Details of Module and Its Structure

Total Page:16

File Type:pdf, Size:1020Kb

Details of Module and Its Structure Details of Module and its Structure Module Detail Subject Name Sociology Paper Name Ecology and Society Module Name/Title Environmental Movements Part III : Narmada Bachao Andolan Pre-requisites Objectives Keywords Sardar Sarovar Project (SSP), NBA, Narmada, NVDP, NCA, NVDA, NWDTA Structure of Module / Syllabus of a module (Define Topic / Sub-topic of module) Summary This module narrates Narmada Bachao Andolan, as an environmental movement in India. Right from independence, there were several proposals to harness the waters of the river Narmada. In 1961, Nehru laid a foundation stone for a dam near the village Navagam in Gujarat. This module engages with the history of the protest movement against Narmada Valley Development Projects Role Name Affiliation Principal Investigator Prof Sujata Patel University of Hyderabad Paper Coordinator Himanshu Upadhyaya Azim Premji University Content Writer/Author Himanshu Upadhyaya Azim Premji University (CW) Content Reviewer (CR) Savyasachi Jamia Milia Islamia Language Editor (LE) Savyasachi Jamia Milia Islamia This module talks about Narmada Bachao Andolan (Save the river Narmada movement) as an example of environmental movements in India. Resistance Movements prior to Narmada Bachao While the Narmada Bachao Andolan is believed to be the most talked about resistance movement challenging the large dam, it would be wrong to assume that large dams in India were always celebrated as ‘modern temples of India’ and had not met with protests. McCully (2001: 299) states that, “Harakud, the first huge multi-purpose dam project completed in independent India, provoked opposition from local politicians and bureaucrats as well as the people to be evicted”. McCully’s brief narrative on resistance movements against large dams in India, in his book Silenced Rivers, informs readers that around 30,000 people marched in protest against Hirakud Dam in 1946. Mentioning another incident, McCully reports that “in 1970, some 4000 peope occupied the Pong dam construction site to demand resettlement land, and the work was stopped for more than two weeks”. McCully narrates to us the widespread popular resistance by people affected from large dams in the state of Bihar in late 1970s, on the banks of Subarnarekha river. He refers to a protest march by around 1 lakh people to the site of Chandil dam. A month after this spectacular mobilisation, police had opened fire at a demonstration by around 8000 affected people killing three protestors. In the decade of 1970s, there arose protests against the proposed Tehri dam on Bhagirathi and from the people affected by Chandil and Icha dams on Subarnarekha. There were also movements by downstream people affected by construction of Sipu and Dantiwada dam, led by Gandhian activists, raising concerns about water security. Around 1980s, the earlier romanticism of looking at large dams as temples of modern India was losing an appeal, and as we have discussed while talking about hydroelectric power and large dams, Nehru was a precursor to the critique of large dams as representing “disease of gigantism”. In addition to that, Gandhian activists such as Jugatram Dave, who conceptualised a school and commune at Vedchhi, to exhibit Gandhi’s ideas on Nayi Talim, had started to rethink the earlier impressions on large damsi. Planning to Harness Waters of River Narmada Way back in late 19th century during the British Raj, the idea of harnessing the waters of Narmada rivers had grabbed attention of colonial irrigation planners. The first Irrigation Commission of India, which was constituted soon after the devastating famine of the year 1900, mentions a proposal to construct a barrage near Bharuch. However, the soil condition at the proposed site was found to be unsuitable for flow irrigation and hence the scheme got shelved. Inter-State Water Sharing Disputes and Narmada Water Disputes Tribunal’s Award The Sardar Sarovar Project [SSP] is one of the 30 large dams planned to be built on the Narmada River. During the early years of its long history [1964-'65], the rationale used for SSP height of 530 feet was to prioritise the requirement of irrigation water for arid zones in Gujarat and Rajasthan over power.ii However, this proposal of Khosla commission to allocate 13.9 Million Acre Feet (MAF) water to Madhya Pradesh and 10.6 MAF to Gujarat was not agreeable to upstream riparian state and the proposal got mired into disputes. So under Inter State Water Disputes Act (1956), Narmada Water Disputes Tribunal [NWDT] was constituted in 1969. After hearing the arguments from different riparian state, and a non-riparian beneficiary state that was made party along the proceedings for ten years, NWDT passed Award in 1979 apportioning Narmada water between four states, fixed the height of SSP at 138.68 metres [455 feet] and laid down binding rehabilitation clauses by promising oustees cultivable and irrigable land and alternative housing