Search from the Journals, Articles, and Headings
Advanced Search (Beta)
Loading...
Loading...
Loading...
Loading...
Loading...
Loading...

خواجہ حیدر علی آتشؔ

آتش کی شاعری کی نمایاں خصوصیات
روانی اور موسیقیت:
آتش کی شاعری میں ہمیں ایک خاص روانی اور موسیقیت نظر آتی ہے جو پڑھنے والے پر ایک خاص اثر چھوڑتی ہے۔
بندش الفاظ جڑنے میں نگوں سے کم نہیں
شاعری بھی کام ہے آتش مرصع ساز
اس شعر کی وجہ سے آتش کو محض مرصع ساز کہنا زیادتی ہوگی ان کے اشعار میں الفاظ کی خوبصورتی کے ساتھ ساتھ رنگین فکر بھی نظر آتی ہے۔
موضوعات کا تنوع:
آتش کے کلام میں ہمیں مختلف موضوعات نظر آتے ہیں ان کے ہاں عشق و عاشقی کے موضوعات کے علاوہ تصوف کی جھلک بھی نظر آتی ہے زندگی کے مسائل بھی نمایاں نظر آتے ہیں لوگوں کے رویے بھی جو شخصیت پر اثرات پیدا کرتے ہیں اس کا اظہار بھی ان کی شاعری میں نظر آتا ہے اخلاق کا پہلو کہیں کہیں جھلکتا ہے۔
خارجیت اور داخلیت کا رنگ:
آتش کے اکثر کلام پر خار جیت کا رنگ بہت گہرا ہے لیکن اس کے ساتھ ساتھ داخلیت کا بھی اثر نظر آتا ہے آتش کی خارجیت وہ خارجیت نہیں ہے جس کی وجہ سے دبستان لکھنو بد نام ہے آتش کی شاعری میں زندگی کے جذبات و احساسات بھی نظر آتے ہیں کچھ ایسے معاملات کا ذکر بھی کرتے ہیں جس کا تعلق خارجیت سے ہے بقول ڈاکٹر سید عبداللہ:
" زندگی کے متعلق لکھنؤ کا نظریہ پر امید تھا مسرت و راحت لکھنؤ کے دو عزیز مقاصد تھے آتش نے بھی ان عزیز مقاصد کی ترجمانی کی ہے۔"
دبستان لکھنو اور دبستان دہلی کا امتزاج:
آتش کی شاعری میں دبستان دہلی کی روایت، جذبات اور داخلی خصوصیات نظر آتی ہیں لیکن اس کے ساتھ ساتھ ہمیں دبستان لکھنو کی چھاپ بھی نظر آتی ہے آتش ے ہاں کہیں کہیں خارجی تشبیہات اور استعارات ،قافیہ پیمائی کے اثرات...

Vivekananda’s Views on Christianity and Islam

Vivekananda was the Hindu revivalist of nineteenth century who preached the message of equality of all religions. In his lectures, he guided people to assimilation of religions and not their destruction. He emphasized on peace and harmony of religions that could only be attained through tolerance. This paper explores his claim of equality of religions from his writings regarding two religions - Christianity and Islam. Critical approach is utilized to identify the fact that either he is equating all religions or he is trying to submerge the non-Hindu religions in his philosophy of neo-Vedanta. Apparently, the tension between these two positions makes his theory of pluralism suspicious. In other words, his popular image of being a pioneer of religious pluralism needs to be reassesses by studying his writings and presentation of the beliefs, rituals, and practices of other religions, as well as, his practical interactions with the followers of different religions during his life. In this connection, it is important to explore how he perceives and depicts the personalities of Jesus Christ and Muhammad.

Inheritance Pattern of Drought Tolerance Attributes in Cotton Gossypium Hirsutum L.

