The earth is facing critical environmental problems due to overpopulation, global warming and environmental pollution over the last few decades.  Environmental pollution due to waste (liquid and solid) introduction has been increased in all over the world as a result of growing industrialization and capital demands. These problems are more sever in the developing countries like Pakistan and must be treated on priority basis for providing safe environment for the future generation. The industries in the Industrial Estate of Hayatabad generate tremendous amount of solid and liquid wastes which is causing severe environmental pollution in Peshawar and its premises areas.  The waste decomposition produces toxic chemicals which is contaminating the air, soil and groundwater pollution. Ways to develop the modelling of environmental studies, to create insights a clear, deep and sometimes sudden understanding of a complicated problem into environmental aspects and the potential for impact on the built community, are all of considerable interest not only to the researcher but also to urban and industrial managers, land use planners, irrigation department managers, public health department and emergency public health department managers. The earth is facing critical environmental problems due to overpopulation, global warming and environmental pollution over the last few decades.  Environmental pollution due to waste (liquid and solid) introduction has been increased in all over the world as a result of growing industrialization and capital demands. These problems are more sever in the developing countries like Pakistan and must be treated on priority basis for providing safe environment for the future generation. The industries in the Industrial Estate of Hayatabad generate tremendous amount of solid and liquid wastes which is causing severe environmental pollution in Peshawar and its premises areas.  The waste decomposition produces toxic chemicals which is contaminating the air, soil and groundwater pollution. Ways to develop the modelling of environmental studies, to create insights a clear, deep and sometimes sudden understanding of a complicated problem into environmental aspects and the potential for impact on the built community, are all of considerable interest not only to the researcher but also to urban and industrial managers, land use planners, irrigation department managers, public health department and emergency public health department managers. 

The Sulaiman fold belt is a major tectonic feature, located at the western terminus of the Indian Plate.  It is seismically most active and economically important recognized as the most important petroleum province of Pakistan.  The seismicity is distributed in the form of two peculiar bands in the Sulaiman fold belt. One band of seismicity is located in the frontal part of the Sulaiman fold belt.  This area is structurally characterized by the presence of surface folds with discovery of several gas fields and absence of emergent thrust. The other band of seismicity is located in the central part of the Sulaiman fold belt.  This area is structurally characterized by the presence of surface faults and limited hydrocarbon exploration activities.   The faults are poorly understood in this area with limited geological mapping which is based mainly on satellite images and air-photo interpretation (Kazmi and Rana 1982; Bannert et al., 1992).  It is critical to resolve the nature of the faults with consideration of their continuity, displacement, and depth of penetration for earthquake hazard assessments, and hydrocarbon exploration potential of 10 km stratigraphically thick sedimentary strata, as source and reservoir rocks.  This project is aimed at addressing these problems as a follow-up of our previous detailed studies with integrated surface geology, satellite image interpretation, and seismic reflection data (Jadoon, 1991; Jadoon et al., 1992, 1994; Jadoon and Khurshid, 1996; Jadoon, 2010; Jadoon, 2012). 

To setup a calcination a Plant for the dead burning of Jatta Gypsum. To provide the basic construction material to the industry for finish products. Plaster Of Paris is the main finish product which is achieved from the calcination of Gypsum. Alpha and Beta type of products are produced from this process. The major industry based on this material in Pakistan is the Gypsum Board, which is extensively applied as essential material for finishing roofs and walls. Being fire resistant and sound proof this material is widely utilized in defense and VIP buildings. This is a readily marketable Item.

Tectonics map of central and western Sulaiman fold belt, finded by Tullow Pakistan (Developments) Limited

Post Doctoral Research at Institute of Geosciences, Tübingen University (academic host: Prof. Dr. Wolfgang Frisch), Germany 

Study of the carbonate reservoirs of Toot Oil Field, Pakistan. International Sovereign Energy Corporation, Vancouver BC, Canada.

Multiwell image analysis, North Akri-Field, Lower Indus Basin, Pakistan. A consultancy (Schlumberger) report for British Petroleum, Pakistan.

In-situ stress analysis of Badin Block, Lower Indus Basin, Pakistan. A consultancy report (Schlumberger) for British Petroleum, Pakistan

Log/core integrated study – FMI image analysis, Zakum Field, Abu Dhabi 

Fracture Analysis, Zakum Field, Abu Dhabi, ZADCO, UAE

Fracture analysis from borehole electrical images, Arab C and D reservoirs, Dukhan Field.

Multiple reports on single-well FMI images processing/interpretation and reservoir characterization (fractures, porosity,  carbonate heterogeneity, facies analyses and core-image integration in the Gulf Carbonates and basement) 

Post Doctoral Research at Institute of Geosciences, Tübingen University (academic host: Prof. Dr. Wolfgang Frisch), 

Field geology report funded by the Tullow Pakistan (Developments) Limited.

Post Doctoral Research at Institute of Geosciences, Tübingen University (academic host: Prof. Dr. Wolfgang Frisch), Germany 

Post-Doctoral Research, at Institute of Geology and Dynamics of the Lithosphere, Götingen University (academic host: Prof. Dr. Dietrich Helmcke), Germany,

Ph.D dissertation, Oregon State University

Pak-German Geosciences Expedition (February 22 to March 17, 1987), Pakistan

M.Sc Dissertation

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The Himalayan orogeny is defined as the India-Eurasia collision and the successive continental subduction, as well as the induced tectonics, magmatism, metamorphism and plateau uplift. As a result, the distinct Himalayan orogeny eventually led to the formation of the great Himalaya-Tibetan orogen, which has become a natural laboratory for investigating the theories of plate tectonics and continental geodynamics, and a profound driving force for Asian resources and environments. However, the initial collision between the Indian and Eurasian continents and the destiny of the subducted continents remain the most fundamental and critical scientific issues related to building the theory of the continental geodynamics and the formation and evolution of the Himalayan orogen.

The collision timing is the most debatable topic since last two decades. The array of collision age exist that range from 74 Ma to as young as 25 Ma. It is more complex in the northwestern Himalaya, where Kohistan Island arc is trapped between Indian and Eurasian plate. The collision of Kohistan Island arc first with Indian or Eurasia is also controversial. Therefore, in the proposed project, an attempt will be made to address the issues related to collision timing of the Indian and Eurasian plates in the northwestern Himalaya. Keeping in the view the collision related issues, we proposed to study the sections to the north in Chitral Valley and along west in Sulaiman fold-thrust belt, to constrain the India-Eurasia collision timing in the north and west. By constraining the collision timing differences from north to west, we will be able to understand the collision process in the Himalaya and will provide an updated model for collision of the Indian and Eurasian plates in the northwestern Himalaya.