Search or add a thesis

Advanced Search (Beta)
Home > The Weaponisation of Afghanistan and the Effects of Small Arms and Light Weapons Proliferation on Conflict Dynamics

The Weaponisation of Afghanistan and the Effects of Small Arms and Light Weapons Proliferation on Conflict Dynamics

Thesis Info

Access Option

External Link

Author

Malik, Aqab Mehmood

Program

PhD

Institute

National Defence University

City

Islamabad

Province

Islamabad

Country

Pakistan

Thesis Completing Year

2015

Thesis Completion Status

Completed

Subject

Nuclear studies

Language

English

Link

http://prr.hec.gov.pk/jspui/bitstream/123456789/6891/1/Aqab_Mehmood_Malik_Strategic_%26_Nuclear_Studies_2015_NDU_19.05.2016.pdf

Added

2021-02-17 19:49:13

Modified

2024-03-24 20:25:49

ARI ID

1676727599593

Asian Research Index Whatsapp Chanel
Asian Research Index Whatsapp Chanel

Join our Whatsapp Channel to get regular updates.

Similar


Afghanistan, home to one of the longest running conflicts in the modern era, is a land of extremes, from its history to the development of the largest segmented tribal society in the world, where the ethos of the warrior archetype continues to exist to the detriment of every single invader since the beginning of recorded history in the region. This study, cognizant of the dire insecurity inherent within the conflict environment of Afghanistan, sets out to provide a holistic narrative of the processes, methods, techniques, and resources used in the financing, acquisition, transportation, possession and use of small arms and light weapons (SALW) in the country, while also analysing whether or not a correlation exists between the mass diffusion and availability of SALW and the direct and indirect effects of their possession and use on the dynamics of conflict. As such, this study hypothesises that the mass diffusion of SALW assists the exacerbation of the conflict in Afghanistan. An analysis of the essential dynamics involved in the eruption and propagation of conflicts is also provided in chapter two through an appreciation of the escalation of conflicts to higher intensities of violence by introducing the concept of the acceleration of conflict, the rate of increase in intensity of the conflict, and how this may be contributed to by the introduction of SALW at significant points at which the conflict is susceptible to rising to a higher degree of conflict intensity. Furthermore, to amplify the understanding being imparted, chapter three illustrates the intrinsic historical evolution of the country’s ethnic and cultural diversity, and how this has affected the development of the defensive structural organisation of Afghanistan’s tribal societies through unrelenting invasions and conflicts by parties both external and indigenous to Afghanistan, and the consequential development of culturally reinforced regulatory structures in relation to the possession and use of SALW; which impact upon the way individuals and communities may perceive, behave, react and be affected by the possession and use of SALW. The weaponisation of Afghanistan is a primary element of discussion and analysis in this study. Therefore, chapters four to seven provide a detailed and comprehensive understanding of the historical processes, mechanisms, techniques, and methods used in the development of an indigenous production capacity, trade, transportation, as well as the rationale for the mass diffusion of SALW in Afghanistan from their first use and introduction into the region in 1526 until 11 September 2001. However, the specific processes, mechanisms and networks established by the Central Intelligence Agency (CIA) arms pipeline through Operation Cyclone, which was operational throughout the Soviet occupation in the 1980s, is emphasised in chapter six. Moreover, the CIA arms pipeline’s associated financial and logistical problems, and self-perpetuation of its networks, processes, and methods are analysed within the context of the geostrategic rationale behind the diffusion of SALW in Afghanistan and how they continue to contribute to the intractability of the Afghan conflict. In order to appreciate the central proposition of this study, chapter eight analyses the direct effects of the possession and use of SALW, through their physical and psychological impacts on individuals and collectives, and their resulting behaviour; while, chapter nine analyses their indirect effects through the institutionalisation and militarisation of the social environment and the promotion of violent alternatives to negotiation, the lowering of the threshold of violence, encouragement of criminal activities, amplification of social insecurity, increase in SALW possession through the security dilemma, emboldening of the disaffected, and the facilitation of the entrenchment of cycles of violence in the conflict environment. In respect to the central proposition, this study finds that there is an inherent difficulty in divorcing the specific individual impacts and effects of the proliferation of SALW from those impacts and effects of major conventional weapons that are usually used in-sync with the former, as well as the macro-scale geostrategic, regional, national and local imperatives of the conflicting parties throughout the scope, depth, and chronological development of the Afghan conflict. The discussion, therefore, emphasises the complexity of the protraction of conflict through the inherent diversity in the contention of ideas, beliefs, values and interests that are confined within the geographical boundaries, and historical, socio-cultural and strategic contexts of Afghanistan. As such, this study finds that an absolute correlation between the mass availability of SALW and the exacerbation of conflict may not be possible; however, this study recognises that the available evidence, as discussed here, does significantly support the essence of the central proposition.
Loading...
Loading...

