The existing Bouguer anomaly map, which covers the territory of the Republic of Slovenia
is a few decades old. Since then, quite a few new gravimetric measurements (data) for the territory of Slovenia as well as high quality digital terrain models that are needed for creating such a map have been made available. The methodology and standards for creating gravity anomaly maps are also changing. Thus, the national Bouguer anomaly map was updated. There were some gross errors detected in the set of old gravimetric data. Additionally, the influence of new updated gravimetric data was analyzed. The comparison of the various maps and the analysis of the influence of input gravimetric data indicates that the new gravimetric data of Slovenia has a significant influence on the creation of the gravimetric anomaly maps for Slovenia (even over 30 mGals at some points).
TY - JOUR
AU - Medved, Klemen
AU - Odalović, Oleg
AU - Koler, Božo
PY - 2021
UR - https://grafar.grf.bg.ac.rs/handle/123456789/2423
AB - The existing Bouguer anomaly map, which covers the territory of the Republic of Slovenia
is a few decades old. Since then, quite a few new gravimetric measurements (data) for the territory of Slovenia as well as high quality digital terrain models that are needed for creating such a map have been made available. The methodology and standards for creating gravity anomaly maps are also changing. Thus, the national Bouguer anomaly map was updated. There were some gross errors detected in the set of old gravimetric data. Additionally, the influence of new updated gravimetric data was analyzed. The comparison of the various maps and the analysis of the influence of input gravimetric data indicates that the new gravimetric data of Slovenia has a significant influence on the creation of the gravimetric anomaly maps for Slovenia (even over 30 mGals at some points).
T2 - REMOTE SENSING
T1 - New Bouguer Anomaly Map for the Territory of the Slovenia
VL - 13(22):4510
DO - 10.3390/rs13224510
ER -
@article{
author = "Medved, Klemen and Odalović, Oleg and Koler, Božo",
year = "2021",
abstract = "The existing Bouguer anomaly map, which covers the territory of the Republic of Slovenia
is a few decades old. Since then, quite a few new gravimetric measurements (data) for the territory of Slovenia as well as high quality digital terrain models that are needed for creating such a map have been made available. The methodology and standards for creating gravity anomaly maps are also changing. Thus, the national Bouguer anomaly map was updated. There were some gross errors detected in the set of old gravimetric data. Additionally, the influence of new updated gravimetric data was analyzed. The comparison of the various maps and the analysis of the influence of input gravimetric data indicates that the new gravimetric data of Slovenia has a significant influence on the creation of the gravimetric anomaly maps for Slovenia (even over 30 mGals at some points).",
journal = "REMOTE SENSING",
title = "New Bouguer Anomaly Map for the Territory of the Slovenia",
volume = "13(22):4510",
doi = "10.3390/rs13224510"
}
Medved, K., Odalović, O.,& Koler, B.. (2021). New Bouguer Anomaly Map for the Territory of the Slovenia. in REMOTE SENSING, 13(22):4510.
https://doi.org/10.3390/rs13224510
Medved K, Odalović O, Koler B. New Bouguer Anomaly Map for the Territory of the Slovenia. in REMOTE SENSING. 2021;13(22):4510.
doi:10.3390/rs13224510 .
Medved, Klemen, Odalović, Oleg, Koler, Božo, "New Bouguer Anomaly Map for the Territory of the Slovenia" in REMOTE SENSING, 13(22):4510 (2021),
https://doi.org/10.3390/rs13224510 . .
