Presentations from Workshop on Alpine-Carpathian Gravity 2024

Dear participants,

Below, you can download the PDF files of the presentations given at Alpine-Carpathian Gravimetry Workshop 2024.

Thank you for your participation, and we look forward to seeing you at future workshops! 🙂

 

Götze Hajo (CAU) and the AplArray Gravity Research Group

AlpArray’s gravity team that crossed frontiers

 

Pašteka Roman (CU), Bielik Miroslav (CU, ESI SAS), Zahorec Pavol (ESI SAS), Papčo Juraj (SUT), Karcol Roland (CU), Nogová Ema (ESI SAS, CU):

Qualitative analysis of higher derivatives ratio of Bouguer anomaly map from pan-Alpine region

 

Zahorec Pavol (ESI SAS), Nogová Ema (ESI SAS, CU), Papčo Juraj (SUT), Pašteka Roman (CU):

Comparison of global gravity data in Adria Array area

 

Götze Hajo (Kiel University), Strehlau Ronja (Kiel University), Dannowski Anke (GEOMAR), Schmidt Sabine (Kiel Univesity), Plonka Christian (GFZ), Scheck-Wenderoth Magdalena (GFZ), Anikiev Denis (GFZ):

Do gravity data justify a rifted “Liguro-Provencal Basin”? – A few thoughs on gravity data analysis

 

Bauer Tobias (BKG), Schwabe Joachim (BKG), Liebsch Gunter (BKG), Sacher Martina (BKG):

The European Alps Geoid project – a regional contribution to a unified European height reference frame

 

Rosowiecka Olga (PGI), Olszak Tomasz (PGI)

Polish ways to ITGRF realisation in geodetic and geophysics gravimetric bases

 

Čunderlík Robert (SUT), Macák Marek (SUT), Zahorec Pavol (ESI SAS), Papčo Juraj (SUT), Minarechová Zuzana (SUT), Jančovičová Miroslava (SUT):

Local gravity field modelling in Tatra Mountains using FEM approach

 

Anikiev Denis (GFZ), Götze Hajo (CAU), Plonka Christian (GFZ), Schmidt Sabine (CAU):

Subsurface space warping driven by gravity data

 

Mikuška Ján (G-trend), Pohánka Vladimír (ESI SAS), Papčo Juraj (SUT), Kubica Lukáš(SUT), Zahorec Pavol (ESI SAS), Pašteka Roman (CU):

Calculation of distant relief effect in gravimetry using ellipsoisal Earth approximation

 

Scarponi Matteo (UCBL), Bodin Thomas (UCBL):

Towards Bayesian Joint Inversion of Bouguer Gravity and Surface Wave data: application to the Western Alps

 

Wolfgang Szwillus (CAU):

Investigating the Deep Earth with gravity and long-periodic seismology

 

Josef Sebera (AI CAS):

A comparison of four forward modelling approaches with a global lithosphere density model

 

Yu Tian (CAU):

An integrated method for gravity gradient inversion and gravity gradient depth imaging

 

Eric Fosso Teguia (CAU):

Crustal modelling over the Central and West African Rift Zone

 

Mikhail Ginga (CAU):

Joint inversion for crustal structure in Dronning Maud Land

 

Nasuti Aziz and Geophysics (NGU):

An overview of Potential field databases and studies at the Geological Survey of Norway

 

List of abbreviations:

AI CAS = Astronomical Institute of the Czech Academy of Sciences

BKG = Bundesamt f. Kartographie und Geodäsie = Federal Agency for Cartography and Geodesy

CAU = Christian Albrechts University Kiel

CU = Comenius University in Bratislava

ESI SAS = Earth Science Institute of the Slovak Academy of Sciences

GEOMAR Helmholtz Centre for Ocean Research Kiel

GFZ = Deutsches GeoForschungsZentrum = German Research Centre for Geosciences

G-trend Ltd company Bratislava

LIAG = Leibniz-Institut für Angewandte Geophysik = LIAG Institute for Applied Geophysics

NGU = Norges geologiske undersøkelse = Norway’s National Geological

Survey PGI = Polish Geological Institute

SUT = Slovak University of Technology Bratislava

UCBL = Université Claude Bernard Lyon 1