MACH-II Completion Report – Volume- 2 MACH Performance Monitoring

Total Page:16

File Type:pdf, Size:1020Kb

MACH-II Completion Report – Volume- 2 MACH Performance Monitoring MACH-II Completion Report – Volume- 2 MACH Performance Monitoring Baikka Beel Permanent Sanctuary, Hail Haor June, 2007 A project of the Government of Bangladesh Supported by USAID Project Partners: Winrock International Bangladesh Centre for Advanced Studies (BCAS) Center for Natural Resource Studies (CNRS) CARITAS Bangladesh MACH-II Completion Report Volume-II June 2007 Winrock International Bangladesh Centre for Advanced Studies Center for Natural Resource Studies CARITAS Bangladesh Table of Contents Preface SO 6 Indicators Summary Sheet Revised Result Framework Tab-1 Indicator 6.a Extent to which best practices from USAID projects are used elsewhere Tab-2 Indicator 6.b Maintaining or increasing Fish production of natural resources in targeted area (kg/ha/year) Increase in wetland and riparian trees Tab-3 Indicator 6.c Maintaining or increasing biodiversity Tab-4 Indicator 6.1a Area of floodplain where sustainable management is implemented. Tab-5 Indicator 6.2a Aquatic habitats converted from seasonal to perennial in targeted Areas (ha). Tab-6 Indicator 6.2b Riparian habitat improved in targeted areas.(km) Tab-7 Indicator 6.2.1a Number of new sanctuaries established Tab-8 Indicator 6.2.1b Number of wetland/riparian trees successfully established Tab-9 Indicator 6.2.2a Average annual increase in targeted individual RUG member supplemental income (Tk) Tab-10 Indicator 6.2.2b Number of RUG fishers having reduced effort Tab-11 Indicator 6.2.2c Total number of AIG loans Tab-12 Indicator 6.3a Number of water bodies leased to community resource management groups in targeted areas. Tab-13 Indicator 6.3b Number of communities adopting the following key regulation in target areas. Tab-14 Indicator 6.4a Number of individuals reached by public awareness activities in the country. Tab-15 Indicator 6.4b Percentage increase in awareness of wetland resource issues from Baseline Tab-16 Indicator 6.5a Number of local government (Upazila and Union level) meetings where resource management issues discussed. Tab-17 Indicator 6.5b i) Official circulars for UDCC agenda item and ii) Permission for RMO members to attend UP meetings as needed. Tab-18 Indicator 6.5c UFC formed with charters/GoB circulars in place linking local Government to resource management organizations Tab-19 Indicator 6.5d Trust Fund established for Institution MACH II Completion Report Volume 2: Performance Monitoring Preface This volume summarizes the activities and achievements of the Management of Aquatic Ecosystems through Community Husbandry (MACH) projects (MACH-I and MACH-II). The first phase project (MACH-I) was initiated in September of 1998 and was completed in 2003. In October of 2003 the second phase or MACH-II started and has been completed with the writing of this completion report in June 2007. The fieldwork of MACH began at two sites (Hail Haor in Sreemangal and the Turog- Bangshi site in Kaliakor) in June of 1999 after an initial inception period. Fieldwork at a third site (Kongsha-Malijhee in Sherpur) began in July of 2000. Hence this report represents the achievements in the field of nearly 8 years in the case of two sites and 7 years in the case of the Sherpur site. This file is in effect an updating of the MACH Project Performance Monitoring Report (produced earlier as part of the MACH first phase completion report) in line with the USAID SO 6 Performance Monitoring Plan as revised in November of 2001 and subsequently for MACH-II. The performance indicators for MACH were changed half way through the first phase of the project. Some indicators remained the same; some were removed while others were added. Further adjustments were made in late 2003 as a part of the 2nd phase adjustments. The text that follows is shown in nineteen sections representing all 19 indicators and sub-indicators that applied to MACH under the SO system. Each section has a tab number that is referenced in a summary sheet at the beginning. Within each section there is a cover page showing the indicator in that section, a reference sheet for the indicator, and a series of descriptions and tables that provide the reader with the background on how the indicator targets and results have been derived. In addition if appropriate, maps have been provided demonstrating the location and position of the accomplishments. With this document the reader is able to understand how results have been derived (methods used) and to what extent the project has achieved its target indicators. Background data in some cases has been provided in greater detail so that verification is simplified. SO 6 Intermediate results and indicators for MACH-II SO 6: Improved Management of Open Water and Tropical Forest Resources x Indicator 6a: Extent to which best practices from USAID-funded projects are used elsewhere x Indicator 6b: Increased production of natural resources in targeted areas x Indicator 6c: Increased biodiversity in targeted areas. Intermediate Results Indicators