The AGONY of RIVERS
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Politics of Water Contestation in the Mumbai-Thane Region of India
Western University Scholarship@Western Electronic Thesis and Dissertation Repository 4-14-2015 12:00 AM Claims of the City? Rights of the Countryside? Politics of Water Contestation in the Mumbai-Thane Region of India Bharat Khushal Punjabi The University of Western Ontario Supervisor Dr. Belinda Dodson The University of Western Ontario Graduate Program in Geography A thesis submitted in partial fulfillment of the equirr ements for the degree in Doctor of Philosophy © Bharat Khushal Punjabi 2015 Follow this and additional works at: https://ir.lib.uwo.ca/etd Part of the Asian Studies Commons, Human Geography Commons, and the Nature and Society Relations Commons Recommended Citation Punjabi, Bharat Khushal, "Claims of the City? Rights of the Countryside? Politics of Water Contestation in the Mumbai-Thane Region of India" (2015). Electronic Thesis and Dissertation Repository. 2853. https://ir.lib.uwo.ca/etd/2853 This Dissertation/Thesis is brought to you for free and open access by Scholarship@Western. It has been accepted for inclusion in Electronic Thesis and Dissertation Repository by an authorized administrator of Scholarship@Western. For more information, please contact [email protected]. Claims of the City? Rights of the Countryside? Politics of Water Contestation in the Mumbai-Thane Region of India Integrated-Article Thesis By Bharat Punjabi Graduate Program in Geography A thesis submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy The School of Graduate and Postdoctoral Studies The University of Western Ontario London, Ontario, Canada © Bharat K. Punjabi 2015 !i Abstract This dissertation comprises three papers that focus on the interplay of formal and informal institutional processes in the sharing of water between the Mumbai Metropolitan region and an agricultural area to its north and east in Thane district. -
Chapter-4 Socio-Economic Profile of Thane District 4.1 Introduction. 4.2
Chapter-4 Socio-Economic Profile of Thane District 4.1 Introduction. 4.2 Basic Features of Thane District. 4.3 Natural Scenario of Thane District. 4.4 Detail Overview of All Talukas in Thane District (As Per 2011 Census). 4.5 Civilization of Thane District. 4.6 Economic Profile of Thane District. 4.7 Demographic Aspect of Thane District. 4.8 Summary of the Chapter. 106 Chapter-4 Socio-Economic Profile of Thane District 4.1 Introduction In this research study ,the main focus is on the problem of population explosion and socio- economic problems in Thane District of Maharashtra.Therefore it is very essential to have a detail study of socio-economic profile in Thane district in Maharashtra.This chapter is totally about the social and economic picture of entire Thane district. As per census 2011, Thane district is the most populous district of India. According to census 2011,there are total 11,060,148 inhabitants in Thane district. Other important cities in Thane district are Kalyan city.Dombivli city, Mira-Bhayander, Ulhasnagar,Bhiwandi Badlapur,Ambarnath, Shahapur and Navi Mumbai. “ Thane district is one of the most industrialized districts in the Maharashtra. First planned industrial estate was setup by the (Maharashtra Industrial Development Corporation (MIDC) in 1962 at Thane to promote and develop planned growth of industries in Maharashtra .The district is blessed with abundant natural resources in the form of perennial rivers,extensive seasores and high mountainous ranges.” 1 Thane district is surrounded by Pune and Ahmadnagar and Pune districts towards the east. The Arabian Sea lies to the west of Thane district.while Mumbai City District and Mumbai Suburban District are also the neighbouring areas of Thane district and lie to the southwest of Thane district .From geographical point of view Thane District is an important part of Northern Konkan Region. -
Institutional Design and the Geography of Rural-Urban Water Conflict in Mumbai, India