with civic amenities. While much proverbial water has flowed down the river basin since then and also through turbines in the last one decade, in writing accounts and narratives about the Narmada controversy, authors in recent times slip into the tendency to present the discourse as a "minefield", "bibliographer's nightmare", "voluminous and tendentious" and the stand taken by opponents and proponents as "confrontationist" and "attrition of forces" whereby a middle ground of dialogue and compromise is lost. However, those narratives have seldom tried to probe the responses from the proponents and State, who wielded propaganda, hate speech and emotive power of thirst aiming at "discourse breaking", rather than responding to criticism and alternative proposals – such as the one put forward by Joy and Paranjpe (1995) - in a discursive fashion. Many a time such narratives are also seen faltering at the review of literature chapter itself. For example in his book, The Politics of Water Resource Development in India: The Narmada Dam Controversy, John R. Wood’s narration of the NWDT years with singular focus on how different state governments and opposition parties in state level politics perceived and participated in the process. However, he neglects to draw upon the Vidhan Sabha resolution dated November 24, 1967 and letter sent by Madhya Pradesh MPs to Prime Minister on December 16, 1967. Wood (p. 112) says, "periodically, the Tribunal and its Assessors toured the disputant states to investigate…they made a point of not meeting politicians. They did not hold public hearings… Hearings and consultations had never been held before, nor remarkably were they asked during 1969-'78," but fails to draw from the petition submitted by Nimad Bachao Samiti to the chairman of NWDT dated October 28, 1974. Sangvai [2002: 16] describes how there were widespread protests during the visits of NWDT Assessors to Nimad drawing upon newsclips from Indore edition of two newspapers - Sandesh and Nai Duniya. Wood (p. 120) says, "fairness in whose eyes was a question rarely asked in 1969-'78…there was some grumbling on both sides", while ignoring to narrate immediate response to NWDT Award's announcement - August 18, 1978 - in the form of 10000 people taking out a protest rally in Badwani and 5000 farmers from Nimad taking part in protest demonstration at Bhopal on 23rd and 28th August respectively. Khagram (2002: 206-231) not only describes the protests that followed NWDT Award's announcement but also reviews events that took place between '78 and '81 drawing upon newsclips from Bhopal edition of The Statesman and The Times of India. Isn't it surprising that an academician whose "news clipping files on Narmada and Indian water resources development now go back 30 years and fill many feet of filing cabinet space" should have picked up clips only from Ahmedabad edition of The Times of India while writing about NWDT process and ignored two books on the subject that have been in public domain for many years before the publication of his book! Sangvai and Khagram engages with the first phase of resistance against the large dams under the banner of Nimad Bachao Andolan, which couldn’t sustain the mobilization beyond initial few years. Narmada Valley Development Projects and consolidation of resistance The full details of the Narmada valley Development Projects (NVDP) started to emerge only towards mid-1980s, when an ambitious plan to construct 30 large dams, 135 medium dams and 3000 smaller dams was announced. The next prominent event was the World Bank decision in 1985 to provide US $ 450 Million to finance the construction of dam and canal network. The Planning Commission accorded investment approval to the project in October 1988 for Rs. 6,406.04 crores at 1986-‘87 price levels. Environmental clearance was denied to the project in the year 1983. But, after considerable correspondence between Union Ministry of Water Resources and Ministry of Environment and Forest, the conditional environmental clearance was accorded to the project on June 24, 1987. Narrating the history of the second phase of resistance where people got mobilised with a view to seek full information about the extent of submergence and displacement to be faced by affected villages and the promised rehabilitation, McCully (2001: 301) states: “Medha Patkar was a 30-year-old social activist, when she first came to the Narmada valley in 1985 to work in the villages to be submerged by the Sardar Sarovar Dam. Over the next few years, Patkar travelled by foot, bus and boat throughout the nearly 200-kilometre long submergence zone, which includes parts of three states and people speaking five different languages. Patkar lived with the villagers to be displaced, listened to their fears for the future, and urged them to organise to force the government to respect their rights… Her oratorical and organisational skills helped build the trust of many local people and also attracted a committed coterie of young outside activists to come to the valley.