Experiments were conducted during the crop season 2005-06 to evaluate cotton germplasm under irrigated and drought regimes. The germplasm was evaluated for different physiological and morphological traits. The accessions showing higher cotton yield were used as a criterion for selection of drought tolerant and susceptible parents. Three susceptible and three tolerant parents were planted during cotton growing season and crossed on flowering stage. The hybrids were evaluated at seedling and mature plant stage during the crop season 2006-07 under irrigated and drought regimes. All traits under study were subjected to analyses of variance. Traits showing significant genotypic variation were analyzed following simple additive dominance model to estimate heritability and inheritance pattern. The objective of study is to explore genes having potential for high yield and fiber quality under drought environments in genetic material available by crossing the genotypes in diallel fashion that may be used in future breeding program. Gene action and combining ability were studied by analyzing diallel cross data between six cotton varieties viz., FH-113, PB-899, MNH-789, (drought tolerant), and CIM-506, FH-901, CRIS-466, (drought susceptible). A considerable reduction in almost all parameters was shown under stress conditions. Diallel analysis showed that characters like monopodial branches, sympodial branches and staple strength showed additive genetic effects and traits like plant height, number of bolls, boll weight, yield., staple length, staple fineness, GOT, seed index, lint index, relative water content, leaf temperature and relative cell injury showed additive and dominant genetic effects under normal conditions and water stress conditions, traits like staple strength and relative cell injury showed additive genetic effects and traits like plant height, monopodial branches, sympodial branches, number of bolls, boll weight, yield, staple length, staple fineness, GOT, seed index, lint index, relative water content, leaf temperature showed additive and dominant (non-additive) genetic effects. PB-899 proved the best general combiner for traits like plant height and staple length, FH-113 proved the best general combiner for traits like monopodial branches, sympodial branches, number of bolls, yield , seed index, relative water content, leaf temperature and relative cell injury, MNH-789 proved the best general combiner for traits like boll weight, GOT and CIM-506 proved the best general combiner for staple fineness, staple strength and lint index under normal and water stress conditions. Heritability estimates for yield and yield related traits and most of traits were high under normal and water stress conditions and had maximum ability to transfer genes to the next generation. So, selection of desirable parents and gene combinations for high yield on the basis of these traits under both conditions will be effective for future breeding programs. Breeders may utilize good general combiners in breeding programs for improvements of cotton traits. It is recommended that breeders should breed for superior combining ability aimed at improving overall GCA for yield and fiber quality. xviAbstract Experiments were conducted during the crop season 2005-06 to evaluate cotton germplasm under irrigated and drought regimes. The germplasm was evaluated for different physiological and morphological traits. The accessions showing higher cotton yield were used as a criterion for selection of drought tolerant and susceptible parents. Three susceptible and three tolerant parents were planted during cotton growing season and crossed on flowering stage. The hybrids were evaluated at seedling and mature plant stage during the crop season 2006-07 under irrigated and drought regimes. All traits under study were subjected to analyses of variance. Traits showing significant genotypic variation were analyzed following simple additive dominance model to estimate heritability and inheritance pattern. The objective of study is to explore genes having potential for high yield and fiber quality under drought environments in genetic material available by crossing the genotypes in diallel fashion that may be used in future breeding program. Gene action and combining ability were studied by analyzing diallel cross data between six cotton varieties viz., FH-113, PB-899, MNH-789, (drought tolerant), and CIM-506, FH-901, CRIS-466, (drought susceptible). A considerable reduction in almost all parameters was shown under stress conditions. Diallel analysis showed that characters like monopodial branches, sympodial branches and staple strength showed additive genetic effects and traits like plant height, number of bolls, boll weight, yield., staple length, staple fineness, GOT, seed index, lint index, relative water content, leaf temperature and relative cell injury showed additive and dominant genetic effects under normal conditions and water stress conditions, traits like staple strength and relative cell injury showed additive genetic effects and traits like plant height, monopodial branches, sympodial branches, number of bolls, boll weight, yield, staple length, staple fineness, GOT, seed index, lint index, relative water content, leaf temperature showed additive and dominant (non-additive) genetic effects. PB-899 proved the best general combiner for traits like plant height and staple length, FH-113 proved the best general combiner for traits like monopodial branches, sympodial branches, number of bolls, yield , seed index, relative water content, leaf temperature and relative cell injury, MNH-789 proved the best general combiner for traits like boll weight, GOT and CIM-506 proved the best general combiner for staple fineness, staple strength and lint index under normal and water stress conditions. Heritability estimates for yield and yield related traits and most of traits were high under normal and water stress conditions and had maximum ability to transfer genes to the next generation. So, selection of desirable parents and gene combinations for high yield on the basis of these traits under both conditions will be effective for future breeding programs. Breeders may utilize good general combiners in breeding programs for improvements of cotton traits. It is recommended that breeders should breed for superior combining ability aimed at improving overall GCA for yield and fiber quality.
Asian Research Index Whatsapp Chanel
Asian Research Index Whatsapp Chanel

Join our Whatsapp Channel to get regular updates.