شان الحق حقی
اردو کے بڑے ممتاز شاعر و ادیب، محقق و مترجم اور لغت نویس جناب شان الحق حقی نے ۱۱؍ اکتوبر ۲۰۰۵ء کو کناڈا میں داعی اجل کو لبیک کہا، اناﷲ وانا الیہ راجعون۔
مرحوم ایک برس سے پھیپھڑے کے کینسر میں مبتلا تھے، ان کی پیدائش ۱۵؍ ستمبر ۱۹۱۷ء کو دہلی میں ہوئی، ان کا خاندانی تعلق شیخ عبدالحق محدث دہلویؒ سے تھا جن کی ذات سے ہندوستان میں علم حدیث کا بڑا فروغ ہوا، علی گڑھ سے انہوں نے بی اے کیا تھا اور دہلی کے سینٹ اسٹیفن کالج سے ۱۹۴۱ء میں انگریزی میں ایم اے کیا، اس کے بعد ’’آج کل‘‘ دہلی کے نائب مدیر ہوئے، پھر شملہ میں مترجم کی حیثیت سے کام کیا۔
۱۹۴۷ء میں وہ دہلی سے پاکستان چلے گئے، ۱۹۵۳ء میں لندن سے ذرائع ابلاغ عامہ کا کورس کیا، عرصے تک ترقی اردو بورڈ پاکستان کے اعزازی سکریٹری رہے اور اس کے مجلہ کے شعبہ ادارت سے بھی منسلک رہے۔
دہلی سے تعلق کی بنا پر ان کی تحریر یہیں کی ڈھلی ہوئی شستہ زبان کا نمونہ تھی، ان کو ٹکسالی زبان اور محاوروں اور ضرب الامثال پر قدرت کا ملہ حاصل تھی، وہ زبان کی صحت کا بڑا خیال رکھتے تھے اور اس کے نوک پلک اور الفاظ کے محل استعمال سے بخوبی واقف تھے، ان کی اس طرح کی تحریروں اور مضامین سے اہل ذوق بہت محظوظ ہوتے تھے۔
نثر و نظم دونوں پر یکساں قدرت تھی، تارپیراہن اور حرف دل رس وغیرہ ان کے شعری مجموعے ہیں، نثر میں افسانہ، ڈرامہ تنقید، ترجمہ اور لغت نویسی ہر ایک میں اپنے جوہر دکھائے ہیں، بچوں کے ادب سے بھی شغف تھا، ان کے لیے پہیلیوں، کہہ مکرنیوں اور نظموں کی متعدد کتابیں لکھیں، لغت نویسی اور ترجمے میں ان کی خدمات بے مثال ہیں، کئی منظوم...
Islam recognizes the right of individual ownership of material things in this world. A person can hold all kinds of Halal material things in his individual possession. However, Islamic Shari'a doesn't allow such a concept of individual ownership which is given in Capitalism and as adopted by Western world. The Western world's concept about individual ownership is very liberal and without any restrictions. While, Islam doesn't give full liberty to any individual but rather instructs them to own and possess Halal material things via legitimate sources, and also instructs the right usage of these material things in the light of Qur'an and Sunnah. The benefit of this Islamic law is that disqualified individuals, such as an insane person or children, have no right on disposing his or her individual property. Similarly, in the eyes of Islam, an individual person is not allowed to dispose his or her property in such a way which causes trouble and inconvenience to others, for example a person cannot dig a well on his own land which causes trouble and inconvenience to others. Islam prohibits such disposing of an individual's property.
Among abiotic stresses, drought is the most important environmental factor limiting wheat yield and the problem need a genetic solution by bringing diversity in the existing wheat gene pool. Further, better understanding of crop responses to drought stress is a prerequisite for any breeding program. Screening of wheat germplasm comprising 26 synthetic derived (SBW), 24 conventional (CBW) bread wheats and 5 check cultivars (CCT) for drought tolerance was carried out through morpho- physiological and biochemical traits in hydroponics where stress was induced with PEG. Mean values for genotypes and treatments differed highly for all the studied traits. Drought stress resulted in increased osmoprotectants and antioxidant enzymatic activities. The germplasm was evaluated for phenological traits in the field under well- watered and drought stress conditions imposed at pre anthesis stage for two successive growing seasons during 2010/2011 and 2011/2012 crop cycles. Genotypic variations, variation due to treatment and interactions between them were much prominent depicting the widest genetic background possessed by the studied germplasm. Overall, the performance of SBW was quite promising when compared to check cultivars. Some potential drought tolerant lines including AA19, AA24, AA28 and AA46 are recommended for further micro-yield trials by Wheat Program, WWC and its national collaborators. The germplasm was also evaluated for glutenin compositions and key quality parameters. Grain quality analyses have provided a stringent selection sieve to select the drought tolerant genotypes with desirable end-quality characteristics. Several unique D- genome encoded HMW-GS were found along with favorable alleles at A- and B- genomes. D-genome encoded subunit Dx5+Dy10 which is known to encode superior grain quality attributes was observed in 63.6% genotypes followed by 1Dx2+1Dy12 (30.9%). Apart from HMW-GS, PCR based allele specific markers were used to identify allelic variation at Glu-3 loci (LMW-GS), which had a significant effect on visco-elastic properties of wheat dough. Several combinations of favorable LMW-GS alleles were observed at Glu-A3 and Glu-B3 loci. Key quality parameters like protein, sedimentation volume and carotenoids differed significantly within genotypes. Results established significant variability in quality characteristics and glutenin composition among D-genome synthetic-hexaploid wheat derivatives as compared to conventional bread wheat germplasm suggestive of their ability to improve quality traits in bread wheat. The germplasm was genotyped with 101 SSR markers for assessing its genetic diversity. Marker-trait association analysis was employed to identify SSR markers associated with traits related to drought. The stable estimate for the sub-populations (1- 20) was carried out with Structure Software 2.2. TASSEL 2.0.1 was used to calculate Kinship Coefficients Matrix. Association mapping was performed using Q-matrix as covariates and K-matrix (relatedness relationship coefficients) by applying the general linear model and the mixed linear model. In total, 61 marker–trait associations significant in both models were detected at p<0.01. The intra-chromosomal position/location of several of these MTAs coincided with those previously reported whereas some were unique that had not been located to date. Opportunities for further wheat improvement are provided by these novel loci/MTAs based on a marker approach.