May 2020 Volume 83. Number 1. ISSN :2305-4557
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Title | MADRASAH BASED MANAGEMENT TO SUPPORT EDUCATION QUALITY |
Author | Hamzah, Mappanganro, Masdar Mas’ud, Andi Bunyamin |
Source | International Journal of Social Sciences pp 001-016 Vol 83. No. 1 -- 2020 |
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Keyword | Madrasah Based Management- Quality Management in Education |
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Title | ASPECT OF ISLAMIC EDUCATION MANAGEMENT |
Author | Abd.Hakim, Azhar Arsyad, Jeni Kamase, Hasibuddin- |
Source | International Journal of Social Sciences pp 017-039 Vol 83. No. 1 -- 2020 |
Abstract | This study discusses the management of Islamic education that cannot be separated from the general management function, namely designing, organizing, commanding, coordinating, and controlling. This research is motivated by the privileges of the Qur'an revealed by Allah SWT as a miracle to the Prophet Muhammad, who carried the stories of previous people. . |
Keyword | Management of education-the story of the Qur'an |
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Title | ASSESSMENT OF HYDROGEOLOGICAL CONDITIONS FOR SAFE DRINKING WATER TO UNPRIVILEGED COMMUNITY IN REGIONS WITH HIGH ARSENIC GROUNDWATER AT MATLAB, BANGLADESH |
Author | M Moklesur Rahman, A S M Woobaidullah, Kazi Matin Ahmed, M. Aziz Hasan, M Hossain, Prosun Bhattacharya, Mattias Von Bromssen, Gunnar Jacks |
Source | International Journal of Social Sciences pp 040-048 Vol 83. No. 1 -- 2020 |
Abstract | Bangladesh consists mainly of the Bengal Delta Plain (BDP) created by the Ganges-Brahmaputra-Meghna river system. Geogenic arsenic already has limited the usage of groundwater is primarily associated with the Holocene Alluvial aquifers of the BDP (BGS, 2001; Ravenscroft, 2001). Most of the shallow tubewells (depths 15m -50m) installed in Holocene aquifers is found to be highly As contaminated (Ahmed et al., 2004; van Geen et al., 2002, 2005). Matlab at Chandpur district in middle southeastern part of Bangladesh is one of such arsenic hotspots in Bangladesh. Many unprivileged people in Matlab have been suffering from serious arsenicosic disease. To abate this acute problem, an attempt has been taken to assess hydrogeological conditions for providing safe drinking water as a sustainable option. Therefore, all climatological data and geological data for that area were collected and intensively analyzed. The mean annual rainfall of the area is about 2000mm. Geological borelog data reflects that the subsurface geology of the area is divided in six lithologic units viz. Gray Silty Clay superficial unit extended vertically from 5 meter to 15 meter, Gray fine Sand encountered at different depths the predominant unit, Gray hard Clay more sticky and continuous layer having reasonable thickness (18 to 36 meter), Whitish grey medium to coarse Sand more localized and pinched out unit, Bluish grey medium to coarse Sand and Yellowish brown medium to coarse Sand so called oxidized horizon continuous unit with reasonable thickness. These units have broadly categorized into Aquitard-1 very thin and topmost layer, Aquifer-1 varies in thickness from 3m to 61m providing arsenic contaminated water to people, Aquitard-2 variable thickness (3m to 37m) prohibits vertical percolation of contaminated water and Aquifer-2 with reasonable thickness is considered good reservoir of potable water for sustainable groundwater development and arsenic concentration is within the permissible limit. Groundwater monitoring results shows that no long term water level depletion has occurred rather seasonal fluctuations yet and the hydraulic gradient is towards the Meghna River. |
Keyword | Arsenic, Hydrogeology, Groundwater, Lithology, Aquifer, Aquitard, Matlab |