5,528 research outputs found

    Introducing Iqbal the Economist

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    The Iqbal Memorial Lecture was instituted in 1994 when the Pakistan Society of Development Economists (PSDE) celebrated the completion of a decade of steady progress. A brief announcement stated: “The Iqbal Memorial Lecture attributed to the national poet [Emphasis added], Allama Muhammad Iqbal has been included in the programme for the first time. Professor Ian M. D. Little is delivering that lecture” [Secretary’s Report (1994), p. 1472]. Iqbal, the poet and philosopher par excellence, has made incisive remarks or comments on economic and social issues in his poetry, philosophical writings, and in the course of his discourses as well as some famous letters, particularly those written to the Quaid-i-Azam, Muhammad Ali Jinnah, the founder of Pakistan. But these do not make Iqbal an economist. The Secretary of the PSDE was, therefore, careful in observing that the lecture commemorates our “national poet”. However, it will be of great interest to this largest national congregation of economists and other scholars concerned with development to know that the very first published book of Iqbal related neither to poetry nor philosophy, but economics. It was written in Urdu. He also taught the subject at undergraduate and Master’s level, even though he had not studied it as a student. At the Government College, Lahore, Iqbal studied English, Philosophy and Arabic for his B.A. and then completed the M.A. in Philosophy.

    Geographical Variations in Implementing Result-Based Management to School Improvement Plans in Punjab's Public Secondary Schools

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    <p>This research examines geographical variations in the implementation of School Improvement Plans (SIPs) utilizing a Results-Based Management (RBM) approach in public secondary schools across Punjab. The study aims to identify differences among districts, focusing on the practices and perceptions of head teachers and senior school teachers regarding the use of RBM in SIPs. Data was collected through surveys, employing a descriptive research methodology. The findings reveal significant success in central Punjab, where schools' physical and co-curricular environments have benefitted markedly from the application of RBM, fostering a positive perception of SIP achievements among educators. The study suggests enhancing alignment between RBM and SIP indicators and improving communication among schools, communities, and stakeholders, advocating the use of ICT technologies to facilitate these improvements.</p&gt

    The Folio

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    Editorial. pp. 6; Mian Khalid Javed-The News. pp. 7-11; Tebbe, R. F.-Article-Education and National Development. pp. 12-22; Karim Nawaz-Article-Muslim Contribution to Knowledge. pp. 23-35; Ratliff, Kathy-Article-Reflections of Henry II on the Eve of his Audience with the Pope. pp. 36-41; Hamid, S. A.-A Man of Intellect. pp. 42-45; Wahid Khan-Article-Islam and Socialism. pp. 46-48; Mian Khalid Javed-Interview-Forty minutes with the Principal. pp. 49-52; Qamar Parvaiz Raj-Article-The Psychological Analysis of Grief and its Remedy. pp. 53-55; Mobashir Salah-ud-Din-Story-A Story with a Moral. pp. 56-57; Travellers. pp. 58; Majid Rafique Mir-Story-An Anti Hero. pp. 59-62; Tariq Baseep Shamsi-Liars the Best Entertainers. pp. 63-65; Omar Yusuf Dar-Story-Travelling Third Class. pp. 66-68; Mian Khalid Javed-The Secondary Union. pp. 69; Muhammad Nisar-A Love Letter in Mathematical Terms. pp. 70; Azam Gill-Memories. pp. 71; Zahid Jamil Khan-The Dreamland. pp. 72; Bashir Mahmud Bajwa-Poetry-And I Long for his Mercy. pp. 73; Omar Yusuf Dar-Poetry-The Soul of Night. pp. 74; Mir, M. Rafiq-Poetry-Tongue in Cheek. pp. 74; Majid Rafique Mir-Poetry-Tempest. pp. 75; Khalid S. Shamas-ud-Din-Poetry-Weekend. pp. 76; Syed Hussain Riaz-Poetry-Of War and Peace. pp. 77; The Folio [Urdu/Punjabi] 135 p.Dr R. F. Tebbe, Principal of F. C. College, Lahore. before contents; Sports Council, F. C. College - 1969-70. after contents; Department of Physical Education, F. C. College - 1969-70. 1 page after contents; The Folio, Board of Editors, F. C. College - 1969-70. 2 pages after contents; Muhammad Akram Sheikh, Chief Student Editor. before editorial; Cabinet Members of the Students Union, F. C. College, 1969-70. after page 68; F. C. College Secondary Union, 1969-70. before page 6

