The library will be closed between August 10, 2026 and August 16, 2026. During this period, it will be possible to upload publications, but all other services will be suspended.
Mohammed, M. A. A.,
Daoud, A. M. A.,
Kazem, M. M.,
Sarkhel, H. M.,
Szabó, N. P.,
Szűcs, P.:
Geophysical and multi-criteria decision methods for delineating groundwater potential in coastal terrains: a study from Port Sudan.
Sci Rep. [Epub ahead of print], 2026.
Kazem, M. M.,
Buday, T.:
Spatial resolution effects on GIS-based groundwater potential mapping in basement aquifer.
In: Műszaki Tudomány az Észak-Kelet Magyarországi Régióban 2026: Konferencia előadások kivonatai/ szerk.Antal Tamás, MTA TABT Debreceni Területi Bizottság Titkársága, Nyíregyháza, 32, 2026. ISBN: 9789637064463
Kazem, M. M.,
Mohammed, F. A.,
Daoud, A. M. A.,
Buday, T.:
Uncertainty-Aware Groundwater Potential Mapping in Arid Basement Terrain Using AHP and Dirichlet-Based Monte Carlo Simulation: Evidence from the Sudanese Nubian Shield.
Water. 18 (8), 1-31, (article identifier: 901), 2026.
Daoud, A. M. A.,
Kazem, M. M.,
Novák, T.,
Rózsa, P.:
Urban Expansion Amplifies Hydro-Saline Processes and Infrastructure Vulnerability in an Arid Coastal City: A Long-Term, Field-Calibrated Remote-Sensing Assessment.
Earth Syst. Environ. [Epub ahead of print], 1-41, 2026.
Daoud, A. M. A.,
Abir, M. N. A. M.,
Kazem, M. M.,
Satti, A.,
Shebl, A.,
Mohamed, M. A. A.,
Agyemfra, G. J.,
Abdelmajeed, A. E. A.,
Csámer, Á.,
Rózsa, P.:
Comprehensive hazard susceptibility assessment in Port Sudan city usingAHP: emphasizing flash flood risk, soil moisture, and salinity dynamics.
Geomatics, Natural Hazards and Risk. 16 (1), 1-32, (article identifier: 2593297), 2025.
