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اردو کے نامور محققین (مولوی عبدالحق)

اردو کے نامور محققین(بابائے اردومولوی عبدالحق)
مولوی عبدا لحق برِ صغیر پاک ہند کے عظیم اردو مفکر، محقق، ماہر لسانیات، معلم، بانی انجمن ترقی اردو اور اردو کالج کے بانی تھے، ا?پ کو بابائے اردو کے لقب سے یاد کیا جاتا ہے۔آپ کی تاریخ پیدائش کے حوالے سے کافی اختلاف پایا جاتا ہے ،لیکن بقول ممتاز حسین مولوی عبدالحق 20 اپریل،1870ء کوبرطانوی ہندوستان کے ضلع میرٹھ کے ہاپوڑ کے قریب سراوہ نامی ایک گاؤں میں پیدا ہوئے۔مولوی عبدالحق نے ابتدائی تعلیم گھر پر ہوئی پھر میرٹھ میں پڑھتے رہے۔
بابائے اْردومولوی عبدالحق کو ابتدا ء ہی میں ریاضی سے گہرا لگاؤ تھا جس نے اْنہیں غور و فکر اور مشاہدے کا عادی بنا دیا۔اس کے علاوہ انہیں فارسی اور اْردو شاعری، نثرنگاری ،تاریخ ،فلسفہ اور مذہب کا مطالعہ کرنے کا بھی شوق تھا ان علوم اور ادب کے مطالعے نے مولوی عبدالحق? کے قلب و ذہن پر مثبت اثرات مرتب کئے انہیں اپنے اطراف سے گہری دلچسپی پیدا ہوئی۔
بابائے اْردو مولوی عبدالحق نے نہ صرف اْردو میں تنقید نگاری، مقدمہ نگاری اور معنویت عطا کی بلکہ اْردو میں پہلی بار حقیقی تبصرہ، جائزہ اور لسانی اکتساب صرف بابائے اْردو مولوی عبدالحق کی مقدمہ نگاری میں میسر آیا انہوں نے اْردو میں تبصرہ نگاری کو ایک نیا رنگ اور ڈھنگ عطا کیا۔جنوری 1902ء میں آل انڈیا محمڈن ایجوکیشن کانفرنس علی گڑھ کے تحت ایک علمی شعبہ قائم کیا گیا جس کانام انجمن ترقی اردو تھا۔ مولانا شبلی نعمانی اس کے سیکرٹری رہے تھے۔ عزیز مرزا کے بعد 1912ء میں مولوی عبدالحق سیکرٹری منتخب ہوئے جنھوں نے بہت جلد انجمن ترقی اردو کو ایک فعال ترین علمی ادارہ بنا دیا۔ مولوی عبدالحق اورنگ آباد (دکن ) میں ملازم تھے ،وہ انجمن کو اپنے ساتھ لے گئے اور اس طرح حیدر آباد دکن اس کا مرکز بن گیا۔

برما میں روہنگیا مسلمانوں کے مذہبی مسائل اور اس کے اسباب و اثرات

Buddhism is dominated by such other characteristics as sympathy, pity, and kindness. Furthermore, it forbids all kind of cruelty, violence, murder, brutality, and giving pain to any living creature. However, contrary to his teachings, the way his followers have targeted the Rohingya Muslims with violence and atrocities only shows how little they follow Gautama Buddha. Right from the independence of Burma, Buddhists,  declaring Muslims as a threat, started their genocide, which involved attacking their mosques, their homes, dishonoring Muslim women, and harassing the Muslims without any reason. This compelled Muslims to leave their homes and migrate. The recent wave of violence, starting in June 2012,  seriously affected the Muslim majority province of Arakan. Keeping in mind, Arakan is one of the fourteen Burmese provinces, where Islam have ruled since the time of Isalmic Caliphate. Unfortunately, in 1784, Burmese Prince Bodo Phia violated this garden of Islam by carrying out Muslim genocide. He banned all symbols of Islam such as pilgrimage, sacrifice,  prayers, Friday and Eid Prayers, and preaching. This study points out the religious problems and issues of Muslims believers in Arakan including its impact, causes and consequences on their lives. The analytical research Methodolgy has been adopted in this studty.

