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Causes of deviant behavior and its impact on personality of college students

Thesis Info

Author

Anum Mukhtar

Supervisor

Huma Butt

Department

Department of Sociology

Program

MSc

Institute

International Islamic University

Institute Type

Public

City

Islamabad

Province

Islamabad

Country

Pakistan

Thesis Completing Year

2014

Thesis Completion Status

Completed

Page

89

Subject

Sociology

Language

English

Other

MS 302.542 ANC

Added

2021-02-17 19:49:13

Modified

2023-01-08 08:15:56

ARI ID

1676722484424

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٢۔کرونا کارن

کرونا کارن

شاکر انور

اسکی  آنکھوں کے نیچے دھوپ کی  پتلی سی لکیر بچھی تھی ۔دوپہر کے سناٹے میں دروازے پر اسے دیکھ کر میں حیران ہوا،تھوڑی سی الجھن،کچھ کچھ خوف اور شاید مدھم سنہری امیدوں کو اپنے پیروں میں لپیٹے وہ   جھجھکتی ہوئ مسکرائی۔

اپ نے پہچانا نہیں  میں مسز مالتی ملہوترہ ،کناٹ پلیس میں ہم ملے تھے  کرونا سے پہلے   ۔اب تو پہچانا

اندر آجائیں،    کیسے آنا ہوا   ،صوفے پر بیٹھنے کا اشارہ  کرتے ہوئے مسکراکر میں نے پوچھا

۔میری مسکراہٹ کے آدھے حصے نے اسکی مسکراہٹ کو مکمل۔کردیا

یہ چٹھی ہے ،  ملہوترہ نے دی ہے۔صوفے پر تنگ لباس میں بپھرے بدن کو سمیٹتے ہوئےوہ بیٹھ گئ ۔مجھے لگا وہ مٹھی میں  ہوا کوبند کر رہی ہو، میں اس سے کچھ پرے بیٹھ کر چٹھی پڑھنے لگا  دل تو چاہا کہ  قریب ہی  بیٹھوں لیکن اندیشہ ہوا، قربت کی جلدی کہیں دوری میں نہ بدل۔جائے

پیارے سنیل جی !آشا ہے سب کشل ہوگا۔کرونا کارن مین آجکل بہت پریشان ہوں۔ورکشاپ  بند پڑا ہے ۔اپ کی گاڑی  کے ڈینٹ پینٹ کا کام بھی نہیں کرسکا  اب تک

مجھے ابھی 5 ہزار کی بہت اوشکتا ہے ۔آپ کی گاڑی کے کام کردوںگا تو اس  سے کاٹ لیجئے گا۔ یقین ہے نراش نہیں کرینگے

آپ کا سچا متر  ملہوترہ

وہ سر جھکائے قالین پر پاوں  کے انگوٹھے رگڑتی رہی  میں اسکی جانب نہیں دیکھ رہاتھالیکن اسےمحسوس ہورہا ہوگا کہ اسے ہی دیکھ رہا ہوں  وہ بھی مجھے نہیں دیکھ رہی تھی لیکن مجھے یقین تھا کہ وہ مجھے ہی دیکھ رہی ہوگی۔کچھ نظریں بغیر دیکھے ہی سب کچھ دیکھ لیتی ہیں 

۔کمرے میں جاکر میں...

سیدہ زینب ؓ کا رسول اللہﷺ سے نکاح اور مستشرقین

Many western scholars have tried to interpret the Holy Qur’an into other languages of the world. William Montgomery Watt and Robert Spencer are included in the list of those commentators of the Qur’an who have presented their Quranic commentary in English language. But while interpreting the verses of the Holy Qur’an about the life, character and teachings of the Holy Prophet both the scholars have fabricated the teachings of the Holy Qur’an. Therefore, the main purpose of this study is to compare and analyze the interpretation of both western writers about the verses of Sūrah al-Aḥzāb in which the necessary information about the marriage of Prophet Muhammad with Hazrat Zainab has been discussed. Through the text analysis method and comparative and analytical approach, this article has raised some of the errors and propaganda elements found in the commentaries of both the Western scholars. The article proves that the writings of Western scholars like this need to be refined and scrutinized carefully in maintaining the sanctity of Islam and respecting the rights of the Prophet Muhammad (PBUH). This paper concludes that all such allegations are either based on fabricated historical reports or false interpretations and misunderstanding of the facts.