IR 6.1: Effective Community Based Indicator 6.1a: Area of floodplain where Resource Management Mechanisms sustainable management is implemented. Implemented IR 6.2: Select Habitats and Ecosystems Indicator 6.2a: Aquatic habitats converted from Improved seasonal to perennial in targeted areas Indicator 6.2c: Riparian habitat improved in targeted areas IR 6.2.1: Innovations and Best Practices Indicator 6.2.1a: Number of sanctuaries Adopted established Indicator 6.2.1b: Number of wetland/riparian trees successfully established IR 6.2.2: Alternative Incomes Realized for Indicator 6.2.2a: Average annual increase of RUG Target Groups member supplemental income Indicator 6.2.2b: Number of RUG fishers having reduced effort Indicator 6.2.2c: Total number of new AIG loans IR 6.3: Select Policies Implemented that Indicator 6.3a: Leases of water bodies to Support IRs 1 & 2 community resource management groups granted in target areas. Indicator 6.3b: Number of communities adopting the following key regulations in target areas: x Restrictions on the use of inappropriate fishing methods and gear x Restrictions on the fishing season and harvesting of fish fry x Restrictions on the areas of fishing IR 6.4: Public Awareness of Key Issues Indicator 6.4a: Number of individuals reached by Increased the public awareness activities Indicator 6.4b: Percentage increase in awareness of wetland resource issues from baseline (% households aware of issues) IR 6.5: Improved Institutional Capacity Indicator 6.5a: Number of local government meetings where resource management issues discussed Indicator 6.5b: Official circulars for UDCC agenda item and permission for RMO members to attend UP meetings as needed Indicator 6.5c: UFC formed with charters/GOB circulars in place linking local government to resource management organizations Indicator 6.5d: Trust Fund established for Institution SO6 Results Framework SO 6: Improved Management of Open Water & Tropical Forest Resources IR 6.1: IR 6.3: Effective Community- Select Policies IR 6.2: Select Habitats & Based Resource Implemented that Ecosystems Improved Management Support IR6.1 and Mechanisms IR6.2 Implemented IR 6.2.1: Innovative Best Practices Adopted IR 6.2.2: Alternative Incomes Generated for Targeted IR 6.5: Improved Institutional Capacity X-cutting IR 6.4: Public Awareness IRs of Key Issues Increased IR 6.5.1: Foundation Established (Forestry) Strategic Objective 6 Indicator 6.a: Extent to which best practices from USAID projects are used elsewhere June 2007 Management of Aquatic Ecosystems through Community Husbandry (MACH) Strategic Objective 6: Improved Management of Open Water and Tropical Forest Resources Indicator 6a: Extent to which best practices from USAID projects are used elsewhere. A. Description Unit of measure: Precise Definition of Indicator: Number of occasions where a new or innovative best practice, identified or supported by a USAID project, is used by other organizations Year Planned Actual (e.g. other donors, NGOs/communities or the GOB). Specific examples of best 0 practices are: Baseline 1. Co-management of natural resources 2000 2. Sanctuary development MACH-I 3. Alternate income generating activities for Natural Resources dependant population Unit of Measure: Number of occasions 2001 Disaggregate by: N/A Justification/Management Utility: This provides a sense of whether local best practices and models are replicated more broadly. This is important because replication 2002 of the best practices nationwide will ensure a better sustainable management of natural resources resulting in increased production and enhanced biodiversity and, at the same time, rehabilitation of degraded ecosystem. 2003 143 * B. Plan for Data Collection by USAID MACH-II Data Collection Method: Examples throughout the year will be collected and reported on an annual basis. 2004 3 3 Method of Acquisition by USAID: Receipt of Semi-Annual Reports from Winrock Data Source(s): Project reports from implementers and other donors, information from the LCG and the Wetland Network. 2005 33 Frequency/ Timing of Data Collection: Information will be recorded as available. Estimated Cost of Collection: low Responsible Individual(s) at USAID: Team Leader 2006 3 6 C. Data Quality Issues Date of Initial Data Quality Assessment: Known Data Limitations (if any): This indicator, although set at the SO level, may not be a direct outcome of USAID’s program implementation efforts. When complimented with the other indicators, it will provide more depth to SO performance. Actions Taken or Planned to Address Data Limitations: None. Date of Future Data Quality Assessments: Procedures of Future Data Quality Assessments: D. Plan for Data Analysis, Reporting, and Review Data analysis: Semi-annually, particularly prior to the semi-annual reviews Presentation of Data: Table Review of Data: Semi-annual for project management purposes and portfolio reviews. Reporting Data: R4, internal mission and CBJ D. Other Notes Notes on the Baselines/Targets: Baseline is zero Location of Data Storage: M:\EGFEpub\Environment\PMP\Data Comments: This indicator is a special status indicator.
