DOCSLIB.ORG

Eg Phd, Mphil, Dclinpsychol

Total Page：16

File Type：pdf, Size：1020Kb

Download full-text PDF Read full-text
Eg Phd, Mphil, Dclinpsychol This thesis has been submitted in fulfilment of the requirements for a postgraduate degree (e.g. PhD, MPhil, DClinPsychol) at the University of Edinburgh. Please note the following terms and conditions of use: This work is protected by copyright and other intellectual property rights, which are retained by the thesis author, unless otherwise stated. A copy can be downloaded for personal non-commercial research or study, without prior permission or charge. This thesis cannot be reproduced or quoted extensively from without first obtaining permission in writing from the author. The content must not be changed in any way or sold commercially in any format or medium without the formal permission of the author. When referring to this work, full bibliographic details including the author, title, awarding institution and date of the thesis must be given. The International Politics of Low Carbon Technology Development: Carbon Capture and Storage (CCS) in India Rudra V. Kapila Doctor of Philosophy The University of Edinburgh November 2014 Declaration I declare that this thesis was composed by myself, that the work contained herein is my own except where explicitly stated otherwise in the text, and that this work has not been submitted for any other degree or professional qualification except as specified. (Rudra Vidhumani Kapila) i Abstract This thesis explores the international political dynamics of developing low carbon technology. Specifically, Carbon Capture and Storage (CCS) technology as a climate mitigation strategy in a developing country context is examined. CCS is a technological solution that allows for the continued use of fossil fuels without the large amounts of associated CO2 emissions. This entails capturing the CO2 emitted from large point sources, such as a coal-fired power station, and transporting the captured emissions to be injected and stored permanently into geological media. Consequently, CCS is a bridging technology that could provide more time for transitioning to a low-carbon economy. A case study of India is used, which is an emerging industrialising economy, and is also the third-largest coal producer in the world. India faces a dilemma: poverty alleviation and infrastructure development to support its billion plus population requires vast amounts of energy, which is predominantly based on fossil fuels. Therefore, it was envisioned that CCS would be a sustainable option, which could enable industrialisation at the rate required, whilst preventing the exacerbation of the negative effects of climate change. However, during the period of study (2007-2010), CCS was not embraced by India, despite there being a growing impetus to develop, demonstrate and transfer the technology. India was reluctant to consider CCS as part of a mitigation strategy, and this thesis focuses on the reasons why. An interdisciplinary approach is used, coupling perspectives from science, technology and innovation studies (STS) with concepts from International Relations (IR) scholarship. This sociotechnical conceptual framework is applied to gain a more holistic picture of the failed attempt to transfer CCS technology to India. Key technical challenges and blockages are identified within India’s existing energy system, which have restricted CCS technology implementation. In addition, the political challenges associated with the rejection of CCS by the Indian Government are explored. Empirical evidence is on the basis of elite interviews, an expert stakeholder survey and relevant documents. Another case study on the Cambay basin is used to further demonstrate the influence of political factors on CCS implementation, even in an area considered to have suitable technical conditions. The outcomes of this study have implications for policy addressing global challenges, especially by means of international cooperation and technological change. ii Lay Summary This study looks at how low-carbon, or green, energy technologies are developed in rich countries, which could also be applied in poor countries. The main focus is on Carbon Capture and Storage technology, shortened to CCS, which was being developed in rich countries such as the UK, Norway, Australia and USA. This technology involves capturing carbon dioxide gas, which is a polluting gas that contributes to climate change when it is released into the atmosphere. Carbon dioxide is released as a waste product from large industrial processes, such as a power station that burns coal to produce electricity. The captured carbon dioxide gas is then transported, usually by pipelines, to be stored, or injected deep underground, around three kilometres below the surface, so that it does not escape into the atmosphere. Good storage locations for captured carbon