Mineralogy and geochemistry of Skarn Fe orebody and syenodioritic intrusive host rock in Zeber Kuh prospect area (SW Bardaskan, South Khorasan province)
The Zeber Kuh prospect area is located southwest of Bardaskan, South Khorasan province, in the northeastern Iran. Lithologically, the area includes Rizu and Soltanieh Formations metamorphosed carbonate rocks, which were intruded by syenogranitic and syenodioritic intrusions. Field observations and l...
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University of Isfahan
2017-11-01
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Online Access: | http://ijp.ui.ac.ir/article_22233_fde9cbdcb11cce632acf2eedf736dc26.pdf |
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author | Hossein Narooie Azadeh Malekzadeh Shafaroudi Mohammad Hassan Karimpour |
author_facet | Hossein Narooie Azadeh Malekzadeh Shafaroudi Mohammad Hassan Karimpour |
author_sort | Hossein Narooie |
collection | DOAJ |
description | The Zeber Kuh prospect area is located southwest of Bardaskan, South Khorasan province, in the northeastern Iran. Lithologically, the area includes Rizu and Soltanieh Formations metamorphosed carbonate rocks, which were intruded by syenogranitic and syenodioritic intrusions. Field observations and laboratory studies such as structural controls of orebody, metasomatic replacement and formation of low temperature H2O-bearing minerals, and the occurrence of magnetite and pyrite associated with chlorite, epidote, calcite, and quartz indicate that the iron mineralization is low temperature skarn-type. The source of Fe mineralization is probably a younger intrusive rock at depth. Hydrothermal ore fluid was ascended within fault zone and/or contact between the intrusive rock and the carbonate unit and generated orebody. Iron grade ranges from 54 to 65 wt.% and sulfur value is > 3 wt.%. Magnetite chemistry and Ti, V, Al, Mn, Ni, and Cr contents are similar to skarn deposit. Biotite syenodiorite host rock has hypidiomorphic granular texture and it consists of plagioclase, K-feldspar, biotite, and apatite minerals. Chemically, this intrusive rock is K-series alkaline type, which was generated in within plate zone. This magma is characterized by strong enrichment in LREE, LILE (Rb, Cs, Ba, and K), HFSE (Nb, Zr, and Ti), and P elements. The primary magma is produced by low degree partial melting of garnet lherzolite from asthenospheric to boundary of asthenospheric-lithospheric mantle. |
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spelling | doaj.art-2258f1a6a6dd4dcf8e916d3716b423732023-08-02T02:10:16ZfasUniversity of Isfahanپترولوژی2228-52102322-21822017-11-018318911010.22108/ijp.2017.81983.022233Mineralogy and geochemistry of Skarn Fe orebody and syenodioritic intrusive host rock in Zeber Kuh prospect area (SW Bardaskan, South Khorasan province)Hossein Narooie0Azadeh Malekzadeh Shafaroudi1Mohammad Hassan Karimpour2Research Center for Ore Deposit of Eastern Iran, Ferdowsi University of Mashhad, Mashhad, IranResearch Center for Ore Deposit of Eastern Iran, Ferdowsi University of Mashhad, Mashhad, IranResearch Center for Ore Deposit of Eastern Iran, Ferdowsi University of Mashhad, Mashhad, IranThe Zeber Kuh prospect area is located southwest of Bardaskan, South Khorasan province, in the northeastern Iran. Lithologically, the area includes Rizu and Soltanieh Formations metamorphosed carbonate rocks, which were intruded by syenogranitic and syenodioritic intrusions. Field observations and laboratory studies such as structural controls of orebody, metasomatic replacement and formation of low temperature H2O-bearing minerals, and the occurrence of magnetite and pyrite associated with chlorite, epidote, calcite, and quartz indicate that the iron mineralization is low temperature skarn-type. The source of Fe mineralization is probably a younger intrusive rock at depth. Hydrothermal ore fluid was ascended within fault zone and/or contact between the intrusive rock and the carbonate unit and generated orebody. Iron grade ranges from 54 to 65 wt.% and sulfur value is > 3 wt.%. Magnetite chemistry and Ti, V, Al, Mn, Ni, and Cr contents are similar to skarn deposit. Biotite syenodiorite host rock has hypidiomorphic granular texture and it consists of plagioclase, K-feldspar, biotite, and apatite minerals. Chemically, this intrusive rock is K-series alkaline type, which was generated in within plate zone. This magma is characterized by strong enrichment in LREE, LILE (Rb, Cs, Ba, and K), HFSE (Nb, Zr, and Ti), and P elements. The primary magma is produced by low degree partial melting of garnet lherzolite from asthenospheric to boundary of asthenospheric-lithospheric mantle.http://ijp.ui.ac.ir/article_22233_fde9cbdcb11cce632acf2eedf736dc26.pdfLow temperature Fe skarnMagnetiteGeochemistry of intrusive rockZeber KuhKashmar-Kerman tectonic zone |
spellingShingle | Hossein Narooie Azadeh Malekzadeh Shafaroudi Mohammad Hassan Karimpour Mineralogy and geochemistry of Skarn Fe orebody and syenodioritic intrusive host rock in Zeber Kuh prospect area (SW Bardaskan, South Khorasan province) پترولوژی Low temperature Fe skarn Magnetite Geochemistry of intrusive rock Zeber Kuh Kashmar-Kerman tectonic zone |
title | Mineralogy and geochemistry of Skarn Fe orebody and
syenodioritic intrusive host rock in Zeber Kuh prospect area (SW Bardaskan, South Khorasan province) |
title_full | Mineralogy and geochemistry of Skarn Fe orebody and
syenodioritic intrusive host rock in Zeber Kuh prospect area (SW Bardaskan, South Khorasan province) |
title_fullStr | Mineralogy and geochemistry of Skarn Fe orebody and
syenodioritic intrusive host rock in Zeber Kuh prospect area (SW Bardaskan, South Khorasan province) |
title_full_unstemmed | Mineralogy and geochemistry of Skarn Fe orebody and
syenodioritic intrusive host rock in Zeber Kuh prospect area (SW Bardaskan, South Khorasan province) |
title_short | Mineralogy and geochemistry of Skarn Fe orebody and
syenodioritic intrusive host rock in Zeber Kuh prospect area (SW Bardaskan, South Khorasan province) |
title_sort | mineralogy and geochemistry of skarn fe orebody and syenodioritic intrusive host rock in zeber kuh prospect area sw bardaskan south khorasan province |
topic | Low temperature Fe skarn Magnetite Geochemistry of intrusive rock Zeber Kuh Kashmar-Kerman tectonic zone |
url | http://ijp.ui.ac.ir/article_22233_fde9cbdcb11cce632acf2eedf736dc26.pdf |
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