    Vice-Chancellor's Industry Engagement Award

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    Team award Winner: Corrosion Mitigation Technology for the Royal Australian Navy Recipients: Jennifer Wood, Muhammad Awais Javed, Elizabeth Mathews, Steven Knight, Scott Wade, Suresh Palanisamy

    Inversione Cinematica della Deformazione del Ciclo Sismico Utilizzando l'Interferometria SAR

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    La tesi di dottorato fornisce approfondimenti sui meccanismi di deformazione crostale innescati da terremoti intraplacca e interplacca lungo il confine occidentale delle placche indo-europee, lungo la cintura di pieghe e faglie di Sulaiman (SFT) utilizzando tecniche di geodesia spaziale. Il processo è anche applicato per indagare il movimento lungo la Faglia dell'Anatolia Orientale (EAF), al confine tra le placche arabica e anatolica. Inizialmente, utilizziamo le osservazioni di interferometria SAR per comprendere i processi di deformazione lenti e complessi nella zona frontale della cintura di pieghe e faglie di Sulaiman (SFT) in Pakistan, e successivamente indaghiamo la zona occidentale della cintura SFT. Nella zona frontale della cintura SFT, analizziamo la deformazione associata al terremoto cieco di Dajal del 2015 con magnitudo di momento (Mw) 5.7. Utilizziamo inversioni cinematiche per determinare la distribuzione dello scivolamento sulla rampa frontale e dello scivolamento flessurale lungo le superfici assiali attive per due modelli alternativi: un sistema di piega a doppio piegamento e una piega di propagazione della faglia. In entrambi i modelli, un distacco si biforca in una rampa superficiale a circa 7,5 km di profondità con piegamenti cosismici nella parete rocciosa. Il terremoto di Dajal ha rotto la base della Boundary Thrust sepolta sotto i sedimenti della pianura alluvionale del fiume Indo, rappresentando movimenti di faglia a circa 30 km dalla sua esposizione superficiale più vicina. Per la zona occidentale della cintura SFT, utilizziamo le osservazioni satellitari Sentinel-1 e ALOS-2 ScanSAR per stimare la deformazione cosismica causata dal terremoto di Harnai del 2021 con magnitudo di momento (Mw) 6.0. La deformazione cosismica superficiale lungo la linea di osservazione SAR (LOS) è stimata a circa 70 mm e 80 mm rispettivamente per interferogrammi ascendenti e discendenti. La modellazione dei dati InSAR rivela uno scivolamento prevalentemente dominato dalla faglia nella direzione di raccorcimento con una componente a scorrimento laterale che è in buon accordo con il contesto tettonico delle faglie trascorrenti di Karahi e Harnai. Le inversioni cinematiche indicano che il 95% dello scivolamento è concentrato tra 3 e 10 km di profondità. Si osserva una deformazione significativa nel blocco meridionale della faglia di Harnai. Questo studio aiuta a comprendere il meccanismo di deformazione crostale nel margine occidentale della cintura SFT. Inoltre, abbiamo lavorato alla EAF che ospita il moto relativo tra le placche arabica e anatolica e forma un giunto triplo, con la ripartizione dello scivolamento tra la Faglia Nord Anatolica (NAF), la EAF e le faglie dell'Altopiano Turco-Iraniano. La EAF è rimasta bloccata fino alla recente attività sismica iniziata con il terremoto di Elazığ di Mw 6.8 del 24 gennaio 2020, vicino al lago Hazir, continuando con il terremoto di Kahramanmaraş di Mw 7.8 del 6 febbraio 2023, che ha rotto i segmenti di faglia contigui di Erkenek, Pazarcik e Amanos su una distanza complessiva di 310 km. Lo stesso giorno, 9 ore dopo, il terremoto Mw 7.6 ha rotto il ramo laterale sinistro della EAF lungo 150 km. Due settimane dopo, il 20 febbraio, si è verificato un altro terremoto con magnitudo di momento (Mw) 6.4 ad Antakya, alla terminazione meridionale del sistema EAF. L'inversione degli spostamenti della faglia compiuta durante il dottorato fa parte di uno sforzo internazionale per raccogliere osservazioni satellitari spaziali multiparametriche per