Institutional Design and the Geography of Rural-Urban Water Conflict in Mumbai, India Bharat Punjabi Post Doctoral Fellow Institute on Municipal Finance and Governance 1 Why Mumbai? Why Water? • Huge disparities of water access within Greater Mumbai and between cities in the metropolitan region • Paradox of water shortage amid plenty in the region • Greater Mumbai: Largest Municipal Corporation in the country with access to Central and State funds • Huge resentment and conflict in the Mumbai countryside - in particular, Thane district • Displacement and rural water shortage • The influence of colonial era laws and regulations poorly understood in the policy and social science literature on Mumbai. 2 The Central Role of Water Institutions and Institutional Design • Rules and institutions matter • With bad rules, even if water is sufficient, we will face poor outcomes • Rules that disproportionately favour one institutional actor over others will lead to inefficient outcomes • Better water resource planning needs institutional co-ordination and better rules between water districts, villages and cities • Badly needed: A regional water sharing council in the Mumbai region 3 Outline I. Background on water in Mumbai II. Questions for research III. Theoretical Framework IV. Case Study One: The Surya Project V. Case Study Two: Tansa-Vaitarna Water District VI. Regional water governance in the context of the two case studies VII. Conclusion 4 I. Background on water in Mumbai Some important facts 5 Background on water in Mumbai • Maximum average consumption is 200 litres per capita in Greater Mumbai • Lower average consumption in the secondary towns and municipal council areas • Only 18.5 of urban poor have access to piped water supply at home • 92% of non slum homes have piped water • Some areas within Greater Mumbai get 300-350 litres per capita • Poor demand side management within Greater Mumbai 6 I. -
Village Map Jawhar Taluka: Vada District: Palghar
Dahanu Mokhada Village Map Jawhar Taluka: Vada District: Palghar Vadavali Tarf Gaon !( Akhada Virhe Vikramgad Ujjaini Dabhon Mokhada Pinjal µ Mangrul Satronde 3 1.5 0 3 6 9 Pachghar km Shilottar Gargaon Varsale Pik Khodade Paste Ogada Sasane Location Index Khutal Bramhangaon Khaire Tarf Wada Dahivali Kumbhiste Mandava Parali Karanjpada Manivali Kumdal Tilmal Hamarapur Suponde District Index Ogada Nandurbar Ambhai Kumdal UmrotheThunave Amgaon Devali Kolim Sarovar Bhandara Guhir Dahe Dhule Amravati Nagpur Gondiya Kurle Jalgaon Kalamkhand Karanje Akola Wardha Kanchad Dhapad Buldana Vaghote Sapane Bk. Harosale Shele Dhadhare Nashik Washim Chandrapur Posheri Balivali Yavatmal Galtare Pali Sonshiv Palghar Aurangabad Shelte Desai Kasghar Kalambholi Jalna Gadchiroli Vaveghar Mande Kadivali Hingoli Sapane Kh. Vada (Ct) Thane Ahmednagar Parbhani Gale Mumbai Suburban Nanded Nishet Bid Devali Tarf Kohaj Kapari Mumbai Bhopivali Varale VADA Shirsad Sonale Kh. Pune Nane Munguste !( Raigarh Bidar Kiravali Tilase Latur Gorhe Pethranjani Osmanabad Pimpalas Vilkos Tarf Konpati Vilkos tarf Vada Vadavali Tarf Sonale Kalambhe Saras Ohol Sange Apti Ainshet Satara Solapur Gandhare Pimparoli Alman Ratnagiri Vaitarna Nagar Sarshi Sonale Bk. Sangli Kharivali Tarf Kohoj Shil Bilghar Maharashtra State Malonda Varai Bk. Palghar Kone Kolhapur Gates Bk. Tuse Moj Sindhudurg Abje Gates Kh. Vasuri Bk Borande Dharwad Ambiste Kh. Konsai Varai Kh. Avandhe Ambiste Bk. Vijapur Savarkhand Nichole Jamghar Neharoli Taluka Index Khanivali Chikhale Abitghar Talasari Bhavehar Goleghar -
INTRODUCTION Geographical Area of Investigation Except Around
INTRODUCTION Geographical Area of Investigation Except around Mumbai and along the eastern limits, the state of Maharashtra presents a monotonously uniform, skyline, horizon etc. The accurate and detailed description of places of Maharashtra State is the outcome of geological & structure. Maharashtra state area barring the extreme eastern Vidharbha Region, Kolhapur Region and Sindhudurg Region is practically coterminous with Deccan Plate. The Deccan Traps formed between 60 and 68 million years ago at the end of Cretaceous period. The bulk of the Volcanic eruption occurred at the western Ghats. (66 million years ago). The outpouring of basic lava through fissures formed horizontally bedded besalt over large areas. Variations in their composition and structure have resulted in bedded basalt over