Provenance of sandstone layered in Injana Formation from Zawita and Dekala areas Northern of Iraq

Sarah A. Al-Ameri, Lafta S. Kadhim
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Abstract

To interpret the provenance 0f Injana Formation,  20 sandstone samples of Injana Formation were collected  from Zawita and Dekala areas north Iraq (10 for each sections ), then  thin section have been done sildes. The petrographic study showed that the sedimentary, metamorphic and igneous rock fragments, quartz (mono&polycrystalline) and feldspars (microcline, orthoclase and plagioclase) make up the main grain components of the sandstone. Carbonate cement is more common cementing minerals, and the matrix is subordinate. The percentage of mono-quartz and sedimentary, igneous rock fragments are greater than the amounts of feldspar and poly-quartzand metamorphic fragments. A diagenetic processes were represented by the carbonate, iron oxides and evaporite cements, as well as compaction, cementation, and dissolution. The majority of the rocks of Injana Formation’s provenances are sedimentary and igneous, with minor amounts of subordinate metamorphic rocks. These sandstones are considered to be immature and classified as immature Litharenites type. The tectonic provenances that are extrapolated from petrographical results are transitional and lithic with effect of uplifting of Alpaine oroging recycled origin which are derived from the order rocks during the Miocene age.
伊拉克北部Zawita和Dekala地区Injana组砂岩层状物源研究
为了解释Injana组的物源,在伊拉克北部的Zawita和Dekala地区采集了20个Injana组砂岩样品(每个剖面10个),并进行了薄片剖分。岩石学研究表明,沉积岩、变质岩和火成岩碎屑、石英(单晶和多晶)和长石(微斜长石、正长石和斜长石)构成了砂岩的主要颗粒成分。碳酸盐胶结物是较为常见的胶结矿物,基质次之。单石英和沉积、火成岩碎屑的比例大于长石和多石英变质碎屑的数量。成岩作用主要表现为碳酸盐、氧化铁和蒸发岩胶结作用以及压实作用、胶结作用和溶蚀作用。因迦那组物源以沉积岩和火成岩为主,次变质岩次之。这些砂岩被认为是未成熟的,并被划分为未成熟的岩屑岩型。由岩石学结果推断出的构造物源为过渡性和岩屑性,受阿尔卑斯山脉抬升的影响,来源于中新世阶岩。
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