نعت در نعت ہے سلسلہ نعت کا
کیا عجب ذائقہ شعر کا ، نعت کا
نعت لکھتے ہوئے اک جھجک سی رہی
گو ارادہ کیا بارہا نعت کا
دولتِ دو جہاں مل گئی ہے مجھے
اک خزانہ ملا بے بہا نعت کا
سطرِ عنوان ِ نعت آپ ؐ کی ذات ہے
سیرتِ مصطفیٰؐ حاشیہ نعت کا
یہ تو سرکارؐ کی ہے نگاہِ کرم
ورنہ کس کو تھا یاں حوصلہ نعت کا
نعت کا ذکر ہو ، نعت کی بات ہو
دل کو بس بھا گیا تذکرہ نعت کا
تیرگی چھٹ گئی، مجھ کو اب مل گیا
جگنوؤں سے بھرا راستہ نعت کا
With the decline of strong Muslim Khilafate various sectarian based movements proved a serious danger for the Muslim world. Qramtah movement was most famous among them. During the latter period of Abbassid Khila-fate, Qaramtah appeared very strongly. They had a strong hold in different part of Islamic state. Bahrin was their strong head quarter and then they spread all around in state especially in rural areas. They defeated a large and powerful army of Khalifa with a small army severl time. Qramtah killed a millions of innocent Muslims. They captured Makkah and disgrced “Bait Ullah” and banned Hajj for almost 20 years. They propagated their philosophy and beliefs in all over the Muslim world by force. Qramtah also established a strong government in Multan after the departure of Muhammad bin Qasim. Jalam bin Shaban was a famous Qramtian ruler of Multan In 1004 A.D. When Mehmood Ghaznavi came in Multan at that time Abul Fatih Dawud Qramti was the ruler of Multan Mehmood arrested him and destroyed the power of Qramtah in Multan. Qramtah continued serious unrest in Islamic world for four centuries. This movement effected badly the Muslim world and they have become politically weak against their political rival Christianity.
Water stress is a key constraint in grain production of bread wheat. Using genomic and advanced breeding tools, genetic improvement in wheat and other crops is possible under water stress conditions. Fifty wheat genotypes were screened against water stress using traits like relative water contents and excised leaf water loss. Two water stress tolerant (Chakawal-50 and mairaj-08) and two susceptible (9436 and Millat-11) genotypes were identified and crossed to develop F1, F2 and backcross generations. Genetic analysis was conducted for relative water contents, excised leaf water loss, cell membrane thermo-stability, photosynthetic rate, stomatal conductance, CO2 assimilation, chlorophyll contents, plant height, flag leaf area, specific flag leaf area, peduncle length, spike length, number of tillers per plant, grain weight per spike, number of grains per spikes, 1000-grain weight, grain yield per plant and harvest index. Presence of additive, dominance and epistatic components were identified. Gene action was found complex showed that selection should be done in later generations for improvement of traits. Medium to high broad sense heritability, low to medium narrow sense heritability and low to high genetic advance was observed. Analysis under normal and water stress conditions revealed heterosis for relative water contents, excised leaf water loss, chlorophyll contents and plant height. Correlation analysis showed that relative water contents, cell membrane thermo-stability, photosynthetic rate and grain yield per plant were positively correlated with each other. Excised leaf water loss was negatively correlated with cell membrane thermo-stability, photosynthetic rate, relative water contents and grain yield per plant. A total of 30 ISSR markers were used to survey F2 population developed by a cross of Chakawal-50 (tolerance) and 9436 (susceptible) revealing a lots of DNA polymorphism. DNA polymorphism was used to construct genetic linkage map. In linkage analysis 73 bands produced from 4 ISSR markers were mapped on chromosomes. One QTL for photosynthetic rate on chromosome 3A, one for cell membrane thermo-stability on chromosome 2B and one for relative water contents on chromosome 4D was identified. These QTLs could be used to mold wheat genome into water stress tolerant wheat genome.