Recommended publications
  • Download the Full Paper
    Int. J. Biosci. 2021 International Journal of Biosciences | IJB | ISSN: 2220-6655 (Print) 2222-5234 (Online) http://www.innspub.net Vol. 18, No. 4, p. 164-172, 2021 RESEARCH PAPER OPEN ACCESS Livelihood status and vulnerabilities of small scale Fishermen around the Padma River of Rajshahi District Rubaiya Pervin*1, Mousumi Sarker Chhanda2, Sabina Yeasmin1, Kaniz Fatema1, Nipa Gupta2 1Department of Fisheries Management, Hajee Mohammad Danesh Science and Technology University, Dinajpur, Bangladesh 2Depatment of Aquaculture, Hajee Mohammad Danesh Science and Technology University, Dinajpur, Bangladesh Key words: Padma River, Livelihood status, Fishermen, Constraints, Suggestions http://dx.doi.org/10.12692/ijb/18.4.164-172 Article published on April 30, 2021 Abstract The investigation was conducted on the livelihood status of small scale fishermen around the Padma river in Rajshahi district from July 2016 to February 2017. Hundred fishermen were surveyed randomly with a structured questionnaire. The livelihood status of fishermen was studied in terms of age, family, occupation, education, housing and health condition, credit and income. It was found that most of the fishermen were belonged to the age groups of 20-35 years (50%) represented by 85% Muslims. Majority of them (62%) lived in joint family and average household size was 6-7 people. Educational status revealed that 66% were illiterate. Fishermen houses were found to be of two types namely semi-constructed and unconstructed and among them 77% houses were connected with electricity. About 85% fishermen were landless represented by 95% rearing livestock. Regarding health and sanitation 85% fishermen used sanitary latrines. About 83% fishermen were solely depends on fishing and annual income of 50% fishermen was 50,000 to 60,000 TK.
    [Show full text]
  • Spatial Study of Mahananda Basin in the Geo - Historical Perspective
    © 2020 JETIR May 2020, Volume 7, Issue 5 www.jetir.org (ISSN-2349-5162) SPATIAL STUDY OF MAHANANDA BASIN IN THE GEO - HISTORICAL PERSPECTIVE DHARMENDRA KUMAR1, PRAVIN KUMAR2, RAVINDRA SHRIVASTAVA 3 1. RESEARCH SCHOLAR, DEPT. OF HISTORY, B. N. MANDAL UNIVERSITY, MADHEPURA-852113, BIHAR, INDIA 2. RESEARCH SCHOLAR, DEPT. OF GEOGRAPHY, B. N. MANDAL UNIVERSITY, MADHEPURA-852113, BIHAR, INDIA 3. RESEARCH SCHOLAR, DEPT. OF ZOOLOGY, B. N. MANDAL UNIVERSITY, MADHEPURA-852113, BIHAR, INDIA Karatoa tathatreyee Louhityascha Mahanandah, Shalmali Gomati chaiba Sandhya Trlsrota sa tatha' (Mhabharat,sabhaparba,Ch.9/22-23) Mahananda has been a notable river since the ancient period . At present there are so many literary and archaeological evidence available like in Mahabharata, Acharangsutra, Kalpsutra etc. It is a tributary of the mighty river Ganga, Mahananda river rises from springs in the Dow Hills forest also known as Mahanadi in the Darjeeling hills originating from the Mahaldiram range Hill near Chimli, east of Kurseong in Darjeeling district at an elevation of 2,100 meters (6,900 ft). Actually Mahanadi and Balasan are the two rivers that meet together to form Mahananda river in the plain of Siliguri sub-division. There is a confusion about the source of Mahananda. Among the two above mentioned rivers, the Balasan has been originated from Lepcha Jagat ( 2360.6m ) and Mahanadi from Mahaldiram ( 2250m). From the stand point of elevation Balasan has been flowing from higher elevation than that of the Mahanadi. That’s why Balasan should be the source river of Mahananda. And Mahanadi is its tributary. Actually the Mahananda River is a trans-boundary river which originates in the Himalayas.
