Petrography, geochemical minerals from Hormuz Formation in the Hormuz Island

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JAMSHIDIBADR MAHBOOBEH; Faramarzi Narges Sadat

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Journal: GEOSCIENCES Year:2020 | Volume:30 | Issue:117 Page(s): 51-64

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Title

Petrography, geochemical minerals from Hormuz Formation in the Hormuz Island

Author(s)

JAMSHIDIBADR MAHBOOBEH | Faramarzi Narges Sadat | Issue Writer Certificate

Keywords

PetrographyQ2

GeochemistryQ2

IgneousQ1

sedimentary mineralsQ1

Upper EdiacaranQ1

Hormuz IslandQ1

Abstract

Hormuz Island, a salt diapir in southern Iran, mostly composed from evaporite-carbonate sediments of Neoproterozoic. So far, no significant studies have been done belong to the Petrography and Geochemistry of the Hormuz evaporite-carbonate sediments. Moreover, Salt movements made it difficult to distinguish rocks relationship only based on field observations. In the recent study, with the understanding of field evidences (e. g. the salt thickness, type and amounts of enclaves, as well as field relationship between evaporite unit and volcanic rocks), mineralogical studies (such as studying fluid inclusions within evaporite unit, studying enclaves from evaporite-carbonate unit as well as the mineralogy of dolomite, pyrite and rhyolitic tuffs) and doing geochemical analysis (e. g. Inductively coupled plasma-mass spectrometry and Scanning Electron Microscope), not only the evaporite-carbonate sediments, but also the reconstruction of the events occurring in the Hormuz sedimentary basin, have been investigated. The existence of evaporites with different thicknesses, enclaves and interlayers indicate that deposition of evaporites occurred in two separate stages. The island’ s rhyolitic volcanism happened in the gap between sedimentation of lower and upper evaporite units. The volcanoclastic rocks are coexistence with deposition of upper evaporite unit. The deposition of both evaporite units occurred during the Upper Ediacaran.

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APA: Copy

JAMSHIDIBADR, MAHBOOBEH, & Faramarzi, Narges Sadat. (2020). Petrography, geochemical minerals from Hormuz Formation in the Hormuz Island. GEOSCIENCES, 30(117 ), 51-64. SID. https://sid.ir/paper/404951/en

Vancouver: Copy

JAMSHIDIBADR MAHBOOBEH, Faramarzi Narges Sadat. Petrography, geochemical minerals from Hormuz Formation in the Hormuz Island. GEOSCIENCES[Internet]. 2020;30(117 ):51-64. Available from: https://sid.ir/paper/404951/en

IEEE: Copy

MAHBOOBEH JAMSHIDIBADR, and Narges Sadat Faramarzi, “Petrography, geochemical minerals from Hormuz Formation in the Hormuz Island,” GEOSCIENCES, vol. 30, no. 117 , pp. 51–64, 2020, [Online]. Available: https://sid.ir/paper/404951/en

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