فضاؔ کی شعری فضا میں نسائیت
یاسررضا آصفؔ
شاعری خیالات کو لفظی شکل میں پیش کرنے کا نام ہے۔ اپنی سوچ کو لفظی پیکر میں ڈھالنے کا ہنر مسلسل ریاضت اور زیرک نظری کا تقاضا کرتا ہے۔ کئی شعرا کے مطابق خیال سراسر عنایت ہے مگر خیال کو شعر میں پرونا اور یوں پرونا کہ تصویری شکل اختیار کر جائے ، سراسر ہنر ہے۔ نسائی شاعری میں ادا جعفری، پروین شاکر، کشور ناہیداور فہمیدہ ریاض کے نام نمایاں ہیں۔ پاک پتن کی نسائی تاریخ میں یاسمین برکت کی آواز کے بعد خلا ہے اور اب فضا موسیٰ اپنی آواز سے پُر کرنے آن پہنچی ہے۔
مردانہ لہجے کی شاعری دبنگ اور دو بہ دو انداز میں ہو تو لطف دیتی ہے۔ اس کے برعکس نسوانی شاعری نرم اور گداز لہجے میں زیادہ پُر اثر ہوتی ہے۔ نسوانی شاعری کے استعارے اور علامتیں ایک الگ ہی فضا تشکیل دیتے ہیں۔ فضاؔ کے ہاں بھی ایسی شعری فضا کسی ھد تک موجود ہے۔ صیغہ مونث بھی استعمال میں لایا گیا ہے اور جذبات کی شدت سے بھرپور اظہار بھی پایا جاتا ہے۔ وہ اپنے ادھورے پن کا ذکر کچھ اس طرح سے کرتی ہیں:
میں ادھوری ہوں کسی مصرع اولیٰ کی طرح
میری تکمیل ہو تم مصرعِ ثانی تم ہو
آنکھ کی زبان آنکھ والے ہی سمجھ سکتے ہیں۔ دل کے دروازے تک رسائی بھی آنکھوں کے رستے ہی ممکن ہے۔ یہ شعر مکمل نسوانیت اور اپنائیت کا عکاس ہے۔
آنکھوں سے تم پکارو، ادھر وقت سے بھی تیز
میں دوڑتی نہ آئوں مری کیا مجال ہے
اپنے چاہنے والے کے افکار میں خود کو ڈھال لینا بھی ایک آرٹ ہے اور یہ آرٹ فقط عورت کے حصے میں آیا ہے۔ قدرت نے اسے فطری طور پر ماحول کے مطابق ڈھل جانے کا ہنر عطا کیا ہے۔ اسی...
Islam is the religion of peace as is evident from the very meaning of the word Islam which is derived from root word \" salam\" meaning peace and obedience. The advent of Islam has been a pannaca for all humanity and, ever since its inception, it has the distinction of contributing more and more to the betterment and progress of humanity. Its statute is crystal clear over all religions and systems. But unfortunately, there has been a systematic campaign to present Islam as a religion of violence. The orientalists who tend to misinterpret Islam by relying on some injunctions without looking into their specific context. The international media, under the influence of Jews, is also spreading a false propaganda. Moreover, certain elements with in Islamic world are also providing ample opportunity for the same. In such circumstances there is a dire need to present the true spirit of Islam but such attempts are lacking in the Muslim world despite that it is one of the major concern, This research paper is an attempt to present Islam in its true spirit in light of holy Quran and Sunnah. It is hoped that it would pave way for further research in the field.
Tomato is one of the most demanding crops in terms of water and fertilizer inputs. To meet irrigation water demand, growers use surface and ground water resources. These resources are in decline. Realizing the importance of water, tomato yield under deficit irrigation regimes, and different Nitrogen (N) levels, was studied during 2015 and 2016 at the research farm of the University of Agriculture Peshawar, Pakistan, using factorial arrangement of randomized complete block design (RCBD). These factors were four irrigation levels; full irrigation (I0), 15% deficit (I15), 30% deficit (I30) and 45% deficit (I45); and four nitrogen doses;100% of recommended dose (120 kg ha-1) (N100), 85% of recommended dose (N85), 70% of recommended dose (N70) and 55% of recommended dose (N55). Frequency Domain Reflectometry (FDR) was used for soil moisture monitoring. Io was based on 30% of management allowed deficit. Current study results indicated that deficit irrigation (I15, I30 and I45) had significant effect (P<0.05) on plant height, number of fruits per plant, leaf area index (LAI), total yield, marketable yield, water productivity, nitrogen uptake, Potash uptake (K) and Nitrogen use efficiency (NUE). Compared to I45, full irrigation enhanced, number of fruits per plant, LAI, total yield, marketable yield, N uptake, K uptake and NUE by 34, 30, 24, 25, 13, 15.5 and 24%, respectively. Water productivity was 25.8% higher for I45 compared to I0. Effect of deficit irrigation on dry-to-fresh weight ratio, days to 50% flowering, individual fruit weight and Phosphorous (P) uptake was found to be non-significant. Effect of Nitrogen doses number of fruits per plant, LAI, total yield and NUE was found to be highly significant. However, the effect on dry-to-fresh weight ratio, plant height, days to 50% flowering, individual fruit weight, marketable yield, water productivity and NPK uptake were found to be non-significant. Maximum dry-to-fresh weight ratio (0.83) was recorded for N70, maximum plant height (77.7 cm) was obtained under N85, maximum number of days to 50% flowering (42.3) were recorded for N100, highest individual fruit weight (66.6 g) was obtained in N85, while P uptake (10.2 kg ha- 1) was obtained in N85 and maximum NUE (414) was recorded for N55. Recommended dose of Nitrogen (N100) enhanced number of fruits per plant (12.6%), LAI (22.8%), total yield (8%), marketable yield (6.9%), water productivity (6.3%), N (5.3%) and K uptake (9.8%) compared to N55. Deficit irrigation increased the risk of fruit damage in tomato plants. Water productivity decreased with increasing irrigation levels. Nitrogen and potash uptake were increased with increasing irrigation levels, while phosphorous uptake was not significantly affected. Increasing irrigation and Nitrogen doses increased the risk of nitrate leaching beyond the root zone, making it unavailable for plant uptake. Full irrigation and Nitrogen (120 kg ha-1) is recommended for higher total yields, however, 45% less nitrogen can be applied through a drip irrigation system without compromising marketable yield. In areas where water is a scarce commodity, highest water productivity can be achieved with 45% deficit irrigation. Simulation of Nitrate leaching with HYDRUS-1D showed that with decreased irrigation levels below field capacity, and with the recommended dose of Nitrogen, nitrate leaching was higher than with reduced Nitrogen doses and full irrigation. Increasing irrigation levels above field capacity with recommended dose of Nitrogen showed higher nitrate leaching than increasing Nitrogen doses above recommended dose of Nitrogen and full irrigation. HYDRUS-1D can be efficiently used for nitrate leaching simulation.