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مولانا محمد سورتی

مولانا محمد سُورتی ؒ
پچھلے مہینہ کا سب سے اندوہناک علمی حادثہ مولانا محمد سورتی کی وفات ہے، مرحوم اس عہد کے مستثنیٰ دل و دماغ اور حافظہ کے صاحب علم تھے، جہاں تک میری اطلاع ہے اس وقت اتنا وسیع النظر، وسیع المطالعہ، کثیر الحافظہ عالم موجود نہیں، صرف و نحو، لغت و ادب و اخبار و انساب و رجال کے اس زمانہ میں در حقیقت وہ امام تھے، وہ چند ماہ سے مرض استسقا میں مبتلا تھے، علی گڑھ میں ان دنوں قیام تھا اور وہیں ۷؍ اگست کو بروز جمعہ وفات پائی۔
مرحوم کا اصلی وطن سورت (گجرات) تھا، وطن میں ابتدائی تعلیم پاکر یہ دلّی آئے اور رامپور میں مولانا محمد طیب صاحب مکی کا تلمذ حاصل کیا، میری ان کی پہلی ملاقات ۱۹۰۸؁ء میں ہوئی، جب مولانا طیب مکی رامپور چھوڑ کر دارالعلوم ندوہ لکھنؤ میں ادیب اول کے عہدہ پر فائز تھے، فاضل استاد کے ساتھ یہ لائق شاگرد بھی لکھنؤ وارد ہوا اور اس زمانہ سے لے کر اخیر تک ان کے ساتھ میری علمی رفاقت اور ذاتی دوستی کا سلسلہ قائم رہا، معارف بھی ان کے رشحات قلم سے کبھی کبھی مستفید ہوتا رہا ہے۔
مرحوم اس فضل و کمال کے باوجود ہمیشہ پریشان حال رہے اور کہیں ایک جگہ جم کر بیٹھنا ان کو نصیب نہ ہوا، اس کا نتیجہ یہ ہوا کہ ان کے علم سے استفادہ بہت کم کیا جاسکا اور کوئی کارآمد تصنیف بھی اپنی یادگار نہ چھوڑ سکے اور نہ کوئی لائق شاگرد ہی ان کا قائم مقام ہوسکا، البتہ چند جسمانی اولاد ان کی یادگار ہیں۔
ایک زمانہ میں جامعہ ملیہ دہلی میں معلم رہے، پھر بنارس کے جامعہ رحمانیہ میں مدرس ہوئے، بعد کو بمبئی میں ایک اہلحدیث مدرسہ میں حدیث کا درس دینے لگے تھے، ٹونک کے مشہور کتب خانہ کی...

سنت ترکیہ کی شرعی حیثیت: ایک تحقیقی مطالعہ

Sunnat-e- Tarkia is a specific term. It refers to the deeds of Prophet Muhammad ﷺ which he willingly gave up due to certain aims of Shariah. According to Islamic Shariah, in the chapter of worship, Sunnat-e-Tarkia is as significant and compulsory worship as the other deeds and commands of Prophet Muhammadﷺ. It is not possible to follow commands and prohibitions of Muhammad ﷺ until we understand Sunnat-e-Tarkia and Sunnat-e- Fa'ilia. So, both of these are required in Islamic Shariah, none of these can be ignored. So it is necessary to elaborate the legal value of Sunnate-Tarkia in Islam.

Physiology of Wheat Triticum Aestivum L. Accessions and the Role of Phytohormones under Water Stress

The availability of soil moisture is the major factor limiting wheat production. Present study was aimed to determine the physiological response of local germplasm resources of wheat exposed to different periods of water stress and rewatring at booting and grainfilling stages. The response of four wheat (Triticum aestivum L.) accessions (011251, 011417, 011320 and 011393) to water stress and exogenously applied abscisic acid (ABA) was determined in a pot study. The experiment was conducted in the wire house of Quaid-i- Azam University, Islamabad during the wheat-growing season 2005 and 2006. Pre sowing seeds treatment with ABA was made for 8 h. Water stress was imposed by withholding water supply for a period of 9 d thereafter the plants were irrigated. The first water stress treatment was started at 50% booting and the second at 50 % grainfilling. Sampling was done after 3, 6 and 9 days of induction of water stress. Recovery was studied at 48 and 72 h of re-watering. Changes in the water status of leaves along with osmoregulation, activities of antioxidant enzymes, stomatal conductance, transpiration rate, pigment, phytohormones and protein contents were measured. Yield parameters were also determined. Moreover Random Amplification of Polymorphic DNA (RAPD) analysis was done to determine the extent of genetic variability among the accessions and to evaluate the treatment induced changes in the protein profiling of grains Sodium Dodecyl Sulphate Polyacrylamide Gel Electrophoresis (SDS-PAGE) was done. Marked decreases in leaf water status, stomatal conductance, transpiration rate and contents of chlorophyll and carotenoid, Indole-3-acetic acid (IAA), Gibberellins (GA) and trans zeatin riboside (t-zr.) were associated with an increase in the accumulation of ABA (both free and bound), sugar, proline, glycine betaine and activities of antioxidant enzymes (superoxide dismutase, peroxidase and catalase) under water stress. Increase in protein content under water stress remained a dominant response except for accession 011251. The inhibitory effects of water stress were ameliorated by exogenous application of ABA and this ameliorating effect was found to be more significant at booting stage as compared to grainfilling particularly in the accession 011320. Upon rewatering the recovery from water stress was found to be greater in case of ABA treated plants. Accession 011320 was found to be the most sensitive among all xivthe accessions showing higher decrease in yield which appears to be associated with less efficient ABA metabolism as evidenced by slow accumulation of stress-induced free ABA which did not return to the pre stress level but remained significantly higher on rewatering moreover the decrease in t-zr content was also higher. Whereas, accession 011417 was found to be highly tolerant to water stress possibly by economizing water status, efficient control on the accumulation of osmolytes, stomatal conductance and activities of antioxidant enzymes concomitant with higher ABA content and lesser decrease in indole-3-acetic acid (IAA), gibberellins (GA) and trans zeatin riboside (t-zr.) contents under stress. Higher rate of recovery upon rewatering was also found in this accession. Random amplification of Polymorphic DNA (RAPD) analysis revealed a marked diversity among the four accessions and the Sodium Dodecyl Sulphate Polyacrylamide Gel Electrophoresis (SDS-PAGE) protein profiling of the grains indicated that the changes in grain protein composition are mainly controlled by genetic factors. It is inferred from the results that adverse effects of water stress in wheat become more pronounced at grain filling as compared to booting. Proline, antioxidant enzymes, ABA and t-zr content can serve as physiological markers for selecting water stress tolerant wheat genotypes. ABA seed soaking can be implicated as an effective way to alleviate the adverse effects of water stress particularly in relatively sensitive wheat genotypes.
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