Abstract

Tangi Mahi-par is a fault valley from previews geological period (Pleistocene) where the Kabul basin was a lake and occupied by water, and after the formation of Tangi Mahi-par fault valley, water was drained from this way. Therefore, this research is essential to elucidate the different rocks types and structures, with no or scarce previous research’s in this mountainous area. The main objective of this study is to selected rock type, rocky structures and different sizes of river sediments transported by rivers discharge from the previous geological periods. There are different types of sediments, terrace remnants, rocks and geological structures which are generally consist of Limestone and Gneiss, where the limestone is likely belonging to the Thythes ocean remnants in Afghanistan and contains Ammonites fossils. In some parts volcanic breccias, it shows the old volcanic eruptions, Stalactite and stalagmite Carbonitic sediments related to limestones are also present there. In addition, there are different types of geological structures such as Anticline, Syncline, dyke, Sill, Apophysis, Graben and Horst. Unconformities and horizontal layers related to Khengal and Cottagay series passing from this area are located one by another.

Highlights

  • This study evaluates the rock types of Khengal and Cottagay series in the Tangi Mahi-par at the east part of Kabul

  • There are different types of sediments, terrace remnants, rocks and geological structures which are generally consist of Limestone and Gneiss, where the limestone is likely belonging to the Thythes ocean remnants in Afghanistan and contains Ammonites fossils

  • The main rock types in the study area were Gneisses and limestone, where the gneisses are belonging to Cottagey series with the age of Proterozoic and the limestones are belonging to the Khengal series

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Summary

Introduction

This area is belonging to the Indian plate where the Indian plate is separated by tectonic activities from Gondawana about 140 million years ago with a speed of 20 cm/year toward the Asian plate and ex-

Rasouli et al DOI
Geological Setting
Horst and Graben
Fault Surface
Terraces
Veins and Carbonates
Volcanic Breccia
10. Samples and Methods
11. Discussions and Conclusions
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