Similar Books

Loading...

Similar Chapters

Loading...

Similar News

Loading...

Similar Articles

Loading...

Similar Article Headings

Loading...

اردو ادب کی تنقیدی تاریخ___ ایک جائزہ

اردو ادب کی تنقیدی تاریخ___ ایک جائزہ

عبداللہ نعیم رسول پی ۔ایچ۔ ڈی اسکالر

 نظریاتی حوالے سے دنیائے ادب سید احتشام حسین کو ایک ترقی پسند ادیب کے طور پر جانتی ہے۔ آپ کی ادبی شخصیت کی کئی جہتیں ہیں، آپ نے افسانہ ، مضمون ،تاریخ ، تنقید ، ڈرامااور سفرنامہ لکھا۔ زیرِ نظر ان کی کتاب‘‘ اردو ادب کی تنقیدی تاریخ’’ ہے۔ کتاب کے نام سے تو یہی معلوم ہوتا ہے کہ یہ اردو ادب کی تنقید کی تاریخ ہے جبکہ یہ اردو ادب کی تاریخ کی کتاب ہے ، تنقیدی تاریخ تو صرف نام ہے، تاریخ بھی ایسی جو نامکمل، تحقیق سے دور کا واسطہ نہیں۔

 یہ کتاب کئی بار اشاعت کے عمل سے گزر چکی ہے۔ ۱۹۸۳ء میں اس کتاب کی پہلی اشاعت ہوئی جبکہ زیرِ نظر اشاعت دسویں ہے جو انڈیا ( نئی دہلی) کے ادارے قومی کونسل برائے فروغِ اردو زبان سے ۲۰۱۶ ء میں شائع ہوئی۔ اس اشاعت کے ۳۴۱ صفحات ہیں۔ کتاب کا پیش لفظ ڈائریکٹر قومی کونسل برائے فروغِ اردو زبان پروفیسر سید علی کریم نے لکھا۔ مذکورہ کتاب ۱۴، ابواب پر مشتمل ہے جو ترتیب وار درج کیے جاتے ہیں۔

۱۔             اردو زبان اور ادب کی ابتدا               ۲۔            اردو، دکن میں                             

۳۔            دلّی، اٹھارویں صدی میں                   ۴۔            اردو نثر کی ابتدا اور تشکیل                

۵۔            اودھ کی دنیائے شاعری                   ۶۔            نظیر اکبر آبادی اور ایک خاص روایت کا ارتقا

۷۔           قدیم دّلی کی ٓخری بہار                        ۸۔            اردو نثر: فورٹ ولیم کالج اور اس کے بعد

۹۔            نئے دور سے پہلے: نظم اور نثر              ۱۰۔           نیا شعور اور نیا نثری ادب

۱۱۔           نشاط ثانیہ کی اردو شاعری                  ۱۲۔           نظم میں نئی...

Discourse on Madrassah Education Reform in Pakistan: Challenges to State Narrative and its Implications

It is generally perceived that Madrassah produce extremism which possesses a threat to the peace and security of the state and to the world as well. Government along with local and International community wants to eradicate extremism and terrorism through reforming Madrassah education. The purpose of current study is to answer the question “why attempts of Madrassah reforms were unfruitful”? By focusing on it, study is divided into three phase such as to find out; different narrative on Madrassah reform, potential barriers in the way of reform and skepticisms associated with reformist policy. The main objective of current study is to understand the problems regarding Madrassah reform through realistic approach by addressing main question what are the challenges in developing alternative narrative on Madrassah reforms and its implications? The main investigation has three driving questions that what Madrassah reform means in point of view of different actors? What are main obstacles in the process of reform? And what are skepticisms about reform? In this qualitative study stakeholder interviews have been conducted. Results of the study indicates that Government narrative with regards to Madrassah education reform is to bring them into mainstream whereas religious community think that there are hidden agendas behind the modernization of Madrassahs. They viewed Madrassahs reforms to dilute the attention of religious sector from religious education to western education. Similarly, it viewed that changes in curricula, financial control, regulatory change, and vested interest are the main hurdles in the way of reform.