large areas. Variation in their composition and structure have resulted in massive well jointed steel grey cliff faces alternating with structural benches of vesicular amygadaloidal lava and ash layers, all of which contribute to the pyramidal shaped hills and crest level plateau. Sculpture of earth crust at tropical. Climate where land form features occur due to semi arid condition. The rounding of hill. Climax region under wet condition. The geographical changes associated with fluvial association with the rivers such as Krishna, Bhima, Godavari, Tapi, Purna and Wardha. Where conspicuous role in the denudation of land surface occur due to pluvial association. Wainganga river where having open river valleys alternating with pleateau fluvial action form the ribs of Sahyadrian backbone. The hilly region of Kokan, Sindhudurga, barely 100 km fery tumble down as roaring streams flow deeply entrenched valleys to terminates in tidal estuaries. -
4. Station Planning & Intermodal Integration
PRE – FEASIBILITY STUDY OF PROPOSED QUARDUPLING OF VIRAR – DAHANU ROAD SECTION 44.. STATION PLANNING & INTERMODAL INTEGRATION 4.1 EXISTING STATIONS AND DEVELOPMENTS 4.1.1 Stations A total of 9 stations are located along the 64 Km long Virar - Dahanu Road Suburban Rail Corridor with an average inter-station spacing of about 8 km (Table 4.1 and Figure 4.1). Table 4.1 Existing Stations with aprox. Chainages S.No. Name of Station Chainage (km) Inter-Station Distance (km) 1 Virar 59.98 - 2 Vaitarna 68.42 8.44 3 Saphale 76.74 8.32 4 Kelve Road 82.55 5.81 5 Palghar 90.92 8.37 6 Umroli 97.14 6.22 7 Boisar 102.86 5.72 8 Vangaon 111.58 8.72 9 Dahanu Road 123.78 12.2 4.1.2 Development in Catchment Areas The existing traffic dispersal to / from the Stations is presented in Table 4.2. Buses and IPT in the form of autos are the other major modes, besides walk, for feeder passenger trips to/ from the sub-urban rail system. Table 4.2 Existing traffic dispersal composition at the stations S. No. Station Auto Passenger as % of Bus Passenger as %of total passengers total passengers 1 Virar 15 1.5 2 Vaitarna 4 - 3 Saphale 22 5 4 Kelve Rd. 10 3 5 Palghar 16 5 6 Umroli 24 14 7 Boisar 17 5 8 Vangaon 6 6 9 Dahanu Rd. 20 4 Source : RITES Primary Surveys, 2012 DRAFT FINAL REPORT FEBRUARY 2013 CHAPTER 4: Page 1 STATION PLANNING & INTERMODAL INTEGRATION PRE – FEASIBILITY STUDY OF PROPOSED QUARDUPLING OF VIRAR – DAHANU ROAD SECTION DRAFT FINAL REPORT FEBRUARY 2013 CHAPTER 4: Page 2 STATION PLANNING & INTERMODAL INTEGRATION PRE – FEASIBILITY STUDY OF PROPOSED QUARDUPLING OF VIRAR – DAHANU ROAD SECTION Figure 4.1 Virar – Dahanu Road Suburban Rail Corridor Alignment The details of stations of Virar – Dahanu Road Suburban Rail Corridor alongwith their respective landuse, catchment areas and interchanges with other systems are described in the following paragraphs. -
Murshidabad Village List
- DISTRICT - MURSHIDABAD ENGLISH ENGLISH TOTAL 144 - TOTAL - 160 - Ajodhya Nagar (P) Achhoan Andar Manik Aikal Para Arazi Budharpara Akundi Arazi Chhiruti Amrita Muni Arazi Madhupur Andi Bagmara Andulia Bahara Babarpur Bahurul Badda Baikunthapur Badua Bairgachhi Bahara Bairgachhi Kanan Doem Baidyanathpur Balarampur Ballabhpur Balia Danga Bansbere Baliharpur Barutia Baninathpur Barwan Banjetia Baugram Bara Satui Beharkhanda Nabagram Baradaha Belgaon Basabari Belgram Basudebkhali Bhabani Nagar Belia Khari www.bangodarshan.com Bhagulia Benidaspur Bharwan Bezpara Bhastor Bhagabanbati Bichhur Bhatpara Bichkandi Bilchauti Billangal Hata Budharpara Biprasekhar Bundhai Para Bolpara Chak Chandpara Chaitpur Chak Dangapara Chak Palasi Chak Katalia Chawki Chaltia Daspara Char Begpur Debagram Char Bhabanandapur Dewar Char Halalpur Dhanghara Char Harharia Durajjay Palsa Char Khidirpur Ekamba Char Narayanpur Ekgharia Char Panchananpur Ekpaharia Char Sujapur Faridpur Charislampur Fatepur Charmahula Ful Sikhar Chhayghari Gafulia Chhiruti Ghasiara Chhota Garabasa Ghosh Palsa Chhota Satui Golahat www.bangodarshan.com Chumarigacha Gopal Nagar Chutipur Gopipur Dabkai Gouri Nagar Dadpur www.bangodarshan.com Gram Salkia Dakshin Hijal Haldi Daulatabad Hapina Debidaspur Haribati Dhanaipur Hastinapur Diha Hatisala Fate Singdiar Jagannathpur Fatepur Janardanpur Gangadharpur Jaohari Gangaprasad Jhikarhati Ganti Baisnab Charan Jhilera Gar Baharampur (P) Jugaswara Garabasa Kakra Garamgari Kalidaspur Gauripur Kalikapur Gobindapur Kalla Gopjan Kalyanpur Goraipur -