Recommended publications
  • Flood Forecasting Appraisal Report 2013
    kovala kayaa--laya p`yaaoga hotu For official use only Baart sarkar kond`Iya jala Aayaaoga maahI maMDla,gaaMQaInagar GOVERNMENT OF INDIA CENTRAL WATER COMMISSION MAHI DIVISION , GANDHI NAGAR baaZ pUvaa--naumaana eop`a[--jala irpaoT-- vaYa-- 2013 maahI,saabarmait evaM banaasa baoisana FLOOD FORECASTING APPRISAL REPORT 2013 MAHI,SABARMATI AND BANAS BASIN Wanakbori Weir nama--da evaM tapI baoisana saMgazna,gaaMQaInagar jala vaO&anaIya p`oxaNa pirmaMDla,gaaMQaInagar maahI maMNDla ,gaaMQaInagar NARMADA & TAPI BASIN ORGANISATION, GANDHINAGAR HYDROLOGICAL OBSERVATION CIRCLE , GANDHINAGAR MAHI DIVISION, GANDHINAGAR janavarI 2014 JANUARY 2014 BaUimaka kond`Iya jala Aayaaoga doSa maoM baaZ pUvaa-naumaana tqaa baaZ inayaM~Na piryaaojanaaAaoM kI yaaojanaa, AiBaklp tqaa kayaa- nvayana maoM mah%vapUNa- BaUimaka inaBaa rha hO. kond`Iya jala Aayaaoga nao Baart maoM baaZ inayaM~Na ka naoTvak- saBaI mah%vapUNa- AMtra-jyaIya nadI baoisana maoM ivakisat kr rKa hO ijasakI sahayata sao kond`Iya jala Aayaaoga ja$rt pDÊnao pr AMtvaa- h³[nFlaao´ tqaa str³ laovala ´, baaZ pUvaa-naumaana kao saUicat krta hO. maahI maMDla, kond`Iya jala Aayaaoga , gaaMQaInagar Wara maahI,saabarmatI tqaa banaasa baoisana maoM kDanaa³maahI baoisana´, Qarao[-³saabarmatI baoisana´ tqaa daMtIvaaDa³ banaasa baoisana´ baaMQaao ko ilae AMtvaa-h baaZ pUvaa-naumaana ka kaya- ikyaa jaata hO.[sako Alaavaa baanakbaaorI vaoyar ³maahI nadI´ tqaa sauBaaYa iba`ja Ahmadabaad ³saabarmatI nadI´ pr jala str pUvaa-naumaana ka kama BaI maahI maMDla Wara ikyaa jaata hO. Pa`stut p`itvaodna ³irpaoT-´ maoM, maahI, saabarmatI tqaa banaasa baoisana maoM dixaNa piScama maanasaUna 2013 ko daOrana ]plabQa jalaIya maaOsamaIya pirisqaityaaoM ka ica~Na ikyaa gayaa hO tqaa saaqa maoM baaZ pUvaa-naumaana sao sambainQat maahI maMDla kI gaitivaiQayaaoM ka ivavarNa idyaa gayaa hO.
