خلع فسخ نکاح ہے یا طلاق فقہائے کرام کی آراء کا تجزیاتی مطالعہ Whether Khula is Dissolution of Marriage or Divorce Critical Analysis of the Views of Islamic Jurists

Islam is an entire way of life. It illuminates every facet of daily existence. There is no problem for which Islam has not provided a remedy. Every aspect of beliefs and ethics, including human affairs, has also been examined. Islam is the only religion on earth that can be compared the height of Western culture and civilization. People have become its slavish disciples in the most literal sense. To stay up with the rest of the world, they are creating new interpretations of Islam for this reason. Accepted wisdom is a benefit, but only within the bounds of Sharia. Otherwise, it is Shaytan's legacy. ۔(شیطان) One of the most significant and crucial stages in a person's life is the nikah. It is expressly covered in the Qur'an and Hadith. It is created necessary for sustaining human existence. It is referred to as the culmination of human life and one of the Prophet's (ﷺ) required Sunnas. However, one of the most despised actions is the dissolution of a marriage. Islam, however, differs from other faiths. It contains the entire procedure/laws for dissolving a marriage. The appropriate discussion of Talaq and Khula is illustrated by the jurists' use of Estihsan and Qayas. Recent years have seen various crises and a collapse in Pakistani society. Smear and family system disturbance are the main issues among them. "Nikkah" is the fundamental element of a family system; in reality, a family system is based on Nikkah. If this Nikkah is intact, the entire family system is stable; nevertheless, if this Nikkah is broken, not only is the family system traumatised, but the entire society begins to suffer. The summary of this thesis explains that the Islamic Ideological Council's recommendations have been reviewed in light of the non-Sharia practises of the judicial authorities in relation to Khula and judicial powers related to Khula, as well as an analytical study of the remarks and opinions of commentators and jurists, including future jurists, regarding Khula. Key Words: Khul‘a, Judicial Khul‘a, Tansīkh e Nikaḥ, Divorce, ‘Īddat.

Salicylic Acid-Mediated Alleviation of Cadmium Toxicity in Basmati Rice Oryza Sativa L.

The Cd accumulation might result disturbances in plant metabolism causing several physio-biochemical and structural changes ultimately declining the crop productivity. Having recognized the adverse effects of Cd on plants it is imperative to understand the mechanisms of Cd effects through its accumulation, transportation and the relationships of Cd effects with growth, antioxidant systems and the mineral nutrients, and then the contribution of SA in alleviating the Cd toxicity in basmati rice. The experiments were conducted in two phases (plant and callus) under different combinations of Cd (control, 100, 500, 1000 and 1500 μM) without or with SA (0.0 and 0.1 mM) with four genotypes of basmati rice (Basmati-198, Basmati-2000, Basmati-370 and Kashmir Basmati). The results revealed variable Cd accumulation pattern in the both culture systems (seedling and callus). Roots showed higher Cd accumulation as compared to shoot and callus. The lower Cd accumulation of callus than root exhibited less sensitivity of callus to Cd-induced stress. A two phase linear concentration-dependent Cd accumulation pattern was observed in root and shoot whereas in callus Cd accumulated in a linear concentration-dependent fashion with the elevating Cd levels in the both culture media. However, protective effect of SA on root or shoot and the callus inhibited the Cd accumulation from the both media revealing the possibility of occurrence of the formation of stable SA-Cd complexes. Higher amounts of H 2 O 2 and MDA caused Cd-induced oxidative stress elevating the activities of antioxidants (CAT and POD) which accelerated the accumulation of solutes disturbing mineral nutrients and water status in the both media. The uneven SOD activity exhibited that differences existed among the genotypes to withstand the Cd toxicity. The application of SA in combination with the elevating Cd stress showed improvements in the SOD activity indicating that higher SOD activity might modulate the activities of other enzymes and regulate the solutes maintaining water relations under Cd-induced oxidative stress and ultimately the growth in the both culture media. Based on Cd translocation factor and the root STI, and the callus BCF and STI factors, Basmati-198 showed more tolerance to Cd toxicity followed by Basmati-2000 and Basmati-370 whereas Kashmir Basmati was observed prone to Cd toxicity.