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An evaluation of Fuji Foundation schools at District Chakwal

Thesis Info

Author

Asifa Naseem

Department

Department of Education

Program

MA

Institute

International Islamic University

Institute Type

Public

City

Islamabad

Province

Islamabad

Country

Pakistan

Thesis Completing Year

2003

Thesis Completion Status

Completed

Subject

Education

Language

English

Other

MA/MSc 373.5491 ASE

Added

2021-02-17 19:49:13

Modified

2023-01-22 22:57:02

ARI ID

1676722749577

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فصل اول: پاکستان میں قوانین حدود و قصاص کےنفاذ کی تاریخ

14اگست 1947ء کو پاکستان معرض وجود میں آیا۔ اسلامی جمہوریہ پاکستان کو اسلام کاقلعہ سمجھا جاتا ہے۔ یہ دنیا کا ایک ایسا ملک ہے ، جو اس عہد و پیمان کے ساتھ وجود میں آیا کہ یہاں اسلامی نظریات کو عملی شکل میں پیش کیا جائے گا۔ اس حوالے سے ہر دور میں کاوشیں کی گئی۔ 9 مارچ 1948ء کو پیش کی جانے والی قرار داد مقاصد اسی کاوش کا پیش خیمہ ہے۔اسلامی قانون سازی کے لیے پاکستان کی تاریخ میں جنوری 1951ء میں غیر سرکاری سطح پر مختلف مذہبی اور فقہی پس منظر کے حامل علمائے کرام نے بائیس نکاتی فارمولا پیش کیا ۔ 1956ء کے آئین کے تحت رائج شدہ قوانین کا جائزہ لے کر اسلامی تعلیمات کے مطابق ڈھالنے کےلیے اسلامک لاء کمیشن تشکیل دیا گیا۔ 1962ء کے آ ئین کے تحت اسلامی نظریہ کی مشاورتی کونسل کا تصور سامنے آیا، جس کی عملی شکل 1963ء میں پیش ہوئی۔ سقوط ڈھا کہ دسمبر 1971ء کے بعد ذوالفقار علی بھٹو نے حکومت سنبھالی اور اگست 1973ء میں ملک کو ایک مستقل آئین ملا۔اس آئین کے تناظر میں اسلامی نظریاتی کونسل جیسا ادارہ وجود میں لایا گیا تاکہ موجودہ قوانین پر نظر ِ ثانی کر کے انہیں اسلامی احکام سے ہم آہنگ کیا جا سکے۔

بزرگ افراد کے ساتھ مروجہ معاشرتی روىے

Mankind is scattered across the surface of the earth in the forms of different religious creeds, tribal affiliations, race, colour and nationalities. Yet they share some traits that are similar and universal to all human societies. These traits include love for children and respect for the elders. However, changing times have eroded some of these positive traits. The condition of senior citizens is not enviable in the West and those following in their footsteps. Children are not fulfilling their natural duty to their old parents, and quite often the elderly are forcefully kicked out of their own houses and accommodated in designated places for the old, run by the state welfare organizations.

Genetic Analysis for Nitrogen Use Efficiency and Yield Associated Traits in Bread Wheat

Development of nitrogen (N) efficient bread wheat cultivars better suited to limiting nitrogen condition is one of the prime objectives in plant breeding research. Three years (2013/14, 2014/15 and 2015/16) study was carried out to investigate genetic variability, identify traits influencing N use efficiency (NUE) and their pattern of inheritance using Hayman and Griffing approaches at The University of Agriculture, Peshawar Pakistan. During 2013/14, 30 wheat varieties released during 1981 till 2013 were preliminary screened under high nitrogen (Recommended dose, N+) and low nitrogen (N0) conditions as independent experiments. Significant G×E for all traits justified independent analysis. Independent analysis revealed significant genotypic variation for all traits under each level of nitrogen. Significant reductions under N0 condition for all traits signified the role of nitrogen fertilization in crop production. Path coefficient analysis identified biological yield, grain nitrogen content, harvest index and grain growth rate as direct contributors, whereas, tillers m-2 and 1000 grains weight, biological growth rate, total nitrogen uptake and nitrogen harvest index as indirect contributors for the improvement of NUE in bread wheat. Based on stress selection indices, cluster analysis, principal components analysis and 3D biplot analysis Shahkar-13 (Shk), Pirsabak-05 (PS) and Tatara (Tat) were classified as N-efficient, while Hashim-08 (Hsm), Inqilab-91(Inq) and Pak-81 (Pak) were found as N-inefficient varieties. During 2014/15, an objectives-based hybridization program was initiated by crossing two contrasting groups of varieties to generate a 6 × 6 straight diallel. In the following year, 15 F1 hybrids along with six parent cultivars were evaluated under N+ and N0 conditions. Significant GEI for all traits necessitated independent analysis under each nitrogen level, which exhibited significant variation among genotypes justifying genetic analysis for all traits. Diallel analysis of variance exhibited preponderance of non-additive gene action in the inheritance of all traits under both N+ and N0 conditions. However, non-additive genetic effects for days to emergence, anthesis, maturity and grain filling duration were changed to additive genetic control under N0 condition. Pre-dominant role of non-additive genetic effects was further validated by the greater proportion of dominance than additive genetic variance, higher magnitude of H1 than D genetic component, proportion of dominant genes, average degrees of dominance (>1), Wr/Vr graphs and low narrow sense heritability. Position of parents along the regression line expressed that Tatara20 96 and Hashim-08 possessed more dominant and recessive genes, respectively for most of the traits. Heritability estimates both in narrow and broad sense were greater under N+ than N0 condition for most of the traits. Low to moderate ratio of narrow and broad sense heritability for most of the traits exhibited that non-additive variance was predominant than additive variance in the expression of these traits. Combining ability analysis revealed the significance of both GCA and SCA effects for almost all traits. Traits with GCA/SCA ratio less than 1 indicated importance of non-additive genetics effects in phenotypic expression of these traits. Tatara appeared as best general combiner for all important NUE and yield associated traits. Relative ranking of crosses for SCA effects were not the same under both N+ and N0 conditions. The F1 hybrid, Shk × Hsm expressed maximum SCA effects for most of the important traits under both N+ and N0 conditions, whereas, PS × Shk was ranked as top specific combination for most of the traits only under N0 condition. Correlation analysis suggested that mean values of both parents and F1 hybrids predict their suitability as general or specific combiner. Better parent heterosis was exhibited by cross combinations Shk × Hsm and PS × Tat for most of the important traits under N+ and N0 conditions, respectively. Both Hayman and Griffing analyses revealed the involvement of non-additive gene actions in the phenotypic expression of most of the traits. Non-additive genetic variance of traits warranted improvement through delayed selection. Besides exploring genetics of N-efficient lines, this study also identified some indices for selecting N-efficient wheat lines. Cross combinations Shk × Hsm, PS × Shk and PS × Tat with higher SCA and heterobiltiosis may be useful in evolving wheat cultivars with enhanced NUE.