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تنقید کیا ہے۔

تنقید:
تنقید عربی زبان کا لفظ ہے۔ جس کے عام معنی اخراج کے ہیں۔نورالغات میں مولوی نورالحسن نے اس کی تعریف یوں کی ہے:
"کھوٹا کھرا پرکھنا یا جانچ کرنا۔ایسی جانچ جو ضعیف اور مشکوک چیزوں کو الگ کردے یعنی اچھے اور برے کی تمیز کرنا"
اردو ادب میں اس کے مترادف لفظ تنقید استعمال ہوتا ہے لیکن انگریزی میں اس کے مترادف لفظ Criticism استعمال ہوتا ہے۔بعض اوقات اس کے لیے نقد یا انتقاد کے الفاظ بھی استعمال کیے جاتے ہیں۔حامداللہ افسرنے اسی تناظر میں اپنی کتاب "تنقیدی اصول و نظریے" پہلے نقد الادب کے نام سے شائع کی۔ان کی ایک کتاب" انتقاد" اور دوسری "اصول انتقاد ادبیات" کے نام سے شائع ہوئی لیکن ہمارے معاشرے میں اکثریت کے ساتھ چلنا پڑتا ہے۔لہذا حامداللہ افسر اس نتیجے پر پہنچے کہ چونکہ اکثریت اس طرف جا رہی ہے تو میں چونکہ اس کو نام نقد یا انتقاد دینا چاہ رہا ہوں تو شاید کامیاب نہ ہو سکوں تو انہوں نے اپنی کتاب کا نام تبدیل کیا اور اسی کتاب کو پھر شائع کیا اور اس کا نام رکھا" تنقیدی اصول و نظریے"۔
حامد اللہ افسر کی اس کے بارے میں رائے یہ ہے کہ وہ کیوں اس طرف آئے۔وہ کہتے ہیں :
"لفظ تنقید عربی صرف و نحو کے اعتبار سے صحیح نہیں ہے جس کی جگہ نقد یا انتقاد ہونا چاہیئے۔لیکن اردو ادب میں اب یہ لفظ رائج ہو گیا ہے۔اس کی جگہ کسی دوسریلفظ کا استعمال مناسب نہ ہوگا۔جہاں تک اردو زبان کا سوال ہے اسے صحیح سمجھنا چاہیئے۔"
ادبی اصطلاحات کا تعارف" کے صفحہ 167 پر مصنف ابوالاعجاز صدیقی کی رائے یہ ہے :
"تنقید اصل میں کسی بھی فن پارے کو ذاتی پسندو ناپسند سے بالا ہو کر پرکھنے اور جانچنیکا نام ہے۔تنقید کسی ادب کے فنی محاسن کی پرکھ کا نام ہے"

Sufism and Personality Development

Personality development is the process of improvement in behaviors and attitudes to make an individual a unique person. Sufism brings about positive changes in the behaviors of individuals. The positive changes are brought through moral development within   inductive environment griped by building of character. Moral development guides through “Zuhud” and “Taqwa” for minimization of material luxuries, enhancement of repentance and self-purification. The purpose of moral development is achieved with an institution articulated with teacher-student (Murshid-Murid) relationships; this environment ensures the provision of guidance and scholarships for the engaged students. The engagement of students revolves around knowledge, awareness and behavior. In the dimension of knowledge students are helped with raising moral and spiritual awarenessto enhance firmness in faith and encouragement towards good deeds. In addition, behavioral (amal) dimension is covered with remembrance of Allah, optional prayers, fasting services, alms giving along with obligatory ones. All these behavioral deeds are performed with devotion for the sake of closeness “Taqarrub” to Allah. Finally, ma’rifat (Recognition) is applied to secure soundness in building of character.

Comparison of Seasonal Incidence and Integrated Pest Management of Helicoverpa Armigera Noctuidae Lepidoptera on Bt and Non Bt Cotton in Punjab, Pakistan

Cotton is an important commodity in the economy of Pakistan. Different types of insect pest attack on cotton crop. Among all insect pests, Helicoverpa armigera (Noctuidae; Lepidoptera) is one of the most harmful and broad-based pest causing major economic loss in quality and production of cotton and some other crops. A survey was conducted to know the oviposition response, larval incidence and adult population of H. armigera in three districts of Punjab viz Multan, Khanewal and Vehari during 2014/15. Survey results shows that there was non-significant difference in oviposition found in all three districts But number of eggs varies significantly with at each date of observation. Overall mean maximum number of eggs (0.44/plant) were observed at F5 compared to other weeks. In case of larvae there was non-significant difference in H. armigera larval population found in Multan, Khanewal and Vehari district. Overall maximum larval population 0.07/plant was found in Vehari followed by 0.05/plant in Multan and Khanewal. Maximum adult population (3.22/trap) was observed in Vehari followed by (2.47/trap) in Khanewal and Multan (1.83/trap). Different Bt and non Bt cotton cultivars were evaluated in Faisalabad regarding incidence and population fluctuation of H. armigera. Results shows that there was no significant difference in eggs density among Bt and non-Bt cotton cultivars. No of larvae was significantly higher in non-Bt as compared to Bt cultivars. Among Bt cultivars highest overall mean larval population (0.07/plant) was found on VH-259 followed by (0.05) in FH-Lalazar, (0.04) in BH-178 and (0.02) in CIM-602. In non Bt cultivars highest larval population (0.13) was found on CIM-573 and lowest (0.09) in BH-67. Bio-efficacy of different parts of different cotton cultivars against 1st, 2nd and 3rd instar of H. armigera was determined under laboratory condition. All first instar larvae were found dead after feeding on leaves, squares, flowers and tender bolls of all Bt cultivars. While in case of non Bt (CIM-608) mean percent mortality was observed in the range of (8.13), (5.83), (5.00) and (11.25) against 1st instar after feeding on leaves squares flowers and bolls respectively. 2nd instar larvae after feeding on leaves on Bt cotton cultivar FH-142 and CIM-602 showed highest overall mean mortality (100.00%) followed by BH-178 (98.75%), FH-Lalazar (95.63%) and VH-259 (93.75%) compared to non-Bt CIM-608 in which only (3.75%) percent mortality was recorded. Amongst, the Bt cotton cultivar CIM-602 showed highest overall mean mortality of 2nd instar (97.50%) followed by BH-178 (95.83%), FH-Lalazar (92.50%) and VH-259 (90.00%) compared to non-Bt CIM-608 in which only (0.00%) percent mortality was recorded. Second instar after feeding on flowers shows highest mean mortality was (95.00%) in FH-142 and lowest was observed in VH-259 (89.00%) as compared to other Bt cultivars. Bioassay results of 2nd instar after feeding on bolls showed highest overall mean mortality (96.25%) in FH-142 followed by CIM-602 (93.75%), FH-Lalazar (90.00%) and VH-259 (86.25%), as compared to non-Bt CIM-608 (2.50%). 3rd instar of H. armigera showed lower mortality as compared to 1st and 2nd instar after feeding on plants parts. Different components of four modules were designed to suppress the insect pests of cotton including bollworms. Results showed that sucking pest such as whitefly and thrips and bollworms population was below ETL in all the four modules except Jassid shows above ETL population.
Asian Research Index Whatsapp Chanel
Asian Research Index Whatsapp Chanel

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