埃及吉萨十月六日市上新世-更新世古土壤沉积物的地质研究

El-Saied
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引用次数: 0

摘要

从10月6日开始,对8个断面进行了测量和描述。这些部分是第一、二、三、四、五、六、七和八。岩石地层剖面1 ~ 3属于后中新世(上新世-更新世)古土壤,剖面5、6属于晚更新世(最晚古土壤),剖面8属于中新世碎屑岩。由于所研究的古土壤构成地层剖面的上部大部分,因此先前成岩作用的顺序是可以接受的。因此,它们没有受到埋藏压实作用的影响,胶结作用在石化作用中起主要作用。古土壤样品中氧化铁的丰度可能与渐新世富铁沉积物有关,该沉积物为溶液提供了更多的氧化铁。所研究的沉积物主要通过河流作用进行搬运和沉积。这些古土壤是始新世、中新世和上新世碳酸盐在雨积期的氧化湿相环境中溶蚀作用的结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
GEOLOGICAL STUDIES OF THE PLIO-PLEISTOCENE PALEOSOL SEDIMENTS OF 6TH OCTOBER CITY, GIZA, EGYPT
Eight sections were measured and described from the 6 of October City. These sections are I, II, III, IV, V, VI, VII and VIII. Lithostratigraphic sections I to III belong to the postMiocene (Plio-Pleistocene) paleosols, whereas section V and VI belong to late Pleistocene (most –recent paleosol) and section VIII belong to Miocene clastic. The sequence of the previously diagenetic processes may be accepted because the studied paleosols constitute the upper most parts of the stratigraphic sections. So, they did not subjected to burial compaction and then the cementation played the main role of lithification. Also, the abundance of iron oxides in the studied paleosol samples may be referred to the Oligocene iron rich sediments which supply the solutions with more iron oxides. The studied sediments were transported and deposited mainly by fluviatile processes. These paleosols are resulted from the karstifications processes in which the dissolution of the Eocene, Miocene and Pliocene carbonates during the pluvial period in an oxidizing wet phase environments.
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