State Statistical Handbook 2014
STATISTICAL HANDBOOK WEST BENGAL 2014 Bureau of Applied Economics & Statistics Department of Statistics & Programme Implementation Government of West Bengal PREFACE Statistical Handbook, West Bengal provides information on salient features of various socio-economic aspects of the State. The data furnished in its previous issue have been updated to the extent possible so that continuity in the time-series data can be maintained. I would like to thank various State & Central Govt. Departments and organizations for active co-operation received from their end in timely supply of required information. The officers and staff of the Reference Technical Section of the Bureau also deserve my thanks for their sincere effort in bringing out this publication. It is hoped that this issue would be useful to planners, policy makers and researchers. Suggestions for improvements of this publication are most welcome. Tapas Kr. Debnath Joint Administrative Building, Director Salt Lake, Kolkata. Bureau of Applied Economics & Statistics 30th December, 2015 Government of West Bengal CONTENTS Table No. Page I. Area and Population 1.0 Administrative Units in West Bengal - 2014 1 1.1 Villages, Towns and Households in West Bengal, Census 2011 2 1.2 Districtwise Population by Sex in West Bengal, Census 2011 3 1.3 Density of Population, Sex Ratio and Percentage Share of Urban Population in West Bengal by District 4 1.4 Population, Literacy rate by Sex and Density, Decennial Growth rate in West Bengal by District (Census 2011) 6 1.5 Number of Workers and Non-workers -
Development of Design Mix Roller Compacted Concrete Dam at Middle Vaitarana
Advances in Concrete Construction, Vol. 2, No. 2 (2014) 125-144 DOI: http://dx.doi.org/10.12989/acc.2014.2.2.125 125 Development of design mix roller compacted concrete dam at Middle Vaitarana V.B. Ashtankara1 and H.S.Chore2 1Middle Vaitarna Dam Project Municipal Corporation of Greater Mumbai (MCGM) Fort, Mumbai-400001, India 2Department of Civil Engineering, Datta Meghe College of Engineering, Airoli, Navi Mumbai -400708, India (Received December 4, 2013, Revised June 10, 2014, Accepted June 20, 2014) Abstract. The development in roller compacted concrete (RCC) is replacing the conventionally vibrated concrete (CVC) for faster construction of dam during last three-four decades. Notwithstanding, there have been relatively less works reported on the utilization of RCC in dam constructions, especially the dams having considerable height. Further, the Ghatgar dam was the only dam in the tropical country like India constructed using the technology of RCC until two years back. However, with the completion of 102.4 m high Middle Vaitarana Dam (MVD), owned by Muncipal Corporation of Greater Mumbai (MCGM), India, has become the first largest roller compacted concrete dam. The paper traces step by step aspects of the mix design of RCC in respect of the afore-mentioned project besides the construction aspects; and also, demonstrates as to how 12.15 lacs cubic meter of roller compacted concrete was placed within the record duration of 15.2 months, thus, rendering the MVD as the ninth fastest RCC dam in the world. The paper also discusses the various mix proportioning, quality control, constructional features and instrumentation with respect to the high RCC dam such as Middle Vaitarana. -
Major Dams in India
