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The Role of Microcredit in Poverty Alleviation

Thesis Info

Author

Mushtaq Ahmed

Institute

Allama Iqbal Open University

Institute Type

Public

City

Islamabad

Country

Pakistan

Thesis Completing Year

2007

Thesis Completion Status

Completed

Page

95

Subject

Social Sciences

Language

English

Other

Call No: 362.5 MUR; Publisher: Aiou

Added

2021-02-17 19:49:13

Modified

2023-01-06 19:20:37

ARI ID

1676710622390

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شمس العلماء عبدالرحمن شاطرؔ

شمس العلماء عبدالرحمان شاطرؔ مرحوم
دکن ٹائمز مدراس میں یہ پڑھ کر بہت افسوس ہوا کہ مدراس کے مشہور و ممتاز فلسفی شاعر مولانا شاطرؔ کا وسط اپریل ۱۹۴۳؁ء میں انتقال ہوگیا۔
ارکاٹ احاطۂ مدراس میں اسلامی علم و تمدن کی فراموش شدہ تاریخ کا ایک ورق ہے، نواب ارکاٹ کا محل ارکاٹ کے جنگی خاتمہ کے بعد خود شہر مدراس ہے، شمس العلماء عبدالرحمان شاطر اسی برج فلکی کے آفتاب تھے، عمر ستر کے قریب ہوگی، اردو، عربی، فارسی اور انگریزی زبانوں سے واقف تھے، نواب صاحب ارکاٹ کے سکریٹری بھی تھے اور مدراس ہائیکورٹ میں مترجم بھی رہے تھے، گو وطن مدراس تھا، مگر ۱۹۰۱؁ء اور ۱۹۰۳؁ء میں حیدرآباد دکن کے بزم علمی میں اس کے شریک تھے، جب مولانا شررؔ اور داغؔ اور گرامیؔ حیدرآباد کی زینت تھے، وہ ان کی مجلسوں میں شریک ہوتے تھے اور ان سے اپنے ذوقِ ادب کی پرورش کرتے تھے اور اسی زمانہ سے وہ مولانا کے قریب رہنے والوں اور قریب سے جاننے والوں میں تھے اور ان کی وہی محبت تھی جو حضرت الاستاذ کی وراثت میں مجھے ملی تھی۔
عبدالرحمان مرحوم شاعر تھے، شاطرؔ تخلص کرتے تھے، اشعار حکیمانہ اور فلسفیانہ کہتے تھے، قطعات، رباعیات اور قصائد موزوں کرتے تھے، جدید سائنس اور فلسفہ کے مسائل کو اسلامی الٓہیات سے تطبیق دیتے تھے، زبان سخت تھی اور مشکل الفاظ کے استعمال سے ان کو پرہیز نہ تھا، ان کی سب سے مشہور فلسفیانہ نظم ’’اعجازِ عشق‘‘ ہے، جو ایک طویل رائیہ قصیدہ ہے جس میں جدید و قدیم فلسفیانہ مسائل و آراء سے الہیات اسلامیہ کی تفسیر و تشریح کی ہے یہ نظم ۱۹۰۴؁ء میں لکھی گئی تھی اور اس زمانہ کے تمام اکابر و مشاہیر مولانا حالی،مولاناشبلی، مولانا نذیر احمد، مولوی ذکاء اﷲ خاں، نواب عمادالملک، مولوی سیداکبر حسین، پروفیسر عبدالغفور شہباز، امجد...

PENERAPAN METODE ABA (APPLIED BEHAVIOR ANALYSIS) DALAM MENINGKATKAN KEMAMPUAN PERILAKU, INTERKASI SOSIAL, BAHASA DAN KOMUNIKASI ANAK AUTIS

Method in improving behavioral abilities, social interactions, communication and language of autistic children in Taman Pelatihan Harapan Makassar. This type of research is qualitative descriptive which is factually and systematically describes the description of the ABA method (Applied Behavior -Analysis applied to the learning process of autistic children in Taman Pelatihan Harapan). The study uses psychological, sociological, and pedagogical approach. The source of data in this study is the therapist of the Taman Pelatihan Makassar, and parents of autistic children. The results of the study show that the ABA method is a method applied to autistic children through behavioral habituation that can increase the personality capacity of autistic children, especially ability in behavior, social interaction, communication and language. This is caused by several supporting factors such as therapists who master the application of the ABA method, the infrastructure that supports it, and good collaboration between parents and therapists.

Formulation of Carrier for Bioinoculant and its Evaluation on Maize Zea Mays L.

Biofertilizers are formulations containing agriculturally beneficial microorganisms, mass multiplied under laboratory conditions, inoculated in a carrier and supplied to the farmers for field applications. Carriers are inert materials with high absorptive capabilities when added in the preparations, provide strength and shape to the active ingredient. In Pakistan, dissemination of biofertilizer technology is facing a serious constraint due to non-availability of a suitable carrier for bioinnoculant. The aim of present study was to formulate suitable carriers from locally available cheap material and evaluate for shelf life by using locally isolated plant growth promoting rhizobacteria (PGPR) strains from maize rhizosphere as well as to test efficacy of PGPR inoculated carriers on maize plants under sterilized conditions of laboratory, greenhouse and unsterilized field conditions. Carrier material was prepared using different combinations between 35-50% clay soil, 30-45% fly-ash, 5-15% press mud and 5-15% lignite by weight. Soil containing 53% clay content was utilized to enhance adhesion capacity with the seeds. As essential quality of an acceptable carrier is that it should be free of lump formation, 40% clay soil with other materials was found suitable. Six different combinations in the range mentioned above were developed and subjected to physico-chemical analysis. Four treatments including 40% clay, 30-40% fly-ash, 10-15% press mud and 10-15% lignitic coal were developed considering good adhesion capacity, high moisture holding capacity, adequate nutrient availabilty and designated as formulated carrier (FC). These formulated carriers along with biozote carrier were investigated for PGPR shelf life. Different inoculated carriers revealed significant difference regarding microbial survival. Different incubation intervals also indicated a significant decline in population density of bacteria. Among the investigated carrier, the FC-4 (Clay soil 40%, fly-ash 30%, press-mud 15%, lignitic coal 15%) was categorized superior which supported 33.5x108 to 10.8x108 cfu g-1 for MR8 while 32.6x108 to 7.2x108 cfu g-1 for MR5. However all the tested carriers maintained the required population of viable cells upto six months of incubation period. All the inoculated carriers showed a significant increase over un-inoculated control to different plant growth parameters and plant mineral composition as well as nutrient uptake of maize plant in the pot, greenhouse and field study. Bioinoculant of FC-4 performed best followed by FC-1 and FC-3 conpared to BC. Among the two PGPR strains tested, MR8 was moderately better compared to MR5 while non-significant interaction between bacterial strains and carrier’s treatments was observed for most of the measured parameters. It is concluded from the pot, greenhouse and field experiments that FC-4 can be utilized as a carrier for the production of PGPR biofertizer for maize crop. Further experimentation related to other beneficial bacteria isolated from different crops should be conducted for utilization of FC-4 as carrier for biofertilizer production.