84. Al-Inshiqaq/The Splitting Apart
I/We begin by the Blessed Name of Allah
The Immensely Merciful to all, The Infinitely Compassionate to everyone.
84:01
a. When the celestial realm will be split apart,
84:02
a. and obey the Command of its Rabb - The Lord,
b. as it would be obliged to do!
84:03
a. And when the earth will be leveled,
84:04
a. after it would have thrown out whatever was within it and emptied itself.
84:05
a. And it will also obey the Command of its Rabb - The Lord,
b. as it would be obliged to do!
84:06
a. O The People!
b. You would have to strive and strive hard towards your Rabb - The Lord, only then will you meet HIM.
84:07
a. So whoever will be given his record from his right hand side,
84:08
a. he will then have an easier process of accountability,
84:09
a. and return to his family, rejoicing.
84:10
a. But whoever will be given his record from behind his back,
84:11
a. he will call out for his own destruction/death.
724 Surah 84 * Al-Inshiqaq
84:12
a. and he will enter the Blazing Fire - that is kindled and ignited time and again.
84:13
a. Indeed, during his worldly life he used to live among his family, rejoicing,
84:14
a. thinking that he would never be brought back to his Rabb - The Lord, and held accountable.
84:15
a. Yes indeed!
b. Indeed, his...
Allah Almighty has created abundance of natural resources(air, water, plants, animals) for the benefit of man. Air is considered one of the basic necessity for life on Earth. Air pollution is a major and serious problem of the contemporary world. Rapidly spreading large crowded cities, modern transport, installation of industries and thermal power stations are the main causes of air pollution. A large number of Industries, power-generating stations, construction projects, brick Kilns and toxic solid wastes are polluting the atmosphere badly. The transport like buses, trucks, auto rickshaws, airplanes and internal combustion engines are main sources of carbon monoxide, hydrocarbons, nitrogen oxides, and lead pollution in the air. The toxic gases, smog and smoke of industries are affecting humane, animal and plant life rapidly. Treatment devices are not installed in industries and brick kilns to remove harmful gases before releasing smoke into the atmosphere. This research work explores that Air pollution is the core issue of the entire world, which requires immediate action for removal of pollution from the air. Test results of air quality indicate that major part of Pakistani population is living at the risk of air pollution. Islam clearly commands each individual to avoid negative and destructive actions. This Study explores that Air pollution can be abated and minimized by adopting Islamic precautionary measures about air cleanliness.
Exploitation of available genetic resources is of great importance for enhancing global food security under the adverse influence of climate change that badly affects the intensity of drought. A diverse group of hexaploid wheat genotypes (131) were evaluated for phenological and physiological traits in the field under well-watered and drought stress conditions imposed at anthesis stage along with check cultivars during two consecutive growing years, 2013-2014 and 2014-2015. Genotypes under both trial condition showed high genetic variation in their morphological and physiological indices in response to drought stress. Overall, 10 potential genotypes i.e. HU85, HU89, HU93, HU99, HU101, HU105, HU109, HU116, HU120 and HU123 outperformed among the evaluated genotypes. In terms of yield, these 10 lines performed 30% better than the best drought check cultivars (Weeble, Sitta and Dharwar-Dry) and therefore can be used as gene pool for varietal improvement for the rain fed areas of Pakistan. HMW-GS subunit composition and variation were analyzed at the Glu-1 locus through SDS-PAGE which detected eighteen alleles, 3 at the Glu-A1 locus, 11 at the Glu-B1 and 4 at the Glu-D1 locus with 34 different combinations. Twenty seven functional markers (KASP-SNPs) were also applied to identify important genes influencing end use quality including HMW-GS (3 NSPs), LMW-GS (15 SNPs), grain texture (3 SNPs) and drought tolerance candidate genes (6 SNPs), detecting a total of 61 alleles across the studied genotypes. SNPs for HMW-GS detected eight allelic loci among the genotypes and prominent alleles (5+10) were found in maximum (53%) genotypes followed by inferior (2+12) allele (40%). For LMW-GS, 25 SNPs loci were identified in the panel and the maximum allelic diversity was detected for Glu-A3ac (0.54%). Ample allelic diversity was observed at Ha loci encoding for hardness profile such as Pina-D1a (24%), PinaD1b (75%), PinbD1a (10%), PinbD1b (83%), Pinb-B2a (76%) and Pinb-B2b (16%), indicating the potential for selecting favorable alleles for enhanced grain texture. Thirteen candidate loci linked to drought related traits were detected which discriminated tolerant and susceptible genotypes through a set of six SNP markers. 1fehw3 detected Kauz-type (51.9%) tolerance followed by Westona-type tolerance (45%) across the panel. SST4D-1093 marker identified three allelic haplotypes, 4Da, 4Da:4Db and 4Db that favored stem WSC remobilization under low moisture status to minimize the deleterious effect of drought stress. The studied panel was profiled using 154 SSR markers for genetic diversity and GWAS. All of the 154 SSR markers were polymorphic in nature and detected a total of 254 informative loci. The average number of alleles per locus was 5.3, ranging from 2 to 13. The average effective number (Ne) of alleles per locus was 3.4, ranging from 1.1 to 7.8. Mean of expected heterozygosity (He) was 0.78, ranging from 0.10 to 1.9, information index (ID) ranged from 0.20 to 2.8, average, unbiased heterozygosity (UHe) value was 0.78 with a range of 0.10 to 1.9. The range for PIC was 0.18 to 0.87, with an average of 0.6 in the panel. A total of 347 significant MTAs for the studied traits were detected. GLM model approach detected 205 MTAs (59.2%) while MLM model approach found only 141 MTAs (40.6%). Some unique MTAs were also detected only either in GLM or in MLM model. Indel and SSR markers used in the current GWAS will contribute valuable information for AM panels and making new breeding populations based on marker assisted selection (MAS).