Welcome to DSpace BU Repository
Welcome to the Bahria University DSpace digital repository. DSpace is a digital service that collects, preserves, and distributes digital material. Repositories are important tools for preserving an organization's legacy; they facilitate digital preservation and scholarly communication.
Browsing BS(Geology) (BUES-FYP) by Title
-
Wajahat Ali; Attiq Ur Rehman; Faseeh ur rehman
(Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2018)
The basic objective of this study is to understand the surface and sub-surface geology and structural configuration of Gali Jagir and adjoining areas in district Attock, Punjab province, Pakistan. The study was carried out ...
-
Syed Zill E Hussnain Kazmi
(Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2019)
The basic objective of this study is to understand the surface and sub-surface
geology and structural configuration of Karuli and adjoining areas in district Chakwal,
Punjab province, Pakistan. The study was carried out ...
-
Mumtaz Ali Shah; Abdur Rasheed; Najum Iqbal
(Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2019)
Middle to Late Miocene Kamlial Formationis exposed in the Khushalgarh area of district Kohat. The Kohat area is making the western extension of Himalayan Foreland Fold and thrust belt. The Kamlial Formation in the study ...
-
Mohtasim Raza; Haseeb Ahmad; Zeshan Waqar
(Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2019)
The aim of this diligent research is on depositional features of Kamlial Formation and about fractures in slambhar area of Kahuta Rawalpindi. For lithofacies analysis Kamlial Formation was observed keenly from top to bottom. ...
-
Muhammad Adnan; Ahmad Saleem; Israr Ahmed
(Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
The basic intent of this study was to collect information about the fractures of Shah Alla Ditta Islamabad and the depositional features of Murree formation. The main focus was on Shah Alla Ditta and D-12 sector (Islamabad) ...
-
HAMZA KHALID KHAN; SYED MAAZ ALI; UZAIR MOBIN
(Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2020)
The main objective of the research is to carry out the lithostructural mapping and
construction of a geological cross-section to understand structural deformation. To
achieve this objective, geological mapping of the ...
-
Tayyaba Mateen
(Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2008)
Major landslides in Muzaffarabad and its vicinity were mapped using ESRI Are View GIS. Detailed cartography, including rivers, cities and villages, major landmarks and political boundaries, were digitized using the topo-sheet ...
-
Muhammad Faisal; Zia Ur Rehman; Zain Naeem
(Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2018)
used in road construction of CPEC route along Hakla to Pind Gheb, Punjab, Pakistan. As per project specifications, test pits were excavated along the proposed road alignment. Sieve analysis, Atterberg limits ,Modified ...
-
Muhammad Ibrahim Khan; Muhammad Nauman Zia; Muhammad Usman Ghani
(Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
The study area is part of Potwar Basin. The study objectives consist of evaluation of material testing for soil, aggregate and asphalt being used in road construction of CPEC route along Pindi Gheb to Tarap, Punjab, Pakistan. ...
-
Muhammad Ali Javed; Muhammad Ali Khalid
(Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2019)
The objectives of this study was to investigate the petrographic characteristics and mechanical properties of Lockhart Limestone exposed in Shah Alla Ditta, Islamabad, Pakistan. For each test, four bulk samples were taken ...
-
Muneeb Arshad; Hamid Faheem; Saima Yaqoob
(Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2017)
The study area, Harnoi section is located in Abbottabad city in the Hazara region of Khyber Pakhtunkhwa province in Pakistan. It is 110 kilometers north of the capital Islamabad. The present study is focused on the ...
-
Rameen Mujahid; Muqaddas Noor
(Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2024)
This research project deals with the depositional environment and biostratigraphy of the early Eocene Chorgali Formation found in Rumli Village, Islamabad. The Chorgali Formation is well exposed in the study area, having ...
-
Jabir Hussain; S. M. Osjja Mehdi; Muhammad Bilal
(Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2015)
The late Permian age Chhidru Formation, exposed in Nammal Gorge, Western part of Salt Range Upper Indus Basin of Pakistan was studied for detailed microfacies analysis and petrographic study. The Chhidru Formation exposed ...
-
Khurram Shahzad; Muhammad Asim Khan; Jahangir Khan
(Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2016)
Nammal formation of Eocene age exposed in Nammal gorge was investigated for interpretation of biostratigraphic assemblage, microfacies analysis, diagenetic settings and paleoenvironmental conditions. A total of 16 samples ...
-
Abdul Haseeb; Arsalan Saleem Malik; Muhammad Haris
(Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2020)
Fossils give information that unveil the geologic past including
paleoenvironment, paleogeographic conditions and depositional settings. Samana Suk
Formation is well exposed near Shah Alla Ditta in Islamabad. It is section ...
-
Sadiq Raza; Sulaiman Ali
(Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2015)
The carbonates of Middle-Late Permian age Wargal limestone constitute important petroleum reservoirs in the Salt Range area. Permian rocks are the most important HC reservoirs in Pakistan. These reservoirs are productive ...
-
Bahram Khan; Muqaddas Naseem; Sibt-e-Ali
(Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2019)
Sinjhoro field is gas producing block and is situated in Sanghar district about 65 km Northeast of Hyderabad city and 22.5 km Northwest of Sanghar in Sindh province. It is in eastern limb of Lower Indus Basin. Its latitude ...
-
Umar Farooq
(Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2011)
The Khewra Formation of Cambrian age, exposed in the Karuli area Central Salt
Range (Upper Indus Basin) was selected for the present petrographic study. Formations
exposed in the study area ranges from Precambrian to ...
-
Muhammad Sajjad Khan; Jawad Khan
(Earth & Environmental Sciences, Bahria University Engineering School Islamabad, 2011)
The Cambrian age khewra formation sandstone is petrographically analyzed in this research.
Detail mineralogy, texture and diagenesis phenomena were studied. The quartz remains the
dominant framework mineral in all sections ...
-
ABDUL NASIR KHAN; RASHID AHMAD; AMIN UL ISLAM
(Earth and Environmental Sciences, Bahria University Engineering School Islamabad, 2019)
The research covers about half kilometer area near Malakand pass. We have
collected 15 samples and were selected for thin sections. The petrographic analyses
were carried out with the help of polarizing microscope .The ...