God accepts whatsoever the tongues of truthful men with pure heart utter, This is what we regard as authentic news. Kalam Mian Muhammad Bakhsh Kalam Mian Muhammad Bakhsh is also known for his Sufi approach of poetry which is in Punjabi and Hindko languages. large number of Punjabi and Punjab related eBooks in Shahmukhi, Gurmukhi, Urdu and English on Punjabi literature, Culture and History of Punjab. | English Books | Shahmukhi Books| Gurmukhi Books |. Bakhxh should not be proud of immense muhxmmad, who is the inheritor of beauty? Saif ul Malook o Badi ul Jamal Uedu By Mian Muhammad Bakhsh Free Ebook Saif ul Malook o Badi ul Jamal By Mian Muhammad Bakhsh Pdf Free DownloadSaif ul Malook o Badi ul Jamal Authored by Mian Muahmmad Bakhsh Sahib. Not for ever will the paper be sold in the bazaar, not for ever will the hustle be in the cities, Not forever is the good time of youth, not for ever are these waves in the river. Further, the exploration of complex metabolic pathways and efficient utilization of biological information and its translation into field studies is still lacking.Kalam-Saif ul Malook-Hazrat Mian Muhammad Bakhsh – Video Dailymotion.
Recently, significant progress has been made integrating omics studies with conventional breeding approaches by narrowing down genomic regions and identification of candidate genes that improve the plant performance under water stress conditions. Tremendous emphasis has been laid on by breeding stress tolerant plant varieties to alleviate the negative footprint of drought stress on grain productivity but it is limited by the accessibility of genes. Early flowering time and a shorter vegetative period can be very significant for maize production in conditions of terminal drought since this can minimize exposure to dehydration during the sensitive flowering and postanthesis grain filling periods. Maize (Zea mays L.), also known as “Queen of Cereals,” accommodates approximately 72% starch, 10% protein and 4% fat, with its each vegetative part having an industrial importance. In the tropic regions, it has been estimated that drought stress results in an average annual yield loss of 17%, but losses can be much more severe. Grain production across the world has been reduced by 5% or more in few years owing to water scarcity in key countries. Water accessibility governs the abundance, distribution and response of a plant species, which in turn is a function of the adaptive mechanisms embraced by that crop plant to ensure its survival and productivity in an environmental niche. Amongst various environmental stresses impacting the crop production, most pivotal limiting factor globally is water. Agricultural production globally faces serious threats as the climatic changes progresses toward frequent extreme weather conditions.