Acute Toxicity of Metals to the Fish Channa Marulius, Mystus Seenghala and Wallago Attu

The toxic effects of water-borne metals to the three carnivorous fish species viz. Channa marulius, Mystus seenghala and Wallago attu were determined in two phases i.e. (i) acute toxicity of individual metals and metals mixture to the fish and (ii) bioaccumulation of metals in the fish organs during acute toxicity exposures. The acute toxicities of individual metals viz. aluminium (Al), arsenic (As), cobalt (Co), nickel (Ni) and Al+As+Co+Ni mixture (MM), in terms of 96 h LC50 and lethal concentrations, to three length groups (50, 100 and 150mm) of C. marulius, M. seenghala and W. attu were determined at constant water temperature, pH and total hardness of 28oC, 8 and 250mgL- 1, respectively. The metals accumulation pattern in the fish organs viz. gills, liver, kidney, heart, gut, intestine, muscles, bones and skin of three fish species of 50, 100 and 150mm length groups was also determined at both 96 h LC50 and lethal concentrations of individual metals and MM, separately. Moreover, during each acute toxicity trial, the physico-chemical parameters viz. water temperature, pH, dissolved oxygen, carbondioxide, total hardness, total ammonia, electrical conductivity, calcium, magnesium, sodium and potassium of the test media, used for individual metals and MM, were also determined on 12 hourly basis. The tolerance limits of three carnivorous fish species for individual metals and metals mixture varied significantly at p<0.05. However, 150mm length groups of fish were significantly more tolerant to all the individual metals and MM toxicity than that of 100 and 50mm length groups. M. seenghala exhibited significantly (p<0.05) higher sensitivity to all the individual metals and MM, followed by W. attu and C. marulius. The overall sensitivity measured in terms of 96 h LC50 of all the three fish species towards individual metals and MM followed the order: MM>As>Al>Co>Ni while that of lethal concentrations was MM>As>Al>Ni>Co indicating that exposure of MM to the fish caused additive effects on the fish. The accumulation of metals in the body organs of three fish species varied significantly due to acute exposure of individual metals and MM. Three length groups of fish showed significant variability to amass metals in their body organs also. The ability of three length groups of fish to bioaccumulate metals in their bodies, under acute exposure of individual metals and MM, followed the order: 150mm ˃ 100mm ˃ 50mm. At acute toxicity exposures, the overall ability of three species of fish to accumulate metals in their body organs followed the order: C. marulius ˃ W. attu ˃ M. seenghala with significant differences. “Therefore, these fish species may act as bio-indicators of metals pollution in the natural freshwaters” At 96 h LC50 exposure, the overall accumulation of metals was significantly higher due to exposure of MM (254.44±78.40µgg-1) in all the three fish species, followed by that of Co (163.12±57.11µgg-1), Ni (162.53±66.14µgg-1), Al (128.98±54.16µgg-1) and As (46.16±13.52µgg-1). However, at 96 h lethal concentration, the overall accumulation of metals in the body organs of all the three species of fish followed the order: MM ˃ Ni ˃ Co ˃ Al ˃ As. At 96 h LC50 exposure, the overall pattern of Al and As accumulations in the organs of all the three species of fish followed the order: liver > kidney > gills > heart > gut > intestine > bones > skin > muscles with significant differences. However, Co accumulation in the fish varied significantly (p˂0.05) that followed the order: liver ˃ kidney ˃ heart ˃ gills ˃ intestine ˃ gut ˃ bones ˃ skin ˃ muscles. Ni accumulation was significantly higher in the fish liver, followed by that in kidney, heart, gills, gut, intestine, bones, skin and muscles. In general, the 96 h lethal concentration exposure caused significantly higher amassing of Al and Co in the fish liver, followed by that in kidney, gills, heart, gut, intestine, bones, skin and muscles. Fish kidney showed significantly maximum ability to concentrate As while muscles had significantly minimum amassing of As. The accumulation of Ni in the body organs of three fish species followed the order: liver > kidney > heart > gills > gut > intestine > bones > skin > muscles. However, the overall accumulation pattern of metals in the fish organs varied significantly as liver > kidney > gills > heart > gut > intestine > bones > skin > muscles. The toxicity of individual metals and MM to fish modified significantly due to dissolved oxygen, carbondioxide, total ammonia, calcium and magnesium of the test media. Both 96 h LC50 and lethal concentrations of fish showed significantly positive correlations with carbondioxide and total ammonia contents of the test media. Moreover, LC50 and lethal concentrations of individual metals and MM showed significantly direct relationships with the accumulation of metals in the body organs of fish demonstrating significantly direct impacts on each other. This also shows significantly variable susceptibility of three fish species towards individual metals and MM. The significant differences among three fish species for their tendency to amass various metals in their body organs showed species specificity that correlates with their sensitivity to individual metals and MM. At higher concentration of metallic ions, fish encountered stressful conditions that caused significantly more activity of the fish resulting into an excessive excretion of ammonia and carbondioxide. The stressful concentrations of metals/MM also resulted into significant decrease in the dissolved oxygen contents of the test media. These hypoxic conditions would have resulted into higher ventilation rate leading to enhanced water flow over the fish gills. This situation leads to more vigorous consumption of oxygen by the fish resulting into significant decline of dissolved oxygen contents of the test media at higher concentration of metallic ions as observed during present investigation.