    [Show full text]
  • – Kolab River 4)Indravati Dam – Indravati River 5)Podagada Dam – Podagada River 6)Muran Dam – Muran River 7)Kapur Dam – Kapur River
    DAMS IN INDIA WEST BENGAL 1)FARRAKA BARRAGE – GANGES RIVER 2)DURGAPUR BARRAGE – DAMODAR RIVER 3)MAITHON DAM –BARAKAR RIVER 4)PANCHET DAM – DAMODAR RIVER 5)KANGSABATI DAM – KANGSABATI RIVER UTTAR PRADESH 1)RIHAND DAM – RIHAND RIVER 2)MATATILA DAM – BETWA RIVER 3)RAJGHAT DAM – BETWA RIVER ODISHA 1)HIRAKUND DAM – MAHANADI 2)RENGALI DAM – BRAHMANI RIVER 3)UPPER KOLAB DAMwww.OnlineStudyPoints.com – KOLAB RIVER 4)INDRAVATI DAM – INDRAVATI RIVER 5)PODAGADA DAM – PODAGADA RIVER 6)MURAN DAM – MURAN RIVER 7)KAPUR DAM – KAPUR RIVER www.OnlineStudyPoints.com DAMS IN INDIA JHARKHAND 1)MAITHON DAM- BARAKAR RIVER 2)PANCHET DAM- DAMODAR RIVER 3)TENUGHAT DAM – DAMODAR RIVER 5)GETALSUD DAM – SWARNAREKHA RIVER MADHYA PRADESH 1)GANDHISAGAR DAM – CHAMBAL RIVER 2)TAWA DAM – TAWA RIVER 3)INDIRA SAGAR DAM – NARMADA RIVER 4)OMKARESHWAR DAM – NARMADA RIVER 5)BARGI DAM – NARMADA RIVER 6)BARNA DAM – BARNA RIVER 7)BANSAGAR DAM – SON RIVER CHHATTISGARH www.OnlineStudyPoints.com 1)MINIMATA BANGO DAM – HASDEO RIVER 2)DUDHWA DAM – MAHANADI 3)GANGREL DAM – MAHANADI 4)SONDUR DAM – SONDUR 5)TANDULA DAM – TANDULA RIVER 6)MONGRA BARRAGE – SHIVNATH www.OnlineStudyPoints.com DAMS IN INDIA MAHARASHTRA 1)KOYNA DAM – KOYNA RIVER 2)JAYAKWADI DAM – GODAVARI RIVER 3)ISAPUR DAM – PENGANA RIVER 4)WARNA DAM – VARNA RIVER 5)TOTLADOH DAM – PENCH RIVER 6)SUKHANA DAM – SUKHANA RIVER 7)UJJANI DAM – BHIMA RIVER JAMMU AND KASHMIR 1)SALAL DAM – CHENAB RIVER 2)BAGLIHAR DAM – CHANAB RIVER 3)PAKUL DUL DAM – CHENAB RIVER 3)URI DAM – JHELUM RIVER 4)NIMBOO BAZGO HYDROELECTRIC PLANT – INDUS RIVER
    [Show full text]
  • Wetland and Waterbird Heritage of Gujarat- an Illustrated Directory
    Wetland and Waterbird Heritage of Gujarat- An Illustrated Directory (An Outcome of the Project “Wetland & Waterbirds of Gujarat – A Status Report of Wetlands and Waterbirds of Gujarat State including a Wetland Directory”) Final Report Submitted by Dr. Ketan Tatu, Principal Investigator (Ahmedabad) Submitted to Training and Research Circle Gujarat State Forest Department, Gandhinagar December 2012 Wetland and Waterbird Heritage of Gujarat- An Illustrated Directory (An Outcome of the Project “Wetland & Waterbirds of Gujarat – A Status Report of Wetlands and Waterbirds of Gujarat State including a Wetland Directory”) Final Report Submitted by Dr. Ketan Tatu Principal Investigator Ahmedabad Submitted to Training and Research Circle (TRC) Gujarat State Forest Department Gandhinagar December 2012 Sponsored by Training and Research Circle, Gujarat State Forest Department Gandhinagar Acknowledgements I express my sincere thankfulness and profound gratitude to Dr. H. S. Singh, currently an Addl. PCCF, Gujarat Forest Dept. and then Director, Gujarat Forest Research Institute, Gandhinagar, who gave me the opportunity and help to carry out the present study. Without the kind support and advice rendered by Dr. B. H. Patel, IFS, Dy. CF (Research), Gujarat Forest Research Institute, Gandhinagar, regarding the essential formalities this work would not have been completed. I am also thankful to Shri R. N. Tripathi, the then Director, Gujarat Forest Research Institute, Gandhinagar for supporting this work and giving me necessary extension for completion of this work. I also extend my thanks to Shri D. S. Narve, CCF and Director, Gujarat Forest Research Institute, Gandhinagar for being patient and supportive in the last phase of the study. I am highly indebted to Shri B.
