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سلوکِ چشتیہ اور نقشبندیہ کا تقابلی جائزہ

Thesis Info

Author

شہزاد صابر

Supervisor

اظفار حیدرسیّد

Program

Mphil

Institute

University of Faisalabad

City

فیصل آباد

Degree Starting Year

2015

Degree End Year

2017

Language

Urdu

Keywords

شخصیات , تذکرہ صوفیائے چشت , شخصیات , تذکرہ صوفیائے نقشبندیہ

Added

2023-02-16 17:15:59

Modified

2023-02-19 12:20:59

ARI ID

1676730340985

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12 حق دی گل

حق دی گل

 

                ’’ہائے ہائے‘‘ تے ’’اوئی اوئی‘‘ دیاں کوکاں سن کے، متھے تے چٹی پٹی بنھی ویکھ کے، سجا ہویا منہ سامنے والے دو دند ٹتے ہوئے تے لت اتے پلتر بنھیا ہویا ویکھ کے تسیں میرے کولوں ایہہ ضرور پچھو گے جے مینوں ہویا کیہ اے۔ کل تک تے چنگا بھلا ساں۔

                میرے بھراؤ! ہویا کجھ وی نئیں تہاڈیاں ساریاں گلاں دا جواب ایہہ وے پئی ہویا صرف اینا جے پچھلے کچھ دناں توں ساڈے اتے ایہہ گل ظاہر ہوئی۔ پئی ساڈے وچ اک اچا تے سچا لیڈر بنن دیاں ساریاں خوبیاں موجود نیں ایہناں وچوں ساریاں توں چنگی خوبی ساڈے اپنے خیال وچ ایہہ سی بھئی ساڈے وچ حق دی گل کہن دی صلاحیت اﷲ میاں نے لوڑ توں ودھ بھردتی اے۔ اسیں اپنی ایس خوبی نوں بڑا ای گھٹ ورتیا سی۔ اسیں ایہہ فیصلہ کیتا جے اگوں توں جدوں ویلا لبھیا اپنی ایس خوبی نوں جی داراں وانگوں ورتاں گے۔

                ساریاں توں پہلاں تے سانوں اپنی ایہہ خو بی جگ نوں وکھاون د اموقعہ اک سینما وچ ملیا۔ فلم نویں سی تے بھیڑ بہتی سی۔ اسیں ٹکٹ لے کے اک پاسے کھلو گئے کیوں جے ہالی پہلا...

تمثیل الانبیاء (انبیا پر فلم سازی) اور اسلامی شریعت کا نقطہ نظر

All the Prophets have been respectable in the scriptures of all the world religioins. They were sent to this world for a significant cause and remained model role for human beings, especially in Islamic point of view they have been a part of belief; and any disgrace towards them is regarded an act of pegamism. In modern ages the concept of presenting the lives of the prophets in film stories is developing though it is a source of knowledge but for many reasons it held a sign of interrogation wich has been discussed in this Article.

Genetic Diversity and Inheritance Studies of Yield and Quality Traits in Pisum Sativam L.

Among pulses, pea is an important legume crop which is not only the major source of proteins but also provide significant amount of carbohydrates, minerals and vitamin B complex. The current research work was planned to study genetic diversity among available pea germplasm and to evaluate inheritance pattern controlling seed yield related traits in Pisum sativum L. For this purpose 99 pea genotypes were field evaluated following RCBD replicated thrice. Data were taken for seed yield and its related traits. All the studied parameters showed significant amount of variation among genotypes. The cluster analysis classified 99 pea accessions into three clusters on the basis of genetic diversity of seed yield and its related traits. Eight accessions namely 19605, 20202, 26710, 20300, 19716, 20126, 26701 and 20153 were selected from cluster I and III for hybridization. Selected genotypes were crossed in 8×8 half diallel fashion excluding reciprocals to study the inheritance patterns for yield and quality traits. Twenty eight F1 crosses and parents were field evaluated during winter season 2015-2016 while F2 of all crosses was evaluated during winter season 2016-2017. Analysis of variance displayed significant amount of variation for all the studied parameters in both generations. The accession 20126 was good general combiner for number of branches per plant, biological yield, carotenoids contents and seed yield per plant in F1 generation while the accession 20153 was good general combiner for pod length, hundred fresh seed weight, hundred dry seed weight, harvest index and seed yield per plant in F2 generation. The cross combination 20202 × 26710 was good combination for pod length, pod width and seed yield per plant in F1 generation while the cross combination 19605 × 20202 was found best combination for seed yield per plant in F2 generation due to maximum significant and positive specific combining ability effects for seed yield per plant. The cross combination 20202 × 26710 showed maximum mid parent as well as better parent heterotic effects for pod length and seed yield per plant in F1 generation. The correlation analysis in F2 generation showed that number of branches per plant, pod length, biological yield and harvest index was significantly and positively correlated with seed yield per plant in Pisum sativum L. The cross combination 20202 × 26710 may be used as hybrid due to its higher specific combining ability variance and heterotic effects for seed yield per plant. Presence of non additive effects advocated the importance of heterosis breeding for development of high yielding varieties in pea.