Rare earth elements (REEs) are considered critical metals globally. About 62% of the global
resources of REEs occur associated with carbonatites and alkaline complexes. However …

The rare earth elements (REEs), which include the 15 lanthanide elements (Z= 57 through
71) and yttrium (Z= 39), are so called because most of them were originally isolated in the …

Integrated interpretation of aerogeophysical data permits geophysical characterization of
sulfide deposits in eastern Finland. The structural control and the hydrothermal alteration of …

For nearly 50 years, carbonatites have been the primary source of niobium and rare earth
elements (REEs), in particular the light REEs, including La, Ce, Pr, and Nd. Carbonatites are …

Metaheuristic algorithms are increasingly being utilized as a global optimal method in the
inversion and modeling of magnetic data. We proposed the Bat Algorithm Optimization …

Investigation into understanding the genesis of brines in southeast Nigeria was carried out
utilizing high-resolution potential field (HRPF) data. This study reveals that igneous …

This study provides interpreted aeromagnetic databases combined with structural and
metallographic investigation to examine the surface versus subsurface faults interaction and …

High resolution airborne magnetic data of some regions of Southeast Nigeria were analyzed
to map structures controlling mineralization. Such data can be used for mineral assessment …

Chromite occurrences in ophiolite complexes present valuable natural resources and
require sophisticated geophysical exploration methods. As chromite does not exhibit …

The Kelâat M'Gouna inlier (KM'G) is located in the Eastern Anti-Atlas of Morocco, north of the
West African Craton (WAC). It offers outcrops of great lithological diversity and has a …