. Figure 3: Romanian concept: Former lithological cross-section I-I’

  5. Figure 4: Hungarian concept: Former lithological cross-section VIII-VIII’

  6. Figure 5: Hungarian concept: Geological cross-section VIII-VIII’

  7. Figure 6:Common concept: new lithological cross-section II-II’

  8. Figure 7:Common concept: new lithological cross-section I-I’

  9. Figure 8:Common concept: new lithological cross-section VI-VI’

  10. Figure 9:Common concept: new lithological cross-section VI-VI’

  11. Figure 10:Common concept: new lithological cross-section VI-VI’

  12. Figure 11:Common concept: new lithological cross-section VI-VI’

  13. Figure 12:Common concept: new lithological cross-section VI-VI’

  14. Figure 13:Observation wells

  15. Figure 14:Production wells

  16. Figure 8:Isolines of hydraulic head differences between the shallow and the deep aquifer

  17. Figure 15:Total production rates

  18. Figure 16: Tables contained in SQUASH database

  19. Figure 17: Forms contained in SQUASH database

  20. Figure 18: GROUNDWATER table of the SQUASH database

  21. Figure 19: Queries created in the SQUASH database

  22. Figure 20: Example of queries for finding the piezometric level in April 2002

  23. Figure 21: Forms developped in the frame of SQUASH database

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