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Analysis of Geophysical Data for Evaluate Basement Uplift and Sedimentary Basin Structures.

Abstract
Upward continuation maps at a depth of 50 m were generated to analyze how anomaly characteristics evolve with increasing observation distance, revealing strong similarities to the Bouguer anomaly map. This similarity suggests that most of the anomalies originate from deep sources. Low-pass filtering was employed to isolate regional anomalies, showing gravity values ranging from 1156.5701 mGal in t...
Keywords
Bouguer anomaly
Geology
Basement
Residual
Anomaly (physics)
Gravity anomaly
Structural basin
Seismology
Sedimentary rock
Geomorphology
Geophysics
Paleontology
Geography
Archaeology
Physics
Algorithm
Condensed matter physics
Oil field
Computer science
Sustainable Development Goals (SDG)
Life below water



Analysis of Geophysical Data for Evaluate Basement Uplift and Sedimentary Basin Structures.

Analysis of Geophysical Data for Evaluate Basement Uplift and Sedimentary Basin Structures.

Abstract
Upward continuation maps at a depth of 50 m were generated to analyze how anomaly characteristics evolve with increasing observation distance, revealing strong similarities to the Bouguer anomaly map. This similarity suggests that most of the anomalies originate from deep sources. Low-pass filtering was employed to isolate regional anomalies, showing gravity values ranging from 1156.5701 mGal in t...
Keywords
Bouguer anomaly
Geology
Basement
Residual
Anomaly (physics)
Gravity anomaly
Structural basin
Seismology
Sedimentary rock
Geomorphology
Geophysics
Paleontology
Geography
Archaeology
Physics
Algorithm
Condensed matter physics
Oil field
Computer science
Sustainable Development Goals (SDG)
Life below water