Final Report Initial Site Assessment for Five Economic Zone Sites
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Historical Geography and Demography of Colonial Northern Bengal
Chapter I Historical Geography and Demography of Colonial Northern Bengal The present chapter seeks to historicize the geographical transformations and ecological vulnerabilities during the colonial periods in northern Bengal. The chapter also intends to explain the demographic transformations of northern Bengal shaped by the environmental factors and natural disasters occurred during the period of the study. Apart from the geographical and demographical changes the chapter will also focus on the political construction of the northern Bengal districts which had gone through several territorial and administrative adjustments and transfers of lands among each other even in the first half of the twentieth century. In order to analyse the geographical characteristics, the river system, change of river course and formation of new lands seemed to be the most decisive factor for the geographical construction of the region. Northern Bengal had a great variety of topographical structures which extended from the Darjeeling Himalayan ranges to the riverine inundated agricultural tracts. Niharranjan Ray, while describing the northern boundary of Bengal, has argued that the north of Bengal is bounded up by the Sikkim and the snowy Himalayan peak of Kanchenjungha below which there are Jalpaiguri and Darjeeling districts.1 The districts of Jalpaiguri, Darjeeling and the State of Cooch Behar were overwhelmingly populated by the hilly tribes viz. Lepcha, Limbu, Koch, Rajbanshi, and Bhutia; and the north-eastern boundary in the ancient time was extended up to the Brahmaputra river which demarcated the eastern and western boundary of Pundrabardhan and Kamrup State respectively.2 H. Blochmann has mentioned about the five ‘districts’ of Bengal during pre-medieval period viz. -
INTEGRATING LAND with WATER ROUTES: Proposal for a Sustainable Spatial Network for Keraniganj in Dhaka
Proceedings of the Ninth International Space Syntax Symposium Edited by Y O Kim, H T Park and K W Seo, Seoul: Sejong University, 2013 INTEGRATING LAND WITH WATER ROUTES: Proposal for a sustainable spatial network for Keraniganj in Dhaka Farida Nilufar 031 Bangladesh University of Engineering & Technology e-mail : [email protected] Labib Hossain Bangladesh University of Engineering & Technology e-mail : [email protected] Mahbuba Afroz Jinia Stamford University Bangladesh e-mail : [email protected] Abstract Cities in the delta have unique spatial character being criss-crossed by rivers and canals. Keraniganj Upazila of Dhaka District is a settlement surrounded by two big rivers which are again connected by a canal network. The spatial network of Keraniganj, therefore, has got some significance due to its connectivity with the water-ways. However, as a result of many insentient manmade efforts, the water-ways of this settlement did not developed to any integrated system with the surface routes. Canals are being used as drainage channels or being filled up. Moreover, seasonal floods have detrimental effects on the land-use and infrastructure. As a result the potential development of Keraniganj is being hampered. A new land-use proposal under Detailed Area Plan (DAP) is in process of implementation. Besides, the inhabitants are trying to develop their own solution through a number of local roads. None of them, the professionals or the locals, ever takes the challenge to live negotiating with nature. It appears that the spatial characteristics of the existing and proposed network need to be explored in order to evolve a sustainable spatial network for Keraniganj. -
Fish Assemblage and Structure As Well As Hydrological Parameters at Karatoya Fish Sanctuary, Panchagarh, Bangladesh
Iranian Journal of Fisheries Sciences 18(1) 140-162 2019 DOI: 10.22092/ijfs.2018.117727 Fish assemblage and structure as well as hydrological parameters at Karatoya Fish Sanctuary, Panchagarh, Bangladesh Md. Rashidul I.1*; Md. Jewel M.1; Shirin S2. Received: August 2016 Accepted: February 2017 Abstract Spatiotemporal variations in fish assemblage structure was studied from January to December 2015 in order to understand the impacts of the sanctuary on ichthyo-faunal diversity and to determine the indices and major hydrological factors in six sampling stations of Karatoya Fish Sanctuary sectioned in the River Karatoya. A total of 69 fish species were obtained from this sanctuary including 21 threatened species where Aspidoparia jaya, Pethia ticto, Puntius sophore, Canthophrys gongota and Barilius barna were the major contributory species (>4.17%) both in space and time. The uppermost species richness and abundance were viewed in January and lowest in May. Based on analysis of similarities (ANOSIM), fish assemblages were significantly different in all stations (p<0.001, R=0.15) and months (p<0.001, R=0.62). Through two-dimensional nonmetric multidimensional scaling (nMDS) and cluster analysis based on Bray-Curtis similarity index, assemblages were alienated into two groups at a value of 42% and 28% partition for station and month, respectively. Canonical Correspondence Analysis (CCA) recognized considerable relations between the number -1 Downloaded from jifro.ir at 2:44 +0330 on Sunday September 26th 2021 of fishes and hydrological parameters where dissolved oxygen (mg L ) and water temperature (ºC) were the main leading factors in shaping the fish assemblage structure. -
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Environmental Assessment Report