    [Show full text]
  • National Water Management Plan Approved
    National Water Management Plan Approved The National Water Management Plan (NWMP), prepared question to determine on the basis of practical experience, by WARPO under the supervision of the Ministry of Water current knowledge and capacity. All projects will adhere to Resources has been approved by the National Water normal Government administrative procedures and will conform Resources Council (NWRC) headed by the honorable Prime to all relevant rules and guidelines issued by the Government. Minister of the People's Republic of Bangladesh. The The National Water Management Plan is structured in a manner approval was given at the seventh meeting of the Council that enables the objectives of the 84 different programmes held on March 31, 2004. It was decided in the meeting that planned for the next 25 years to contribute individually and WARPO will centrally monitor and coordinate the collectively in attaining both the overall objectives as well as the implementation of NWMP. intermediate sub-sectoral goals. The programmes are grouped NWMP is a framework plan consisting of 84 programmes. into eight sub-sectoral clusters and spatially distributed across These programmes are to be implemented by the line eight planning regions of the country. Information on each, agencies and others as designated. Each organization is together with a wide range of planning data, is contained in the responsible for planning and implementing its own activities National Water Resources Database, accessible through an and projects within the NWMP framework. 35 agencies have information management system. There are three main been identified for implementing the programmes of NWMP categories of programmes in the NWMP, namely, Cross-cutting in independent, lead and supporting capacities.
    [Show full text]
  • Oftimiation of Water Resources Master of Science
    Optimization of water resources for irrigation in Dinajpur and Rangpur, East Pakistan. Item Type Thesis-Reproduction (electronic); text Authors Karim, Muhammad Abdul,1940- Publisher The University of Arizona. Rights Copyright © is held by the author. Digital access to this material is made possible by the University Libraries, University of Arizona. Further transmission, reproduction or presentation (such as public display or performance) of protected items is prohibited except with permission of the author. Download date 02/10/2021 10:56:42 Link to Item http://hdl.handle.net/10150/191493 OFTIMIATION OF WATER RESOURCES FOR IRRIGATION IN DINAJPUR AND RANGPUR, EAST PAKISTAN by Muhammad A. Karim A Thesis Submitted to the Faculty of the CONNITTEE ON HYDROLOGY AND WATER RESOURCES In Partial Fulfillment of the Requirements For the Degree of MASTER OF SCIENCE In the Graduate College THE UNIVERSITY OF ARIZONA 1968 STATEMEN'r BY AUTHOR This thesis has been submitted in partial fulfill- ment of requirements for an advanced degree at The Univer- sity of Arizona and is deposited in the University Library to be made available to borrowers under rules of the Library. Brief quotations from this thesis are allowable without special permission, provided that accurate acknowledgment of source is made. Requests for permis- sion for extended quotation from or reproduction of this manuscript in whole or in part may be granted by the head of the major department or the Dean of the Graduate Col- lege when in his judgment the proposed use of thematerial is in the interests of scholarship. In all other instances, however, permission must be obtained from the author.