Major Dams in India 1. Bhavani Sagar dam – Tamil Nadu It came into being in 1955 and is built on the Bhavani River. This is the largest earthen dam in India and South Asia and the second-largest in the world. It is in Sathyamangalam district of Tamil Nadu and comes under the Tamil Nadu government. It is 130 ft tall and 8.4 km long with a capacity of 8 megawatts. 2. Tehri Dam – Uttarakhand It is the highest dam in India and comes under the top 10 highest dams in the world. This came into being in 2006 and stands tall on the Bhagirathi river. It is in the Tehri district of Uttarakhand and comes under National Thermal Power Corporation Limited. It is an embankment dam with a height of 855 ft and a length of 1,886 ft. 3. Hirakud dam – Odisha It came into being in 1957 and stands tall on the Mahanadi river. It is one of the first major multipurpose river valley projects in India. This is a composite dam and reservoir and is in the city of Sambalpur in Odisha. It comes under the government of Odisha. It is 200 ft tall and 55 km long and is the longest Dam in India. 4. Bhakra Nangal Dam – Himachal Pradesh It came into being in 1963 and stands tall on the Sutlej river. This is the third-largest reservoir in India and is in Bilaspur district of Himachal Pradesh. It is a concrete gravity dam and comes under the state government of Himachal Pradesh. -
Draft Tender Copy
MUNICIPAL CORPORATION OF GREATER MUMBAI DRAFT TENDER COPY Name of work:- CONSTRUCTION OF STAFF QUARTERS, OFFICE, INSPECTION BUNGALOW, DISPENSARY AND WORKSHOP, STORE BUILDING AT MIDDLE VAITRANA DAM PREMISES IN O.C DIVISION. Prepared by: M/s. Archilab Designs. Page | 1 MUNICIPAL CORPORATION OF GREATER MUMBAI Hydraulic Engineer’s Department DRAFT TENDER DOCUMENT SUBJECT: CONSTRUCTION OF STAFF QUARTERS, OFFICE, INSPECTION BUNGALOW, DISPENSARY AND WORKSHOP, STORE BUILDING AT MIDDLE VAITRANA DAM PREMISES IN O.C DIVISION. Due on:- Tender shall be submitted through internet on MCGM web site, (i.e., to upload the scanned copies of documents of Packet A, Packet-B & Packet-C (The system to accept EMD and ASD amount online has been developed by MCGM and accordingly the EMD and ASD amount will have to be paid online only by the tenderer, except Rate analysis if necessary) in the prescribed Performa required in the e-tender) up to 4.00 p.m. on or before due date of tender submission. Sd/- Sd/- Sd/- Sd/- Structural J.E.(Const) S.E.(Const) S.E. (Middle Vaitarana Dam) Consultant Sd/- Sd/- A.E.(Const.)‐I A.E.(MVD) Sd/- Sd/- E.E. (Construction) E.E. (Operations) Sd/- Dy. H.E.(Operations) Page | 2 INDEX SECTION DESCRIPTION Page No. 1 E-TENDER NOTICE 04-06 2 ELIGIBILITY CRITERIA 07-12 3 DISCLAIMER 13-15 4 INTRODUCTION 16-18 5 E-TENDER ONLINE SUBMISSION PROCESS 19-21 6 INSTRUCTIONS TO APPLICANTS 22-44 7 SCOPE OF WORK 45-47 8 BILL OF QUANTITIES 48-114 9 GENERAL CONDITIONS OF CONTRACT 115-156 10 SPECIFICATIONS & SELECTION OF MATERIAL 157-160 11 FRAUD AND CORRUPT PRACTICES 161-163 12 PRE-BID MEETING 164-165 13 SPECIAL INSTRUCTIONS TO TENDERERS 166-183 14 LIST OF APPROVED BANKS 184-186 15 APPENDIX 187-202 Page | 3 SECTION 1 e-TENDER NOTICE MUNICIPAL CORPORATION OF GREATER MUMBAI DyH.E.(Operations) Dy.H.E. -
Redesigning Khardi Rural Piped Water Network Scheme for Sustainability
Redesigning Khardi Rural Piped Water Network Scheme for Sustainability Authors: Varsha Choudhary, Om P. Damani, Rajaram Desai, Aditya Joshi, Monika Kanwat, Manju Kaushal, Swati Kharole , Yogesh Pawde, Prerana Rathore and MilindSohoni Indian Institute of Technology Bombay Powai, Mumbai – 400 076 Page 1 of 62 Table of Contents Redesigning Khardi Multi Village Rural Piped Water Scheme for Sustainability .................... 1 Executive Summary .......................................................................................................................... 5 1 Introduction ................................................................................................................................. 7 1.1 Background ................................................................................................................ 7 1.2 Objective and Scope .................................................................................................. 9 1.3 Approach and Methodology ........................................................................................ 9 1.4 Stakeholders ............................................................................................................ 10 2 Scheme Description .................................................................................................................. 12 2.1 Source, Raw Water Pumping and Treatment ........................................................... 12 2.2 Water Mains and Distribution Network ....................................................................