| Article ID | Journal | Published Year | Pages | File Type |
|---|---|---|---|---|
| 4697316 | Ore Geology Reviews | 2015 | 12 Pages |
•Hanza Mountain that hosts the Bondar Hanza PCD is located between horsetail thrust faults related to strike-slip faults in Urmia–Dokhtar Magmatic Arc.•Processing of ASTER remote sensing and radiometric airborne geophysics data shows that PCDs and associated alteration zones trend NW–SE trend.•The enhancements of the recognition of NW–SE trending lineaments are the result of Fry Analysis by processing of the DEM, regional geology, ASTER and airborne magnetometry.
Hanza Mountain in Urmia–Dokhtar Magmatic Arc, southeast of Iran, consists of monocline of Eocene volcanic rocks into which the Oligocene granitoid rocks have been intruded. This area has excellent potential for economic porphyry copper deposits with Bondar Hanza, Daralu, and Sarmesk deposits among them. Hanza Mountain is located between NW–SE horsetail thrust faults derived from the Gowk and Sabzevaran strike-slip faults. The analysis of the kinematics of these strike-slip faults shows that they were not the cause of the formation of the pull-apart basin; thus they have not directly played any effective role in localizing the final emplacement of porphyries responsible for the formation of these copper deposits, but the Cu mineralization occurred mainly within a set of normal and thrust faults in the region. The alteration types and faults in Bondar Hanza were distinguished using detailed local geology, including distribution of known mineralization, supported by remote sensing (ASTER), airborne geophysics, and topography; the relationship between mineralization and faults was examined using Rose diagrams and Fry Analysis. This investigation of Bondar Hanza deposit has revealed that the trend of faults and dykes, as well as the distribution of copper analyses within drill cores, is aligned with the main trend of mineralization. The NW–SE trending faults in the Urmia–Dokhtar Magmatic Arc are effective in localizing the emplacement of porphyry copper ore deposits and those that trend between N125°–N145° are key to further exploration.