Environmental Assessment Report Union Road (UNR) Name of the Sub-project : Nekrozbag R&H to Dhaka Mawa Road at Abdullahpur via Muktirbag & Firm Ratan Road. Slice No. : UNR-12 (III) Upazila : Keraniganj District : Dhaka Second Rural Transport Improvement Project Local Government Engineering Department Environmental Assessment Report Contents 1. Sub Project Description ............................................................................................................................3 2. Detail Environmental Features .................................................................................................................5 3. Baseline Data: Physical Environment ......................................................................................................6 4. Screening Format ......................................................................................................................................9 5. Specific Impact and Mitigation ............................................................................................................. 13 6. Environmental Management Plan ......................................................................................................... 15 7. EMP in Bidding Document ................................................................................................................... 20 Annex-1: Public Consultation ....................................................................................................................... 21 Second Rural Transport Improvement -
Bangladesh: Human Rights Report 2015
BANGLADESH: HUMAN RIGHTS REPORT 2015 Odhikar Report 1 Contents Odhikar Report .................................................................................................................................. 1 EXECUTIVE SUMMARY ............................................................................................................... 4 Detailed Report ............................................................................................................................... 12 A. Political Situation ....................................................................................................................... 13 On average, 16 persons were killed in political violence every month .......................................... 13 Examples of political violence ..................................................................................................... 14 B. Elections ..................................................................................................................................... 17 City Corporation Elections 2015 .................................................................................................. 17 By-election in Dohar Upazila ....................................................................................................... 18 Municipality Elections 2015 ........................................................................................................ 18 Pre-election violence .................................................................................................................. -
Ground Water Sustainability Assessment for the Greater Dhaka
GROUND WATER SUSTAINABILITY ASSESSMENT FOR THE GREATER DHAKA WATERSHED AREA CONTENT Executive Summary 1 Background 2 Objectives of the study 3 Description of the study area 3 Industrial establishment 4 Lithological mapping 5 Groundwater flow system abstraction and head distribution 6 Groundwater sustainability assessment 8 Groundwater scenario at business as usual case 8 Groundwater scenario at business plus case 9 Conclusions and recommendations 9 Recommendation for the next course of action 10 Annex 1: Review of literature 13 Annex 2: Methodology 16 TABLE OF FIGURE Figure 1: Water abstraction rate at BAU Case 1 Figure 2 : Water abstraction rate at BAU Plus 1 Figure 3 : Projected depth of water table 1 Figure 4 : Location of the project area and river system 3 Figure 5 : Location and type of the industries in the project area 4 Figure 6 : Lithological cross section of the study area 5 Figure 7 : Abstraction and Natural Recharge 6 Figure 8 : Sector wise ground water abstraction 6 Figure 9 : Long term Groundwater level fluctuation 6 Figure 10 : Existing groundwater head distribution in the study area 7 Figure 11 : Total Water Abstraction, water level declination rate and depth of water table at BAU case 8 Figure 12 : Cross section of the Projected GW head in BAU case 8 Figure 13 : Cross section of the Projected GW head in BAU Plus case 8 Figure 14 : Water demand over years at BAU plus case 9 Figure 15 : Total Water Abstraction, water level declination rate and depth of water table at BAU plus case 9 Figure 16 : Conceptual diagram of MAR 12 Figure 17 : Model grid reference 17 EXECUTIVE SUMMARY In the context of the changing global environment and socio-political and economic conditions of Bangladesh, especially in the greater Dhaka, resources management with its optimum use is one of the biggest concerns for business sustainability. -
137 - Local Government Division
453 Grant No. 34 137 - Local Government Division Medium Term Expenditure (Taka in Thousands) Budget Projection Description 2019-20 2020-21 2021-22 Operating Expenditure 4321,54,00 4753,69,00 5229,06,00 Development Expenditure 29919,66,00 31541,98,00 34696,18,00 Total 34241,20,00 36295,67,00 39925,24,00 Recurrent 7815,04,16 9003,87,04 8807,80,41 Capital 26425,35,84 27289,84,96 31115,37,59 Financial Asset 80,00 1,95,00 2,06,00 Liability 0 0 0 Total 34241,20,00 36295,67,00 39925,24,00 1.0 Mission Statement and Major Functions 1.1 Mission Statement Improve the living standard of the people by strengthening local government system, developing climate resilient rural and urban infrastructure and implementing socio-economic activities. 1.2 Major Functions 1.2.1 Manage all matters relating to local government and local government institutions; 1.2.2 Construct, maintain and manage Upazilla, union and village roads including the roads and bridges/culverts of towns and municipal areas; 1.2.3 Develop, maintain and manage growth centres and hats-bazaars connected via Upazilla, union and village roads; 1.2.4 Manage matters relating to safe drinking water; 1.2.5 Develop water supply, sanitation and sewerage facilities in climate risk vulnerable rural and urban areas; 1.2.6 Finance, evaluate and monitor local government institutions and offices/organizations under Local Government Division; 1.2.7 Develop, maintain and manage small-scale water resource infrastructures within the timeline determined by the government. 1.2.8 Enactment of Law, promulgation of rules and policies related to local government. -
