The fast mineral exploration system with remote sensing is a brand new exploration system of recognition, identification, analysis and prediction. It takes metallogenic materials as the detection targets, uses the spectrum measuring technique as detection means and takes the spatial and temporal sequence of mineralization and alteration information as an evaluation basis. It develops and improv...

The Late Devonian to Early Mississippian is an important metallogenic epoch within the Canadian cordillera resulting in the production of significant sediment exhalative massive sulphide (SEDEX) and volcanogenic massive sulphide (VMS) mineral occurrences within rocks of cratonic or pericratonic affinity. Major belts include the Late Devonian Earn-hosted SEDEX deposits of the Selwyn and Gataga d...

The Haft-Savaran Pb-Zn mineralization zone with the lower Jurassic age is located in the southern basin of Arak and Malayer-Isfahan metallogenic belt of Iran. Based upon the geological map of the Haft-Savaran area, the sandstone and shale of lower Jurassic are the main rocks of Pb-Zn deposit. In this area, 170samples were taken from 33 boreholes, and44 elements were measured by the ICP-MS metho...

As the need to discovers new mineral deposits and occurrences has intensified in recent years, it become increasingly apparent that we map potentials via integrated information on basis of metallogeny. Occurrences mineralization such as tungsten (W), tin (Sn), columbium (Nb), tantalum (Ta), gold (Au), copper (Cu), lead (Pb), zinc (Zn), manganese (Mn) monazite (Mnz) have been discovered Rwanda. ...

The Pulang porphyry copper deposit (PCD), one of the main potential areas for resource exploration in China, exhibits typical alteration zoning. However, further investigation indicative significance minerals, additional insight into metallogenic characteristics, and prospecting guidelines continue to be challenging. In this study, ASTER WorldView-3 data were used map hydrothermal minerals by e...