    [Show full text]
  • Integration of Satellite Image Derived Temperature and Water Depth for Assessing Fish Habitability in Dam Controlled Flood Plain Wetland
    Integration of Satellite Image Derived Temperature and Water Depth for Assessing Fish Habitability in Dam Controlled Flood Plain Wetland Sonali Kundu University of Gour Banga Swades Pal ( [email protected] ) University of Gour Banga https://orcid.org/0000-0003-4561-2783 Swapan Talukdar University of Gour Banga Susanta Mahato University of Gour Banga Pankaj Singha University of Gour Banga Research Article Keywords: Wetland, damming effect, Fish habitat, Depth niche, Thermal gradient, Consistency of thermally conducive habitat Posted Date: July 26th, 2021 DOI: https://doi.org/10.21203/rs.3.rs-675840/v1 License: This work is licensed under a Creative Commons Attribution 4.0 International License. Read Full License 1 Integration of satellite image derived temperature and water depth for 2 assessing fish habitability in dam controlled flood plain wetland 3 Sonali Kundu1, Swades Pal1*, Swapan Talukdar1, Susanta Mahato1, Pankaj Singha1 4 1 Department of Geography, University of Gour Banga, Malda, India. 5 *Corresponding author ([email protected]) 6 Abstract 7 The present study attempted to investigate the changes in temperature conducive to fish 8 habitability during the summer months in a hydrologically modified wetland following damming 9 over a river. Satellite image-driven temperature and depth data calibrated with field data were 10 used to analyse fish habitability and the presence of thermally optimum habitable zones in some 11 fishes such as Labeo Rohita, Cirrhinus mrigala, Tilapia fish, Small shrimp, and Cat fishes. The 12 study was conducted both at the water's surface and at the optimum depth of survival. It is very 13 obvious from the analysis that a larger part of wetland has become an area that destroyed aquatic 14 habitat during the post-dam period and existing wetlands have suffered significant shallowing of 15 water depth.
    [Show full text]
  • Image Driven Hydrological Components Based Fish Habitability Modeling in Riparian Wetlands Triggered by Damming
    Image Driven Hydrological Components Based Fish Habitability Modeling in Riparian Wetlands Triggered by Damming Swades Pal University of Gour Banga Rumki Khatun ( [email protected] ) University of Gour Banga Research Article Keywords: Damming, Hydrological modication, Fishing habitat suitability, Rule based decision tree model and Hydrological components Posted Date: July 26th, 2021 DOI: https://doi.org/10.21203/rs.3.rs-651761/v1 License: This work is licensed under a Creative Commons Attribution 4.0 International License. Read Full License Page 1/19 Abstract Assessing sh habitability in pursuance of damming for some selected shes in wetland of Indo- Bangladesh barind tract using hydrological ingredients like hydro-period, water depth, and water presence consistency is major focus of the present study. Rule based decision tree modeling has been applied for integrating aforesaid hydrological parameters to nd out habitat suitability for some selected shes like carp shes, shrimps, tilapia and cat shes both for pre-dam and post-dam periods. From this work it is highlighted that damming has accelerated the rate of wetland deterioration in forms of hydrological ow alteration i.e. inconsistency in water presence has increased, hydro-duration became shortened and water depth has attenuated. From the model it is very clear that a small proportion area was considered to be good sh habitat (16.54–39.90%) in pre-dam period, but after damming almost all parts have become least suitable for sh habitability. Field survey has conrmed that shing quantity, growing rate of shes was higher in pre-dam situation but it is reduced gradually during post-dam period.
    [Show full text]
  • A Two-Day International Webinar Organized by Department of Geography University of Gour Banga on 24-25Th September, 2020
    Programme schedule of A two-day International Webinar Organized by Department of Geography University of Gour Banga On 24-25th September, 2020 Day-1 (24.09.2020) Inaugural Session (10:00 am – 10:45 am) Date Time Inaugural Session Google Meet link: https://meet.google.com/fdg-svkv-bbg 24.09.2020 10:00 am – 10:45 am Welcome Address by Convener Inaugural Address by Hon’ble Vice Chancellor, UGB Special speech by Respected Registrar, UGB Vote of thanks Day-1 (24.09.2020) Plenary Session-1 (11:00 am -12:10 pm) Google Meet link: https://meet.google.com/fdg-svkv-bbg Date Time Resource Person Topic 24.09.2020 11:00 am - Distinguished Professor Biswajeet Spatial Intelligence for 11:35am Pradhan Natural Hazard Director, Centre for Advanced Modelling Assessment and Geospatial Information Systems (CAMGIS), School of Information, Systems & Modelling Faculty of Engineering and IT University of Technology Sydney, Australia 11:35 am - Professor Pawan Kumar Joshi Geoinformatics for 12:10pm Chairperson – Special Centre for Disaster Contemporary Research Environmental Issues Professor – School of Environmental Sciences Jawaharlal Nehru University, New Delhi 110 067 Plenary Session-2 (12:15 pm-1:30 pm) Google Meet link: https://meet.google.com/fdg-svkv-bbg Date Time Resource Person Topic 24.09.2020 12:15 pm Prof. Malay Mukhopadhyay Landscape Sustainability: -12:45 Professor, Department of Geography A New Dimension in pm Visva Bharati, Santiniketan Environmental Research India, PIN-7321235 12:45 – Professor Atiqur Rahman Water Resource 1:15 pm Professor, Urban Environmental & Remote Challenges in the Sensing Division Urbanized World Department of Geography, Faculty of Natural Sciences Jamia Millia Islamia, New Delhi-25 (India) Launch break (1:15pm-2:00pm) Plenary Session-3 (2:00pm-2:35pm) Google Meet link: https://meet.google.com/fdg-svkv-bbg 2:00pm- Prof.