How Seasonal Fish Biodiversity Is Impacting Local River Fisheries and Fishers Socioeconomic Condition: a Case Study in Bangladesh
Journal of Survey in Fisheries Sciences 7(2) 79-103 2021 How seasonal fish biodiversity is impacting local river fisheries and fishers socioeconomic condition: A case study in Bangladesh Momi M.M.A.1,2; Islam M.S.1; Farhana T.3; Iqbal S.4; Paul A.K.2; Atique U.4,5* Received: May 2020 Accepted: November 2020 Abstract River fisheries are critical to ensure the sustainable provision of quality food and nutrition as well as economic stability of the millions of local populations in developing nations. The Fakirni River is home to a diversity of fish species. Here, we present the status and seasonal abundance of fish species in the Fakirni River and their impact on the fishermen's livelihood compared to other small rivers in Bangladesh. Monthly sampling was carried out using a lift net, and a total of 26 fish species belonging to 18 genera, ten families, and six orders were recorded during 12 months. The Shannon-Weiner diversity, species richness, evenness index, dominance, Simpson index, Brillouin index, equitability, and Berger- Parker indices provided 1.61±0.47, 1.93±0.53, 0.52±0.41, 0.29±0.17, 0.70±0.17, 1.47±0.41, 0.68±0.17, and 0.42±0.18, respectively. The Bray-Curtis similarity cluster analysis was performed among the diversity indices and observed three available fish species. Almost all the fishermen (91%) were Muslim of age 38.67±15.05 years and possessed fishing experience for 19.94±15.42 years, with a monthly income of BDT 4166.67±1331.85. -
Geologic, Geomorphic and Hydrologic Framework and Evolution of the Bengal Basin, India and Bangladesh
Journal of Asian Earth Sciences 34 (2009) 227–244 Contents lists available at ScienceDirect Journal of Asian Earth Sciences journal homepage: www.elsevier.com/locate/jaes Geologic, geomorphic and hydrologic framework and evolution of the Bengal basin, India and Bangladesh Abhijit Mukherjee a,*, Alan E. Fryar b, William A. Thomas b a Bureau of Economic Geology, Jackson School of Geosciences, University of Texas at Austin, University Station, Box X, Austin, TX 78713-8924, USA b Department of Earth and Environmental Sciences, University of Kentucky, KY 40506-0053, USA article info abstract Article history: The Bengal basin, the largest fluvio-deltaic sedimentary system on Earth, is located in Bangladesh and Received 7 June 2007 three eastern states of India. Sediment accumulates in the basin from the Ganges, Brahmaputra, and Meg- Received in revised form 9 May 2008 hna (GBM) river systems and is dispersed into the Bay of Bengal, forming the largest submarine fan in the Accepted 22 May 2008 world. The basin is located in the Himalayan foreland at the junction of the Indian, Eurasian, and Burmese plates. The basin is bounded by the Indian craton on the west and the Indo-Burmese fold belts on the east. It can be broadly divided into a stable shelf and a foredeep separated by a deep seismic hinge zone. Basin Keywords: sediments overlie Gondwanan basement and vary in thickness from a few kilometers on the stable shelf Ganges to more than 16 km in the foredeep. The basin was initiated at the breakup of Gondwanaland in the late Brahmaputra Meghna Mesozoic and evolved through the formation of the proto-GBM delta to the present delta starting around Fluvio-deltaic system 10.5 Ma. -
Stock Identification of Minor Carp, Cirrhinus Reba, Hamilton 1822
Ethin et al. Fisheries and Aquatic Sciences (2019) 22:12 https://doi.org/10.1186/s41240-019-0128-1 RESEARCH ARTICLE Open Access Stock identification of minor carp, Cirrhinus reba, Hamilton 1822 through landmark-based morphometric and meristic variations Rokhsana Ethin1†, Md Shakhawate Hossain1,2†, Animesh Roy1 and Marcellin Rutegwa3* Abstract Background: Wild fish populations stock is continuously diminishing in the Indo-Ganges river basin, and the population status of most fishes is unidentified. The identification of the population status and the conservation of commercially important and endemic wild fish populations in this region are crucial for the management. The aim of this paper was to identify the population status of Cirrhinus reba, a promising aquaculture but vulnerable species in the Indo-Ganges river basin in Bangladesh. Methods: C. reba samples were collected from four isolated populations of the Brahmaputra (n = 30), the Padma (33), the Karatoya (31), and the Jamuna Rivers (30) in Bangladesh, and the population status was evaluated using morphometric and landmark comparisons. Data were analyzed with the Kruskal-Wallis test, univariate analysis, discriminant function analysis, and the formation of a dendrogram. Results: Three meristic characters (Pectoral fin rays, caudal fin rays, scale in lateral lines), four morphometric characters (head length, pre-orbital length, post-orbital length, maximum body depth), and truss measurement (4–7) were significantly different among the stocks. The step-wise discriminant function analysis retained 15 variables from morphometric and landmark measurements that significantly differentiated the populations based on the constructed DFI and DFII. Discriminate function analysis also showed that 91.2% of the original groups were classified into their correct samples. -
3. Road Gazette 8 July 2019 [02-05
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