    [Show full text]
  • 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.
    [Show full text]
  • List of Dams and Reservoirs in India 1 List of Dams and Reservoirs in India
    List of dams and reservoirs in India 1 List of dams and reservoirs in India This page shows the state-wise list of dams and reservoirs in India.[1] It also includes lakes. Nearly 3200 major / medium dams and barrages are constructed in India by the year 2012.[2] This list is incomplete. Andaman and Nicobar • Dhanikhari • Kalpong Andhra Pradesh • Dowleswaram Barrage on the Godavari River in the East Godavari district Map of the major rivers, lakes and reservoirs in • Penna Reservoir on the Penna River in Nellore Dist India • Joorala Reservoir on the Krishna River in Mahbubnagar district[3] • Nagarjuna Sagar Dam on the Krishna River in the Nalgonda and Guntur district • Osman Sagar Reservoir on the Musi River in Hyderabad • Nizam Sagar Reservoir on the Manjira River in the Nizamabad district • Prakasham Barrage on the Krishna River • Sriram Sagar Reservoir on the Godavari River between Adilabad and Nizamabad districts • Srisailam Dam on the Krishna River in Kurnool district • Rajolibanda Dam • Telugu Ganga • Polavaram Project on Godavari River • Koil Sagar, a Dam in Mahbubnagar district on Godavari river • Lower Manair Reservoir on the canal of Sriram Sagar Project (SRSP) in Karimnagar district • Himayath Sagar, reservoir in Hyderabad • Dindi Reservoir • Somasila in Mahbubnagar district • Kandaleru Dam • Gandipalem Reservoir • Tatipudi Reservoir • Icchampally Project on the river Godavari and an inter state project Andhra pradesh, Maharastra, Chattisghad • Pulichintala on the river Krishna in Nalgonda district • Ellammpalli • Singur Dam
    [Show full text]
  • Report of the Committee for Gardens of Medicinal Plants Appointed by the Government of Gujarat
    GUJARAT STATE Report of the Committee for Gardens of Medicinal Plants appointed by the Government of Gujarat * GOVERNMENT CENTRAL PRESS, AHMEDABAD 1969 [Price Rs. 1-40 Ps.] GUJARAT STATE Report of the Committee for Gardens of Medicinal Plants appointed by . the Government of Gujarat * THE COMMITTEE FOR GARDENS OF MEDICINAL PLANTS GUJARAT STATE Page No. 1 II Chairman ll RASIKLAL J. PARIKH H 17 Member• 24 Vaidya Shri Vasantbhai H. Gandhi Shri Zinabhai Darji, Vaidya Shri Shantibhai P. Joshi Presiden! : District Pancho: so Surat. · Vaidya Shri Vaghjibhai K. Solanki 38 Vaidya Shri Dalpat R. Vasani Shri Chunibhai Desaibhai Desai 411 Vaidya Shri Jivraj R. Siddhapura Shri S. J. Coelho, The Director of Industries 47 Gujarat State. 1 1)2 Shri R. D. Joshi, The Chief Conservator of Fore~ 116 Gujarat State, Baroda. 119 Shri B. V. Patel, Convener. The Director of Drugs Control Administration, . Gujarat State. o-188-(1) CONTENTS OHAPTER l'age No, I Appointment and Scope of the Committee. 1 II The Committee goes into action. II m Procedure adopted by the Committee, 9 IV Outline of the proceedinga. u v The Dange. 17 VI Gir and Girnar. 24 VII Kutch so VIII Danta and Jesor. sa IX Bhavnagar, Victoria Park. 411 X Vansda-Dharampur. 47 XI Pavagadh and Chhota Udepur. 1!2 XII Shetrunjaya and Ghela Somnath. 158 XIII Vijaynagar. 119 XIV Osam and Bardo ( Kileshvar ) 62 XV Ratan Mahal, Santrampur and Deogadh Barla. 69 XVI Batpuda and Narmada river bank region. 72 XVII- Conclusion. 81 XVIII- Summary of recommendations. Appendicee. 86 CHAPTER--I APPOINTMENT AND SCOPE OF THE COMMITTEE The Government of Gujarat had appointed a Committee for Gardens of Medicinal Plants under its.