    [Show full text]
  • Here We Are Born
    REFUGEE UNSETTLED AS I ROAM: MY ENDLESS SEARCH FOR A HOME AZMAT ASHRAF Suite 300 - 990 Fort St Victoria, BC, V8V 3K2 Canada www.friesenpress.com Copyright © 2020 by Azmat Ashraf First Edition — 2020 Cover Photo by David Marcu on Unsplash All rights reserved. No part of this publication may be reproduced in any form, or by any means, electronic or mechanical, including photocopying, recording, or any information browsing, storage, or retrieval system, without permission in writing from FriesenPress. ISBN 978-1-5255-6382-9 (Hardcover) 978-1-5255-6383-6 (Paperback) 978-1-5255-6384-3 (eBook) 1. biography & autobiography, personal memoirs Distributed to the trade by The Ingram Book Company A true story of a family’s search for a home over three generations, told by one family member, in his own words. Dedicated to the courage and resilience of millions of refugees around the world. TABLE OF CONTENTS Foreword ................................................................................ VII SIXTH MIGRATION ...................................................................... 1 BIRTH OF A REFUGEE ................................................................. 13 FIRST MIGRATION ....................................................................... 23 To the Land of Opportunity ......................................................... 23 The Innocent Sixties ................................................................. 35 The Maghreb Rule .................................................................... 41 The First True Friend ...............................................................
    [Show full text]
  • Annual Flood Report 2017
    ANNUAL FLOOD REPORT 2017 FLOOD FORECASTING & WARNING CENTER PROCESSING & FLOOD FORECASTING CIRCLE BANGLADESH WATER DEVELOPMENT BOARD TABLE OF CONTENTS TABLE OF CONTENTS................................................................................................................. 2 LIST OF TABLES ........................................................................................................................... 3 LIST OF FIGURE ............................................................................................................................ 5 PREFACE ......................................................................................................................................... 7 EXECUTIVE SUMMARY .............................................................................................................. 9 LIST OF ABBREVIATIONS ...................................................................................................... 10 CHAPTER 1: INTRODUCTION ............................................................................................... 12 1.1. THE PHYSICAL SETTING ................................................................................................................... 12 1.2. THE RIVER SYSTEM .......................................................................................................................... 12 1.3. ACTIVITIES OF FFWC ....................................................................................................................... 14 1.4. OPERATIONAL STAGES
    [Show full text]
  • Annual Flood Report 2019
    ANNUAL FLOOD REPORT 2019 FLOOD FORECASTING & WARNING CENTRE PROCESSING & FLOOD FORECASTING CIRCLE BANGLADESH WATER DEVELOPMENT BOARD Annual Flood Report 2019 Flood Forecasting and Warning Centre (FFWC) Bangladesh Water Development Board (BWDB) WAPDA Building (8th Floor), Motijheel C/A, Dhaka-1000 Phone : 9550755; 9553118 Fax : 9557386 Email ; [email protected] ; [email protected] Web : www.ffwc.gov.bd Editing & Compilation: Md. Arifuzzaman Bhuyan, Executive Engineer, FFWC, BWDB Sarder Udoy Raihan, Sub-Divisional Engineer, FFWC, BWDB Contribution: Md. Alraji Leon, Assistant Engineer, FFWC, BWDB Partho Protim Barua, Assistant Engineer, FFWC, BWDB Preetom Kumar Sarker, Assistant Engineer, FFWC, BWDB Mehadi Hasan, Assistant Engineer, FFWC, BWDB Review: Md. Saiful Hossain, Superintending Engineer, PFFC, BWDB Published by the FFWC, BWDB, Ministry of Water Resources, Dhaka TABLE OF CONTENTS LIST OF TABLES .......................................................................................................................... 5 LIST OF FIGURES ........................................................................................................................ 7 PREFACE ..................................................................................................................................... 10 EXECUTIVE SUMMARY .......................................................................................................... 12 LIST OF ABBREVIATIONS ....................................................................................................