Computer Based Colour Intensity Measurement of Plant Anatomical Sections for Proximate Chemical Analysis.

The aim and objectives of this study work is to evolve and develop a low cost method for chemical analysis. This method will be highly useful for the chemist, biochemist and botanist for proximal chemical analysis. Microscope is one of the most common techniques used for the investigation of histological and biological material and plant sectioning and staining it is an old method of research in diagnostic field. Anatomical sections provide us more information about the tissues or cells but differentiations and quantification of different compounds are very difficult or one can say that it is impossible but now a day with the help of Microscope, Camera and Computer software one can see 100 times larger image and also observe or quantify them easily. But Computational biology is utterly incomplete without microscopic section staining because computer software differentiates or quantifies to the specific compound on the basis of their colour, so for this purpose different dyes/stains were used for specific area or molecule. In the present research work, first of all proteins were determined from three plants by different reported methods, after the confirmation of protein concentration, same plant’s section were stained with two protein dyes and then were analyzed by own developed computer software that is ABAS. Stains or dyes are Coomassie Brilliant blue (CBB dye) and Lawsone dye (Ls dye). Coomassie stain is well known protein dye and Lawsone dye is also protein dye because it is commonly used for dying hairs, nails and skin proteins internationally. In this research concentration of Lawsone dye was observed in whole and powdered leaves of Henna (Lawsonia inermis) extractions at different time intervals i.e 1hr, 2hrs, 3hrs, 4hrs, 5hrs, 24hrs, 48hrs and temperatures i.e 10oC, 20oC, 30oC and 40oC at different concentration (at 452nm) for staining purpose and pH. In this work one hour of powdered leaves extraction was used for the staining of anatomical sections of three plants. Siris (Albizia lebbbeck) is widely available on the campus of Sindh University, so first of all experimental work was started with the above plants followed by two other plants i.e Pea (Pisum sativum ) and Gram (Cicer arietinum) which were grown at the research plot, Institute of Plant Sciences, University of Sindh. Protein was analyzed from rachis of Siris by Lowry’s and Bradford’s quantitative method, molecular weight of protein was determined by Electrophoresis and staining pH of Lawsone dye assisted by paper chromatography. Sections of rachis of Siris were 3stained in CBB dye for different time intervals at room temperatures and then same plant sections were stained with 2% pure Lawsone dye (Ls dye) and 2% Henna powdered leaves extraction for one hour (Hple1) at different time of intervals i.e 30min, 1hr, 2hrs, 3hrs & 24hrs and temperatures i.e 40oC, 50oC, 60oC, 70oC, and 80oC. All of these sections were observed under microscope which was connected to computer through USB cable and saved all section’s photos (2D images) in computer memory for the assessment of stained image colour intensity by ABAS computer software, after confirmation of protein by computer software, protein concentration were observed at three stages of growth i.e 1 st , 2 nd and 3 rd of the stem portion of both plants i.e Pea & Gram. Protein concentration in both plants were also analyzed by Lowry and Bradford quantitative methods and Electrophoresis and paper chromatography were also done, after that both plants stem sections were stained with CBB dye, Ls dye and Hple1 at different time intervals followed by analysis by ABAS computer software. With the help of these staining methods we can easily quantify even a small quantity of protein and in future we may identify the type of protein at different growth stages of plants, this method can also be applied on plants for quantifying other compounds e.g Alkaloids but for that purpose we need specific dye and desired software. For full and semi automation of microscope, we need different hardwares (Motors) and computer software. Semi automated microscope performed more than one task by computer and others were performed by human. In this research work, Vertical and Horizontal movement of stage of microscope (were observed by putting slide of section/image) controlled with the help of Stepper motor and computer programming in Visual Basic6 (VB6). For the 2D image analysis, ABAS image processing software was developed in Visual Basic. Net frame work (C#.net; pronounced C sharp dot net and Visual Basic.net; pronounced VB.net) computer language. Stained and unstained 2D images of three plants section determined by histograms (8-bit) and on the basis of their changes in staining colour, intensities of colour of unstained & stained plant section (2 images) was determine then protein content was analyzed with the help of formula and compared with each other.