    [Show full text]
  • Development Programme 2020-21
    BUDGET PUBLICATION NO. 35 GOVERNMENT OF GUJARAT DEVELOPMENT PROGRAMME 2020-21 GENERAL ADMINISTRATION DEPARTMENT PLANNING DIVISION SACHIVALAYA, GANDHINAGAR. FEBRUARY, 2020 DEVELOPMENT PROGRAMME 2020-21 CONTENTS PART - I CHAPTERS Page No. I Gujarat Current Scenario ( 1-12 ) II Development Approach ( 13-32 ) III Employment and Skill Development ( 33-37 ) IV Tribal Development Programme ( 38-44 ) V Social Development ( 45-47 ) VI Gender Focus ( 48-52 ) VII Human Development Approach to Decentralised Development ( 53-56 ) VIII E- Governance (57-61 ) IX Twenty Point Programme ( 62-72 ) X Externally Aided Projects in the State (73-74 ) PART – II DEPARTMENTWISE OBJECTIVE, STRATEGY AND IMPORTANT SCHEMES 1 Agriculture and Co-operation Department (1-59) 2 Climate Change Department (60-62) 3 Education Department. (63-97) 4 Energy and Petrochemicals Department (98-105) 5 Food, Civil Supplies and Consumer Affairs Department (106-111) 6 Forest and Environment Department (112-123) 7 General Administration Department (124-131) 8 Health and Family Welfare Department (132-150) 9 Home Department (151-154) 10 Information and Broadcasting Department. (155-156) 11 Industries and Mines Department (157-228) 12 Labour and Employment Department (229-234) 13 Legal Department (235-236) 14 Narmada, W.R., W.S. & Kalpsar Department (237-251) 15 Ports and Transport Department (252-253) 16 Panchayat, Rural Housing & Rural Development Department (254-268) 17 Roads and Buildings Department (269-279) 18 Revenue Department (280-285) 19 Social Justice and Empowerment Department
    [Show full text]
  • Water & Green Economy
    The Role of Water Technology in Development: A case study of Gujarat, India Dr. Rajiv K. Gupta IAS Principal Secretary Climate Change Department Government of Gujarat, India About Gujarat Gujarat - located in western part of India having a population of 60 million with an area of 196024 sq.km. Location : Latitude 20.600 to 24.420 North Longitude 68.100 to 74.280 East Gujarat State as compared to India • Geographical Area 5.96% • Population (Census 2011) 4.99% • Surface Water Resources 2.28% • Annual growth rate 1.9 % (Country’s average 1.77%) • Per capita income 63961 (1300 US $) (Country’s 46492 (around 937 US$ per annum) • Contribution to the Nation . 15% in industrial production, 22% in exports, . 30% in stock market capitalization River Basins Of Gujarat No. Basin Name Average Major Projects Annual Name Gross Live Rainfall Storage Storage (MCM) (MCM) (MCM) 1 Tapi 6,694 Ukai Dam 8,510 7,092 (South Gujarat) Kare purna 98 86 2 Narmada 34,273 Karjan 630 - (South Gujarat) Tawa 2,310 2,050 Bama 539 465 3 Mahi 4,359 Mahi Bajaj Sagar 2,180 1,712 (North Gujarat) Kadana 1,542 1,203 4 Sabarmati 1,559 Dharoi 908 732 (North Gujarat) Watrak 177 154 5 Banas 450 Sipu Dam 178 156 (North Gujarat) Dantiwada Dam 464 444 6 Shetrunji 182 Shetrunji 350 309 Total 185 Rivers, only 8 (Saurashtra) irrigation Scheme Perennial, All located in 7 Bhadar 474 Bhadar irrigation 238 221 southern part (Saurashtra) Scheme Intra-State Distribution of Water Projected Water Scarcity in 2025 Source: The Global Water Scarcity Study, IWMI, 1998 Background of Water Scarcity in Gujarat Water Scarcity in Gujarat Before the year 2001 drinking water scarcity posed serious threat to human and cattle lives in Gujarat State.
