بابا فضل دین سائیں
) رجسٹرار ہائی کورٹ (
قلندر پاک یسارو یمین فضل دین بابا سائیں
کیتا روشن دین ، مبین، فضل دین بابا سائیں
عالم، فاضل، کامل جہدے علم دا انت ناں کوئی
علم و عمل تے زہد عبادت، حدوں ودھ یکسوئی
عشق نبی دا چولا پایا ، شرع شریف دی لوئی
ساڈے لئی وی کرو دعائیں، فضل دین بابا سائیں
عالم فاضل مسئلے پچھدے پاوندے راہنمائی اے
ایڈا فیض روحانی ملدا کمی نہ ایتھے کائی اے
تونسے پاک دا لنگر جاری سب نے موج منائی اے
ساڈے تے وی کرم کمائیں ، فضل دین بابا سائیں
علم شریعت ، علم طریقت ،علم حقیقت تے ہے عبور
عشق نبی وچ اکھاں رہندیاں ہر ویلے بے حد مخمور
بدن مبارک بن خوشبوئوں جیویں لائی ہووے سندور
ساڈی وی توں لج نبھائیں ، فضل دین بابا سائیں
سوہنا مکھڑا بابا جی دا سیاں ویکھن آئیاں نیں
رج رج ویکھن تے خوش ہوون رحمتاں جھڑیاں لائیاں نیں
اللہ سوہنے آساں ایتھے سب دیاں آن پجائیاں نیں
کر دیو ساڈیاں دُور بلائیں ، فضل دین بابا سائیں
بھٹی قوم توں صدقے جاواں کیتے جیس اُجالے نیں
دین نبی دی خدمت کر کے گھر گھر دیوے بالے نیں
فقہ ، حدیث ، قرآن فقر دے چشمے خوب نکالے نیں
آپ تے راضی رسولِ امیں فضل دین بابا سائیں
پیر اقبالؔ بھتیجا ہے جو بیٹھا رونق لائی اے
فیض روحانی بابا جی دا جاندا ایہہ ورتائی اے
کرے دعا تے خیراں ہوون رحمت رب فرمائی اے
جھات کرم دی ساتھے پائیں فضل دین بابا سائیں
قادریؔ نے تے پائی اے در دی ایس غلامی
آندے جاندے محفل دے وچ گزرے عمر تمامی
ہائی کورٹ دے جسٹس جتھے بھردے آن سلامی
سانوں...
his article is focused on elaboration of the characteristics
and requirements of the Islamic Judicial system. The judicial
system of Islam is very comprehensive as well as simple one as
compare to other existing judicial systems. It guarantees quick
relief to the aggrieved parties. Judicial system of Islam consists of
several components like, Judge, Sources of Qadfta, Parties of
dispute; matters of Qadha and decree. In this article all these points
have been discussed one by one. The solution of many of our
problem lies in implementation of this system in its true sprite.
Chickpea (Cicer arietinum L.) crop has gained attention of the arid region farmers across Pakistan because of the low water requirement. Meanwhile, the chickpea is poor competitor of weeds in its early growth stages due to its slow growth rate and leaf area development. Taking under consideration the negative impact of weeds on chickpea crop, field, pot and laboratory studies were conducted during 2012-13 and 2013-14. During field studies, the effects of different chickpea seeding rates and different weed control techniques were tested against chickpea weeds under rain-fed conditions. The results of the field experiments showed that during both the years the lowest weed density (115.18 and 64.40 m-2) was recorded in Stomp 330 EC followed by Dual Gold 960 EC. The maximum seed yield (1226 and 1411 kg ha-1) was recorded in Stomp 330 EC for both the years, respectively followed by the application of Dual Gold 960 EC and manual weeding. Among the chickpea seeding rates, the maximum number of branches plant-1, 100 seed weight, biological yield and seed yield kg ha-1 were observed for 70 kg ha-1 seed rate during both the years. The economic analysis exposed that the maximum net profit to the farmers in case of added cost was obtained from the application of pre-emergence herbicides i.e., Stomp 330 EC and Dual Gold 960 EC as compared to the other weed control techniques. In pot studies the sensitivity of chickpea was tested against two pre-emergence herbicides (Stomp 330 EC and Dual Gold 960 EC) and three post-emergence herbicides (Topik 15 WP, Puma Super 75 EW and Isoproturon 500 EW). In pot studies, chickpea was more sensitive to pre-emergence than post-emergence herbicides in terms of their toxicity. All the studied parameters of chickpea showed a significant response to the herbicides applied except nodules fresh and dry biomass. Moreover, the least chickpea plant height (cm), number of nodules plant-1 and protein content (%) in seed were recorded under the pre-emergence application of Stomp 330 EC. In the third experiment, the allelopathic potential of five common weeds including Parthenium hysterophorus L., Cyperus rotundus L., Datura stramonium L., Phragmites australis (Cav.) Trin. and Convolvulus arvensis L. was examined against the different chickpea varieties (Karak-I, Karak-III and Sheenghar) under laboratory conditions. The results of the lab. studies demonstrated that among the chickpea varieties the “Karak-III” showed more susceptibility against the phytotoxic effects of weed extracts. However, among the tested extracts, C. arvensis showed more allelopathic effects in terms of germination failure in chickpea and just gave 43.33% germination as compared to control treatment (97.50%). However, the extract of P. australis showed a little stimulatory effects on all the tested chickpea varieties. Hence, it is concluded that an integrated weed management approach involving cultural practices and herbicides is needed to develop an effective and economical weed control technique and to achieve maximum chickpea yield.