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ہاں ہاں زرداری مجرم ہے

ہاں ہاں زرداری مجرم ہے ؟

                                                                                                پروفیسر ڈاکٹر محمد یوسف اعوان

بندوق والوں کا مجرم ؟                           فتوے والوں کا مجرم ؟

زرداری ان سب کا مجرم ہے جن کا بھٹو مجرم تھا ،بے نظیر مجرم تھی ،مرتضی مجرم تھا ،شاہنواز مجرم تھا ،سلمان تاثیر مجرم تھا ،شہباز بھٹی مجرم تھا ،بشیر بلور مجرم تھا،زرداری کو ہر طرح سے توڑا گیا ،گیارہ سال جیل میں رکھ کر ،بھیانک جھوٹے مقدمے بنا کر ،بدترین تشدد کا نشانہ بنا کر ،جیل سے نکال کر وزارت کا حلف اٹھوا کر ،بالآ خر ایوان صدر میں قید کر کے ۔

مگر وہ نہ ٹوٹا ،نہ جھکا نہ بکا بلکہ نا کام دشمن اس کی مسکراہٹ تک نہ توڑ سکے ۔اس پر طرح طرح کے مقدمے بنائے گئے ،مقدمے خود ساختہ ،قاضی اپنے مگر کچھ ثابت نہ کر سکے ،زرداری کی جوانی چھن گئی مگر سچ کا بول بالا ہوا وہ ڈٹا رہا مگر دشمن ہار ماننے والے کب تھے ۔انہوں نے پرکشش الزامات پر مبنی کہانیاں گھڑیں ،میڈیا پر بیٹھے افلاطونوں کو حکم دیا کہ دن رات ان کی کہانیوں کا ڈھنڈورا پیٹو ،اتنا جھوٹ بولو ،بار بار بولو ،لاکھوں بار بولو، جھوٹ کو سچ بنا دو ،بچے بچے کو یاد کروا دو کہ زرداری برا ہے زرداری چور ہے زرداری کرپٹ ہے ۔

مگر وہ نہیں جانتے تھے کہ زرداری کا مقدمہ تاریخ کی عدالت میں ہے ۔تاریخ کی عدالت کسی کی خواہشات کی غلام نہیں ہے ۔تاریخ کی عدالت ثبوت مانگتی ہے ۔تاریخ کی عدالت سچ کو اجاگر کر کے چھوڑتی ہے ۔تاریخ کی عدالت وقت کے فرعون کی طرف سے جھوٹے الزامات کو اٹھا کر باہر پھینک دیتی ہے تاریخ کی عدالت ہر ایک مجرم اور ہر ایک ملزم کو کٹہرے...

عہد نبوی میں ذرائع کے اسالیب عصر حاضر کے نوجوانوں کے لیے مشعل راہ

Since from the beginning of humanity means of communication have always been an essential need for mankind. To convey the message and to find means to communicate and express one’s thought one needs a mean to transmit the information to others. That is called communication. With the passage of time and advancement communication means also took modern shape and became advance. Islam as a complete code of life, guides humanity in the all fields of sociology, economic, politics, including mass communication. Allah the Almighty sent messengers and Prophets for the guidance of people. So they served the humanity in different periods of time in different areas. Ḥaẓrat Muḥammad (ﷺ) the last prophet of Allah used these means of communication for the prevalence and preaching of Islam, and left behind a remarkable legacy in the field of mass communication for the guidance till dooms day. Where there have been great changes in other fields and professions of life in the advanced world of contemporary era there had become a revolutionary change in the field of media. News all over the world spread in seconds. Media which is the strongest tool to approach people, but sorry to say that it is detracted badly by prevailing wrong values, vulgarity, jealousy and selfishness. There is a dire need to change the direction of noble that so (صلى الله عليه وسلم) Muhammad Prophet of methodology the towards media values like piousness, self-sacrifices, brotherhood and cooperation should be developed in people and for this purpose youth can play a pivotal and effective role in the field of mass communication. Eyes are looking towards youth of contemporary era to step forward by following our Holy contemporary the how that attempt humble a is article This. (صلى الله عليه وسلم) Prophet youth can play its role by using means of communication by taking guidance from Prophetic Era to lead media towards right direction.

Effectiveness of Organically-Complexed Bioaugmented Boron Coated Dap on Growth, Yield and Oil Content of Brassica

The application of boron (B) and phosphorus (P) is a major issue worldwide. In addition, most of the Pakistani soils fail to supply sufficient B and P to growing plants because of calcareous nature of soils. Conversely, a few bacteria have been reported as B tolerant but their characteristics for enhancing nutrients supply to plants have not been studied yet. Likewise, bioaugmentation along with mineral fertilizer is attracting worldwide scientific community. In this scenario, the application of controlled-release fertilizers reduces nutrient losses and improves nutrient use efficiency (NUE). A reduction of about 20-30% of the recommended dose of commercial fertilizer can be obtained by the use of controlledrelease fertilizers while maintaining same crop yield. The current research work is therefore aimed to develop a coated fertilizer for simultaneous application of B, P and bacteria to achieve maximum benefits by reducing fertilizer losses. For this purpose, first of all, six pre-isolated bacterial strains (S-5, MN-34, MN-42, MN-17, MN-54 and MN-13) were screened however, the Bacillus sp. strain MN-54 was found to be the most tolerant to higher levels of B. In the next step, effect of molasses and B concentrations was determined on P solubilization and auxin production by the strain MN-54. It was found that P solubilization was improved by increasing molasses concentration from control to 1% in NBRIP medium, whereas B did not significantly change P solublization by the strain MN-54 at tested concentrations (0-180 mM B). The bacterium was also capable of auxin, siderophores and 1-aminocyclopropane-1-carboxylate (ACC) deaminase production. Moreover, temporal release of B and P in soil was improved up to 37 and 30%, respectively, in native soil in the presence of strain MN-54, which further resulted in improved growth of canola. These findings led to the development of 0.5, 1 and 1.5% organically-complexed bioaugmented boron coated DAP fertilizer formerly named as DAP-B. The experiment conducted to investigate the temporal release of DAP-B formulations elucidated that the availability of B was improved by increasing the amount of B on coated product. It was also noted that 50 and 75% application of 1.5% DAP-B showed slower but higher release of P compared to conventional fertilizer, while B was readily available. After that, a pot experiment followed by a field experiment were conducted to investigate the effectiveness of different formulations of DAP-B over conventional fertilizers (DAP and boric acid) by analyzing the growth, physiology, yield, quality and oil content of Brassica napus (canola) and Brassica juncea (mustard). For this purpose, three formulations of 0.5, 1 and 1.5% DAPB were investigated at four different levels i.e. 25, 50, 75 and 100% compared to recommended level of DAP. Considerable increase in growth, physiology, yield, quality, B and P concentration in grains and oil content of aforementioned crops was observed in treatments where any of the three formulations of DAP-B were applied at recommended rates compared to conventional DAP. However, 1.5% DAP-B applied at 75% of the recommended dose of DAP was found most effective for both crops under observation compared to other treatments. In inference, the present approach not only enhances plant growth, yield and oil content but also brings environmental and economic benefits as, a complex fertilizer becomes available to plants by reducing fertilizer losses. Furthermore, availability of mechanical fertilizer minimizes the labor cost due to single application of aforementioned nutrients (B, P) at once.
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