vincolare la distribuzione spaziale dello scivolamento cosismico della sequenza sismica del 2023. Inoltre, analizziamo l'evoluzione temporale della deformazione della EAF, con l'obiettivo di rilevare il creep sulla EAF, nella sezione che si estende dal segmento di Pütürge al punto triplo di Karliova. Questo studio contribuisce alla stima del potenziale sismico del segmento di Pütürge.The doctoral dissertation titled "Kinematic Inversion of Earthquake Cycle Deformation Using SAR Interferometry" provides insights into the crustal deformation mechanisms triggered by intraplate and interplate earthquakes along the western boundary of the Indian-Eurasian plates, along the Sulaiman Fold-Thrust (SFT) belt utilizing space geodesy techniques. The processing is also applied to investigate the movement along the East Anatolian Fault (EAF), at the boundary of the Arabian-Anatolian plates. First, we use SAR interferometry observations to understand the slow and complex deformation processes at the frontal zone of the Sulaiman Fold-Thrust (SFT) belt, Pakistan, and then we investigate the western zone of the SFT belt. In the frontal SFT belt, we analyze the deformation associated with the 2015 Moment Magnitude (Mw) 5.7 Dajal blind earthquake. We use kinematic inversions to determine the distribution of slip on the frontal ramp and of flexural slip along active axial surfaces for the forward- and backward-verging two end-member models: a double fault-bend fold system and a fault-propagation fold. In both models, a decollement branches into a shallow ramp at approximately 7.5 km depth with coseismic folding in the hanging wall. The Dajal earthquake ruptured the base of the Boundary Thrust buried under the sediment from the Indus River floodplain, representing fault-bend or fault-propagation folding some 30 km off its nearest surface exposure. For the western zone of the SFT belt, we use the Sentinel-1, and ALOS-2 ScanSAR satellite observations to estimate the coseismic deformation caused by the 2021 Mw 6.0 Harnai earthquake. The coseismic surface deformation along the line-of-sight (LOS) is estimated as ̴approximately 70 and 80 mm ascending and descending interferograms, respectively. Modeling of InSAR data reveals primarily thrust-dominated slip in up dip direction with a strike-slip component that is in good agreement with the tectonic context of the transpressional Karahi and Harnai faults. Kinematic inversions indicate that 95% of slip is concentrated between 3 and 10 km depth. Major deformation is observed at the southern block of the Harnai fault. This study helps to understand the crustal deformation mechanism at the western margin of the SFT belt. In addition, we worked at the EAF which accommodates the relative motion between the Arabian and Anatolian plates and forms a triple junction, with slip partitioned among the North Anatolian Fault (NAF), the EAF, and the faults of the Turkish-Iranian Plateau. The EAF remained locked until the recent seismic activity starting with the January 24, 2020, Mw 6.8 Elazığ earthquake, near Hazir Lake, continuing with the February 06, 2023, Mw 7.8 Kahramanmaraş earthquake that ruptured the 310 km long Erkenek, Pazarcik, and Amanos contiguous fault segments. On the same day, 9 hours later, the Mw 7.6 earthquake ruptured the 150 km long left-lateral splay of the EAF. Two weeks later on February 20, another aftershock with Mw 6.4 occurred in Antakya at the southern termination of the EAF system. The finite fault rupture inversion which we accomplished in this PhD study is part of an international effort to collect multi-parametric spaceborne satellite observations to constrain the spatial distribution of the coseismic slip for the 2023 earthquake sequence. Further, we analyze the time evolution of the deformation of the EAF, with the aim to detect creep over segments of the EAF from the Pütürge segment to the Karliova triple junction. This study clarifies the seismic potential of the Pütürge segment

