High resolution Slovak Bouguer gravity anomaly map and its enhanced derivative transformations: new possibilities for interpretation of anomalous gravity fields

Year, pages: 2017, 81 - 94

The paper deals with the revision and enrichment of the present gravimetric database of the Slovak Republic. The output of this process is a new version of the complete Bouguer anomaly (CBA) field on our territory. Thanks to the taking into account of more accurate terrain corrections, this field has significantly higher quality and higher resolution capabilities. The excellent features of this map will allow us to re-evaluate and improve the qualitative interpretation of the gravity field when researching the structural and tectonic geology of the Western Carpathian lithosphere. In the contribution we also analyse the field of the new CBA based on the properties of various transformed fields – in particular the horizontal gradient, which by its local maximums defines important density boundaries in the lateral direction. All original and new transformed maps make a significant contribution to improving the geological interpretation of the CBA field. Except for the horizontal gradient field, we are also interested in a new special transformation of TDXAS, which excellently separates various detected anomalies of gravity field and improves their lateral delimitation.

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Pašteka, R., Zahorec, P., Kušnirák, D., Bošanský, M., Papčo, J., Szalaiová, V., Krajňák, M., Marušiak, I., Mikuška, J., Bielik, M. 2017. High resolution Slovak Bouguer gravity anomaly map and its enhanced derivative transformations: new possibilities for interpretation of anomalous gravity fields. In Contributions to Geophysics and Geodesy, vol. 47, no.2, pp. 81-94. 1338-0540.

Pašteka, R., Zahorec, P., Kušnirák, D., Bošanský, M., Papčo, J., Szalaiová, V., Krajňák, M., Marušiak, I., Mikuška, J., Bielik, M. (2017). High resolution Slovak Bouguer gravity anomaly map and its enhanced derivative transformations: new possibilities for interpretation of anomalous gravity fields. Contributions to Geophysics and Geodesy, 47(2), 81-94. 1338-0540.