    [Show full text]
  • Annual Report
    ANNUAL REPORT 2017-18 GOVERNMENT OF INDIA MINISTRY OF WATER RESOURCES, RIVER DEVELOPMENT AND GANGA REJUVENATION NEW DELHI A Bird’s-eye view of Tungabhadra Dam GOVERNMENT OF INDIA MINISTRY OF WATER RESOURCES, RIVER DEVELOPMENT AND GANGA REJUVENATION NEW DELHI ABBREVIATIONS AC-IWRM Advanced Centre CEA Central Electricity for Integrated Water Authority Resources Management CETE Composite Ecological ADB Asian Development Bank Task Force AfDB African Development CFPDS Committee for Bank Finalization of Protocol AGGS Association of Global for Data Sharing Groundwater Scientists CGWB Central Ground Water AIBP Accelerated Irrigation Board Benefits Programme Ch Chainage AMRUT Atal Mission for CLA Central Loan Assistance Rejuvenation and Urban CMC Cauvery Monitoring Transformation Committee AR Artificial Recharge CO Cobalt APILIP Andhra Pradesh Cr Chromium Irrigation and Livelihood CPCB Central Pollution Control Improvement Programme Board ASCI Administrative Staff CPGRAMS Centralized Public College of India Grievance and Monitoring ASSOCHAM Associated Chambers of System Commerce and Industry CPSU Central Public Sector of India Units AWA Annual Water Account CRA Cauvery River Authority BB Brahmaputra Board CSMRS Central Soil & Materials BCB Bansagar Control Board Research Station BIS Bureau of Indian CSR Corporate Social Standards Responsibility BOD Bio-chemical Oxygen Cu Copper Demand Cumec cubic metre per sec BOOT Build Operate Own and Cusec Cubic foot per sec Transfer CWC Central Water BOP Border Out Post Commission BOQ Bill of Qualities CWES
    [Show full text]
  • Exploration of Fish Diversity in the West Banas River, Banaskantha, Gujarat
    Rec. zool. Surv. India: Vol. 119(3)/ 282-288, 2019 ISSN (Online) : 2581-8686 DOI: 10.26515/rzsi/v119/i3/2019/132333 ISSN (Print) : 0375-1511 Exploration of Fish Diversity in the West Banas River, Banaskantha, Gujarat Harinder Singh Banyal*, Sanjeev Kumar and R. H. Raina Desert Regional Centre, Zoological Survey of India, Jodhpur - 342005, Rajasthan, India; [email protected] Abstract The West Banas River, Gujarat was explored from Ichthyofaunal diversity perspective. Seven species were reported from the river. Cypriniformes was the dominant order with five species followed by Perciformes and Osteoglossiformes represented Keywords: Diversity, Fish, Gujarat, West Banas River by one species each. Introduction Western parts of Banaskantha and Patan districts touch the Kachchh district and are unique in terms of Gujarat, a maritime State on the west coast is one of the geography and biota. The Thar Desert comprising salt richest fishing zones in India harbouring wide range of pans, scrublands, known as Little Rann extends in to marine and vast inland aquatic fisheries resources. The western parts of Banaskantha and Patan districts. Eastern favorable climate and environment conditions of the state parts of Banaskantha and Patan districts are near to support booming fish production through aquaculture Aravalli hills hence topogarphy of this region is entirely (Sharma, et al., 2016). different. Dantiwada Dam is situated on Banas River at The West Banas River is mainly a seasonal west flowing Dantiwada town of Banaskantha district of Gujarat with river that originates near Naya Sanwara in south Sirohi catchment area of 2862 kms2. district of Rajasthan. The basin of the river lies between The actual number of fish species of India is still not 24° 19’ 55.98” to 24° 54’ 51.02” North latitude and 72° 35’ precisely worked out because of taxonomic confusions 22.07’’ to 73° 10’ 03.50’’ East longitudes.