    [Show full text]
  • CM Launches Web-Portal to Gets Closure to People
    CMYK Friday, August 2, 2013 The Arun Information 3 Vol - II Issue - 29 Friday, August 2, 2013 Naharlagun Read online at www.arunachalipr.gov.in News Flash Poor connectivity & Itanagar Treasury office CM launches web-portal shifted infrastructures pose NAHARLAGUN: The Itanagar Treasury office has been shifted to to gets closure to people serious problems in the first floor of the newly constructed office building of the Directorate of Accounts and Treasuries, Goernment development of AP : of Arunachal Pradesh, Bank Tinali, Itanagar with effect from July 29 last. Governor Ph.D awarded NAHARLAGUN: As per the provision under ordinance No 25 & 26 of the Rajiv Gandhi University and on the basis of the satisfactory reports of the examiners and viva-voce board held on July 18 last, Ms. Momme Mesia, on the thesis “Land system Inventory for Environment Appraisal: A case study of Charju River Basin, Purvanchal Hills, Arunachal Pradesh” and Mr. Anmal Saikia, on the thesis “ A study ITANAGAR, July 28: the Public Grievances Redressal citizens, know your CM, opinion poll, on Geomorphology and Hydrological State Chief Minister Nabam Tuki has Cell in the website. The website has RSS feed subscription and social Aspects of Borgang River basin, the formally launched the Chief Minister’s a page dedicated especially for the media integration like Facebook, Eastern Himalaya” are declared to web portal – arunachalpradesh.cm.in grievances and complaints. Twitter etc. KOLKATA, July 28: China has done in Tibet. He said that have qualified for the award of the at the CM’s conference hall here The objective of the portal is The website www.arunachal Arunachal Pradesh Governor Lt.
    [Show full text]
  • Subproject List by District (All)
    Local Government Engineering Department Subproject List of All SSWRD Project District / Project Unions SP Id Subproject Name SP Type HO date Upazila Barguna ( Total SPs : 36 Nos.) Amtali SSWRDSP-1 Pancha Koralia SP15333 Khatachora DR Subproject DR 17/09/2002 SSWRDSP-2 Haldia SP25318 Mirar Khal-Magan Khar Khal Subproject DR&IRR 28/04/2010 PSSWRSP Amtali SP43040 Singkhali Khal Subproject DR 28/11/2013 Atharogasia. SP43044 Garabunia Subproject DR 04/06/2014 Chawra SP44103 Gotkhali-Chalitabunia Khal Subproject DR 08/09/2015 Haldia SP44120 Jabbar Ali - Sharif Shimon Subproject DR 06/09/2017 Kukua SP46252 Kukua- Nimter Khal Subproject DR 06/09/2017 Athargachia SP46253 Arua-Kamini Khal Subproject DR&WC 06/09/2017 Haldia SP46276 Purba Chila Khal Subproject DR 06/09/2017 Bamna SSWRDSP-1 Dawatala SP13049 Dawatala DR Subproject DR 12/01/2002 PSSWRSP Ramna SP46240 Amtoli Ruhita Potkakhali DR 20/06/2017 Ramna SP46246 Ramna Subproject DR 20/06/2017 Betagi SSWRDSP-1 Bura Majumder SP14182 Kawnia-Mirjaganj FCD Subproject FCD 11/08/2002 SSWRDSP-2 Mokamia SP25308 Chhoto Mokamia-Bara Mokamia Subproject DR&IRR 17/04/2010 PSSWRSP Mokamia/ HosnabadSP46245 Koruna Khal Subproject DR 22/05/2017 Bibichini SP46238 Lakshmipur-Ranipur-Khantakata SP DR 22/05/2017 Bibichini SP43048 Deshantarkathi-Gouribunia Subproject DR 16/04/2015 Bibichini SP42016 Gabua Fultala Subproject DR&WC 09/07/2014 Patharghata SSWRDSP-1 Kakchira SP15268 Kakchira DR Subproject DR 14/11/2002 Nanchnapara SP15279 Nachnapara Khal DR Subproject DR 31/12/2003 Patharghata SP13071 Koralia-Hazir Khal
    [Show full text]