میں ول ول تکنا مرشد نوں
مار گیا سوہنیا ایہہ مینوں تیرا پیار وے
دل کرے میں ویکھاں تینوں بار بار وے
تیریاں اداواں مینوں بڑا ای ستاندیاں
جدوں یاد آوے تیری بڑا ای رواندیاں
اکھیاں وی ہر ویلے مینہ برساندیاں
جے توں آویں فیر آوے دل نوں قرار وے
مار گیا سوہنیا اے مینوں تیرا پیار وے
جدوں دا میں ویکھا تینوں ہوش میری بھل گئی
چھڈ کاروبار میں تاں گلیاں چ رُل گئی
سارے بھار ہولے ہوئے ککھاں نال تُل گئی
مینوں چنگی لگی تیرے کجلے دی دھار وے
مار گیا سوہنیا اے مینوں تیرا پیار وے
مکھ تیرا ایویں جیویں چن اسمانی اے
ویکھے جو وی ہک واری ہووے اوہ دیوانی اے
اجڑیاں دلاں اُتے ہووے مہربانی اے
ہک واری دے جا مینوں اپنا دیدار وے
مار گیا سوہنیا اے مینوں تیرا پیار وے
تینوں جد تکیا تے میں تیری ہوئی وے
جگ وچ تیرے جیہا دسدا نہ کوئی وے
مینوں سد لے توں میرا یار ’’سنگوئی‘‘ وے
تیرا اوتھے رج رج کراں گی دیدار وے
مار گیا سوہنیا اے مینوں تیرا پیار وے
قادریؔ سائیں ہن نہ گھبرا توں
ٹلے جا کے مندراں وی گل وچ پا توں
جوگی بن در در بین بجا توں
خلق کرے گی فیر تیرے نال پیار وے
مار گیا سوہنیا اے مینوں تیرا پیار وے
This article deals with the issue of temporary marriage or "Mut'a" as is euplicated and regulated by Islamic Shariah in the early days of islam. Since those particular conditions did not prevail later, hence it became redundant.
However, the term "Mut'a" has been used in the Holy Qur'an in multiple ways. Our scholarly interest focuses this particular dimension. Moreover a minor segment of Muslims still practice "Mut'a". However, the Sunni Scholars and followers have stopped practised on it. Iran e.g. still follows this temporary mode of marriage (they may opt to do so). However, according to Sunni traditions, this practice has been abolished.
Hereby a scholarly investigation is done on "Mut'a", its terminology, its history its background and the particular conditionalities
Studies were conducted during Year 2003-2006 at Lakson Tobacco Company Limited (NWFP), Pakistan to find out effective monitoring system, population fluctuation and the role of Pest-host interactions in Integrated Pest Management (IPM) of Cigarette Beetle Lasioderma serricorne (F.) in terms of preference, consumption and utilization of food. Maximum (3.35) numbers of L. serricorne were captured on STORGARD® THINLINETM CB trap followed by New Serrico, STORGARD® THINLINETM COMBITM, STORGARD® DOMETM , Diamond Coopermill and light beetle trap with 2.47, 1.88, 1.79, 0.74 and 0.58 number of beetles respectively. Maximum 4.56 beetles and minimum 0.01 beetles population was recorded during the month of August, 2003 and January, 2004 respectively. Highest temperature (42 ̊C) was recorded during August 2003. Relative humidity was 65% during August, 2003. These findings showed that lower temperature and higher R.H suppressed the population build up of L. serricorne. Significant differences were observed in the rate of preference, consumption and utilization by larval and adult stages of L. serricorne. Flue-cured Virginia (FCV) tobacco was preferred the most by both larval and adult stages with 2.18 and 1.49 numbers respectively. Air-cured Burley (ACB) was the least preferred type with minimum number of both larvae (0.64) and adults (0.82) of L. serricorne. Multiple regression analyses of variance revealed that physico-morpho-chemical factors showed significant effects on the preference by L. serricorne larvae and adults. Reducing sugars and starch showed 93.7% variation in larval preference while moisture content, starch and nicotine showed 84.5% variation in adult preference. In case of consumption by L. serricorne, FCV was consumed the most by both larval (10.56mg) and adult (3.33mg) stages. Minimum consumption was found in case of ACB by larvae (2.92mg) and adults (1.67mg). Reducing sugars and magnesium contributed 54.9% towards variation in the larval consumption while chlorides, ash and starch showed 65.3% variation in the adult consumption. Maximum utilization (6.81mg) by larvae was observed on FCV followed by Sun-cured Rustica (SCR), Dark Air-cured (DAC) and ACB as 5.37, 4.27 and 2.23mg respectively. Adult had utilized maximum 3.07mg DAC. Least utilized type of tobacco by adult stage was (ACB) (1.31mg). pH and calcium found major contributing (48.3%) factors towards variation in larvae utilization while chlorides showed 23% variation in adult utilization.