    [Show full text]
  • View 1 II Water Resources Development 19 III River Management 27 IV Basin Planning 59 V Design & Consultancy 69 VI Water Management 111
    ANNUAL REPORT 2017-18 CENTRAL WATER COMMISSION Government of India Ministry of Water Resources, River Development & Ganga Rejuvenation INDIA – LAND AND WATER RESOURCES: FACTS Geographical Area & Location 328.7 M ha Latitude; 80 4’N to 370 6’ N Longitude: 680 7’E to 970 25’ E Population (2011) 1210.19 Million Rainfall Variation 100 mm in Western most regions to 11000 mm in Eastern most region Major River Basin (Catchment Area more than 20,000 12 Nos. having total catchment area 253 Sqkm) Mha Medium River Basin (Catchment Area between 2000 and 46 nos. having total catchments area 25 20,000 Sq km) Mha Total Navigable Length of Important Rivers 14464 Km WATER RESOURCES Average Annual Rainfall 4000 BCM Annual Rainfall (2016) 3560 BCM Mean Annual Natural Run-Off 1869 BCM Estimated Utilisable Surface Water Potential 690 BCM Total Replenishable Ground Water Resources 433 BCM Ground Water Resources Available for Irrigation 369 BCM Ground Water Potential Available for Domestic, 71 BCM (approx.) Industrial And Other Purposes Ultimate Irrigation Potential 140 Mha From Surface Water 76 Mha From Ground Water 64 Mha Storage Available Due to Completed Major & Medium 253 BCM Projects (Including Live Capacity less than 10 M.Cum) Estimated Additional Likely Live Storage Available due 155 BCM to Projects Under Construction / Consideration LAND RESOURCES Total Cultivable Land 182.2 M ha Gross Sown Area (2014-15) 198.4 M ha Net Sown Area (2014-15) 140.1 M ha Irrigation Potential Created (upto March 2012) 113.5 M ha Gross Irrigated Area
    [Show full text]
  • Groundwater Brochure Banaskantha District Gujarat
    For Official Use Technical Report Series GROUNDWATER BROCHURE BANASKANTHA DISTRICT GUJARAT Compiled by B. K. Gupta Scientist – B Government of India Ministry of Water Resources Central Ground Water Board West Central Region Ahmedabad September -2011 DISTRICT GROUND WATER BROCHURE BANASKANTHA 1.0 Introduction The Banaskantha district takes its name from the river Banas, which flows through it. The district is situated in the north western part of the state and lies between north latitudes 23°33’ & 24°25’, and east longitude 71°07’ & 73°02’. It has an area of 10,303 sq. km and is bounded by state of Rajasthan in north, Rann of Kachchh in west, by Sabarkantha, Mahesana and Patan districts in east, south and south west respectively. The district with its headquarter at Palanpur is consists of 12 taluks and 1249 villages. The talukas are Palanpur, Danta, Vadgam, Amirgadh, Dantiwada, Deesa, Dhanera, Kankrej, Diyodar,, Bhabhar, Vav and Tharad. Total population of the district, as per 2001 census, is 2502843. Fig-1 Administrative map of the District The district has a diverse landscape, it is characterized by hilly upland in the northeast with intermountain valleys, followed by piedmont zone with alluvium and residual hills/inselbergs and gently sloping vast alluvial – aeolian plain. The Rann in the west forms a totally different landscape in which a few isolated islands (Bets) are inhabited. The elevation in the district ranges from less than 10 m in the western part to more than 800 m amsl in the northeastern part. The district has semi arid climate. Extreme temperatures, erratic rainfall and high evaporation are the characteristic features of this type of climate.
    [Show full text]