Genetic Analysis of Local Wheat Genotypes for Higher Grain Protein Contents Through Biochemical and Morphological Studies

Twenty six indigenous wheat varieties (genotypes) were tested for higher yield and quality traits under the rainfed conditions of NARC, Islamabad and irrigated conditions of AARI, Faisalabad. The major goal was important to select promising genotypes for making genetic improvement in local wheat genotypes. The maximum grains per spike were found in the genotype GA 2002 (87.93) than Fakhr e Sarhad (84.20), Daman 98 (79.20) and Tatara (72.40). The best stable variety for 1000 grain weight was NARC 2009 i.e., 42.26 g than the varieties Fareed 2006 (38.96 g), Shafaq 2006 (38.18 g), Manthar 2003 (38.10 g), Miraj 2000 (37.45 g) and Tatara (37.15 g). Similarly Shafaq 2006, Fareed 2006, Miraj 2000, Manthar 2003 and NARC 2009 gave the highest yield i.e., 116.48, 115.48, 114.49, 106.31 and 105.45 kg respectively. The protein and gluten contents were best in Bahawalpur 2000 (16.40 %) and BARS 2009 (16.10 %) respectively. The cluster analyses of eight selected wheat parents for diallel (8x8) indicated that the Pirsabak-05 showed the genetic index of 0.81 in cluster 1. In second cluster Wafaq 2001, Bahawalpur 2000, GA 2002, Chakwal 50, and Lasani 2008 showed the genetic index of 0.75 (75%) and BARS 2009 predicted the genetic distance of 0.79 (79%) in third cluster. Forth cluster indicated Faisalabad 2008 with the genetic index i.e., 0.80. The gene action studied for tillers per plant, days flowering, days to maturity, spikes per plant, spikes length (cm), spikelets per spike, grains per spike, 1000 grains weight (g), grain yield (kg plot-1), protein (%), wet gluten(%), dry gluten(%), moisture(%), flour yield(%) showed partial dominance with both additive and non-additive behavior in Wr-Vr graphs (Hayman, 1954). While examining the 26 wheat genotypes, the most prevalent allele was 5x+10y at Glu- xxix D1d found in 14 genotypes, 2*x in 10 genotypes and Null in 11 genotypes at GluA1b and GluA1c respectively and 20x+20y at GluB1e in 10 genotypes. The lowest frequency of 6x+8y in 1 genotype and 13x+16y in 3 genotypes was witnessed at GluB1d and GluB1f alleles of GluB1 respectively. In the molecular analyses a total number of seventeen allele-specific STS markers were used for Glu-A3 and Glu-B3 to identify the alleles in the genotypes under study. At Glu-A3 locus, nine genotypes possessed Glu-A3b allele, two genotypes possessed Glu-A3d and six genotypes indicated GluA3g allele. At Glu-B3 locus four genotypes had GluB3d allele and two genotypes possessed GluB3b allele. Allelic frequency (relative) for Glu1 loci of 70 wheat genotypes including 8 parents, and their 56 crosses along with 6 standards was studied for high molecular weight glutenin subunits. The most prevalent allele was 5x+10y at Glu-D1d found in 44 genotypes, 2*x in 38 genotypes at Glu-A1b, 17x+18y in 31 genotypes at Glu-B1i, 2x+12y in 26 genotypes at Glu-D1a, Null in 25 genotypes at Glu-A1c. The lowest frequency of 7x in 4 genotypes at Glu-B1a followed by 7x+9y in 5 genotypes at Glu-B1c and 6x+8y at Glu-B1d was found respectively. The correlation study in 8x8 diallel study of eight parents and their F2 population at both locations (NARC, Islamabad & AARI, Faisalabad) indicated that the days to flowering, days to maturity had significant but negative correlation with grain yield (kg plot-1), spikes per plant, spike length (cm) and 1000 grain weight (g) had significant positive correlation with grain yield (kg plot-1). Dry gluten % had significant and positive correlation with 1000 grain weight (g) and significant with grain yield (kg plot-1).
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