    Folio

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    Sajjad Sulaiman, Javed A. Kiyyani-Editorial. pp. 4-6; Sajjad Sulaiman-Interview-Our Man in India. pp. 9-19; Memories-Recollections of a Formanite. pp. 20-22; Plair, Jaffery K.-Memories-Those were the Year. pp. 23-24;Ashraf M. Khan-Article-Motivation for Change. pp. 25-28; Javed A. Kiyani-Article-Cultural Identity of Pakistan. pp. 29-33; Tariq Habib-The Delicious Art of Insult. pp. 30-36; Sulaiman Batalvi-Article-Writing about Films. pp. 37-43; Hussein Masood-Story-A Pledge is Honoured. pp. 44-45; Sajjad Sulaiman-Article-The Growing Menace of Political Terrorism. pp. 46-51; Muhammad Farooq-Strange but True. pp. 52-53; Shafiq Ahmad-Article-Helping Hands. pp. 54-57; Muhammad Zaheer Dogar-Poetry-Reveries, Ecstasy. pp. 58-59; Peter, Simon-Poetry-A Formanite in the Positive Sense. pp. 60-61; Asim Nabi-Essay-Justice in Society. pp. 62-63; Sajjad Sulaiman-Article-Development and Underdevelopment. pp. 64-67; Asif Nawaz-Essay-The Ends of the Earth. pp. 68-69; Essay-The Man Changing His View. pp. 70-72; Haroon-ur-Rasheed-Poetry-O �Mother, see me off. pp. 73-74; Rao Mohammad Zaheer Khan-Poetry-The Swan Song. pp. 75; Mohsin Sohail-A Character Certificate. pp. 76; Adnan-Cartoon. pp. 78-80; Folio 1981 [Urdu-Punjabi]. 176 p.Editorial Board. page 7; Students Union 1980-81. page 8; F.C. College Sports Association 1981-82. page 77; Cartoons. pp. 78-80; Students Union 1981-82. before page 9 (Urdu); Editorial Board. after Urdu Editoria

    Introduction to Iqbal's Reconstruction of Religious Thought, by Javed Majeed

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    Muhammad Iqbal, The Reconstruction of Religious Thought in Islam, with an Introduction by Javed Majeed, Stanford University Press, 2013. The Reconstruction of Religious Thought in Islam (1930) is Muhammad Iqbal's major philosophic work: a series of profound reflections on the perennial conflict among science, religion, and philosophy, culminating in new visions of the unity of human knowledge, of the human spirit, and of God. Iqbal's thought contributed significantly to the establishment of P..

    sj-docx-1-inq-10.1177_00469580241237106 – Supplemental material for Variability in Reproductive Choices: A Comprehensive Analysis of Women’s Working Status and Fertility Behavior in Pakistan

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    Supplemental material, sj-docx-1-inq-10.1177_00469580241237106 for Variability in Reproductive Choices: A Comprehensive Analysis of Women’s Working Status and Fertility Behavior in Pakistan by Muhammad Atif, Gohar Ayub, Javed Zeb, Muhammad Farooq, Muhammad Ilyas, Muhammad Shafiq and Syed Habib Shah in INQUIRY: The Journal of Health Care Organization, Provision, and Financing</p

    Coseismic folding during ramp failure at the front of the Sulaiman fold-and-thrust belt

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    The Sulaiman Fold Thrust (SFT) in Central Pakistan formed during the India-Eurasia collision in the late Cenozoic. However, the mechanics of shortening of the brittle crust at time scales of seismic cycles is still poorly understood. Here, we use spaceborne radar interferometry to analyze the deformation associated with the 2015 moment magnitude (Mw) 5.7 Dajal earthquake at the eastern boundary of the SFT. We use kinematic inversions to determine the distribution of slip on the frontal ramp and of flexural slip along active axial surfaces for the forward verging two end-member models: a double fault-bend fold system and a fault-propagation fold. In both models, a decollement branches into a shallow ramp at approximately 7 km depth with coseismic folding in the hanging wall. The Dajal earthquake ruptured the base of the foreland-vergent Boundary Thrust buried under sediment from the Indus River floodplain, representing fault-bending or fault-propagation folding near Sakhi-Sarwar fault-bend 30 km east of its surface exposure

    Data for: Effects of online retailers’ after delivery services on repurchase intention: An empirical analysis based on customers’ past experience and future confidence with the retailer

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    Raw data file in SPSS, collected for Effects of online retailers’ after delivery services on repurchase intention: An empirical analysis based on customers’ past experience and future confidence with the retaile
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