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• W4288045363 abstract "Using the scaling spectral method applied on high resolution aeromagnetic data, we mapped the magnetic basement and estimated the scaling exponents across various lithologies within the Middle Benue Trough of Northcentral Nigeria. We estimated a depth range of 1.8–6.3 km, with an average of 3.7 km to the basement beneath the Cretaceous sediments of the trough. Shallow basement depths of <3 km are mostly found on the trough's northern and southeastern margins. These are uplifted Precambrian Basement Complex regions made up of older granite, gneiss, and migmatite. Deeper basement depths of >4 km predominate in the southwestern, central, and northeastern portions of the study area, trending along the trough's axis. These deep zones are filled with Cretaceous sediments that must have accumulated after the Mesozoic development of the Benue Trough's subsided graben structure. Our study estimated scaling exponent ranging from 0 to 2. There were some correlations with the geology of the area, particularly around the crystalline basement complex in the northern portion. Within the central portion of the Middle Benue Trough, however, the source distributions are less correlated, uneven, and not always consistent with the geology of the area. This could be due to the region's dynamic and unstable tectonics, as numerous magmatic intrusions have been emplaced into the Cretaceous sediments at various depths, potentially influencing the scaling exponent values. • Scaling spectral method was applied on high resolution aeromagnetic data • We estimated a depth range of 1.8–6.3 km to the basement beneath the Cretaceous sediments of the trough and a corresponding scaling exponent ranging from 0 to 2. • There were some correlations with the geology of the area, particularly around the crystalline basement complex in the northern portion. However, the source distributions are less correlated, uneven, and not always consistent with the geology of the area around the central portion which is attributed to intrusions. • This method tends to be more reliable as the degree of correlation of the magnetic sources were taken into account for the first time in most parts of the study area. • As a result, this present work will provide more useful insights into groundwater, mineral, and hydrocarbon explorations in the area." @default.
• W4288045363 created "2022-07-27" @default.
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• W4288045363 date "2022-10-01" @default.
• W4288045363 modified "2023-09-23" @default.
• W4288045363 title "Application of scaling geology in magnetic basement mapping around the Middle Benue Trough in Northcentral Nigeria" @default.
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• W4288045363 doi "https://doi.org/10.1016/j.pepi.2022.106914" @default.
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