High-resolution Facies correlation Study in The South Debrecen Area, Hungary
Zoltán Püspöki, Gábor Markos 2019:
High resolution geological modelling is based on reliable and sufficiently high resolution stratigraphy. In high-resolution stratigraphic studies, the sedimentary sequence is subdivided by isochronous (=contemporaneous) surfaces ("time horizons") interpreted in terms of facies. The aim of the 3D geological modelling of the Debrecen-South (Nyírség) area was to support hydrogeological modelling. The sedimentological/faciesistological characteristics of the sedimentary system units identified by high-resolution correlation and the expected reservoir characteristics resulting from the geological setting are described above.
High resolution geological modelling is based on reliable and sufficiently high resolution stratigraphy. In high-resolution stratigraphic studies, the sedimentary sequence is subdivided by isochronous (=contemporaneous) surfaces ("time horizons") interpreted in terms of facies. The aim of the 3D geological modelling of the Debrecen-South (Nyírség) area was to support hydrogeological modelling. The sedimentological/faciesistological characteristics of the sedimentary system units identified by high-resolution correlation and the expected reservoir characteristics resulting from the geological setting are described above.
dataset
https://hugeo.hu/3DModel/Nyirseg
Hungarian
Geoscientific information
GEMET - INSPIRE themes, version 1.0:
Spatial scope:
GeoERA Keyword Thesaurus:
European Geoscience Registry - Projects:
21.4015962174092,
47.3258225577359,
21.914574307346,
47.6327023872283
creation: 2019-01-01
min: -500
max: 359.94
CRS: Baltic 1957 (http://www.opengis.net/def/crs/EPSG/0/8357)
tin
Data Quality
3D modell is based on reliable and sufficiently high resolution stratigraphy
Constraints
Metadata about metadata
69087715-a6ec-4040-9f9b-694d0a010e58
SZTFH
Zoltán Friedl
email:
[email protected]
Role: point of contact
2025-11-07