dioxide can be found either on land, or offshore, deep below the surface of the seabed. Many of these suitable storage sites are places where oil or natural gas have already been discovered. Most countries around the world depend on fossil fuels, such as coal, oil and natural gas to produce electricity to power their factories, buildings and homes. Burning fossil fuels can be quite a polluting process, therefore CCS can be useful for cutting down the amount of carbon dioxide produced by industry and energy sectors. CCS could be especially useful for those countries that are less-developed and need a lot of energy to support their population. One such country is India, which uses a lot of coal because it is cheap and easily available. India needs this fuel to develop its industries, such as steel production, and also to produce electricity for powering its cities and villages. Therefore, India and other poor countries need cheap and clean energy to help lift their people out of poverty. At the time of this study, many experts in rich countries thought that this technology might also be useful if applied in India as part of a global effort to combat climate change. However, this study found that India was not keen to apply CCS technology. And so, this thesis looks at the technical and political reasons why India rejected CCS. This information was gathered from a series of interviews and surveys with very senior decision-makers in India, as well as technical experts in CCS technologies. The results of this study give a good understanding of the realities of the relationships between rich and poor countries. The findings also show how important these international relationships are and how they can influence key decisions, especially about new technologies which can be useful for limiting the effects of climate change. This work is also useful for understanding the complications for transferring a technology from one country to another. iii Acknowledgements This study encapsulates perseverance in the pursuit of a genuinely bad idea, which is essentially the entire reason anything important ever happens in the first place. And so, there are many to thank for their part in this challenging yet rewarding journey. First and foremost, I would like to thank my supervisors: Stuart ‘Beardy’ Haszeldine, who kept a sense of humour when I had lost mine; Heather Lovell, whose selfless time and care were sometimes all that kept me going. I would also like to acknowledge my mentor Jon Gibbins, for his relentless enthusiasm and encouragement, but mostly for getting me into this mess in the first place. I must also thank Nils Markusson for his excellent advice in the early years of this project, and also for opening my eyes to the social science perspective. I am indebted to this global and eclectic fellowship of CCS professionals: Hannah Chalmers, Heleen de Coninck, Tim Dixon, Trevor Drage, Stuart Gilfillan, Meade Harris, Ian Havercroft, Sam Holloway, Grant Nicoll, Andrew Prag, Malcolm Rider, Jen Roberts, Andy Rutherford, Rob Schneider, Vivian Scott, Stuart Simmons, Phil Sharman, Navraj Singh-Ghaleigh, Jamie Stewart, Derek Taylor, James Verdon, Matthew Webb, Neil Wildgust, Mark Wilkinson, Mark Winskel, Rachel Wood. This group has been a source of friendships, great advice and collaboration. I would also like to thank the helpful individuals at Cairn Energy Plc in Edinburgh, Pierre Eliet, Mike Mackie and Malcolm Thoms, who were all very generous with their time and provided assistance in setting up fieldwork with Cairn Energy India. In India, I am indebted to TERI University, Suresh Babu, Gracy Oinam, Ram- Karan Singh and Smita Varma for hosting me in New Delhi, and providing great advice for fieldwork. I also thank the various participants of this study, who I cannot name, but would like to express my appreciation for their time and insights that form the basis of this research. It has been an honour to be chosen as one of the select-few UKERC interdisciplinary PhD projects. I am especially grateful for the financial support provided by the NERC and ESRC funding bodies, as well as the additional grants from Edinburgh University, which made this research possible. I also thank these compassionate souls at Edinburgh University, who have provided crucial practical and emotional support during the more testing times of this journey: Kate Heal, Rachael Palmer, Nicola Reid, Helena Sim, and Iris Sloan. Sport has been my lifeblood throughout this journey and I must show appreciation for the incredible individuals who kept me sane, on and off the pitch, as well as in and out of the boat or pool. Firstly, I thank my heroic coaches, Derek Docherty, Ian Dryburgh and Carole Taylor, who think I am totally cray-cray in a very good way. I also thank the following athletic miscreants of immense valour and talent: Laura Crossland, Charles Dane, Anna Donald, Nicole Greenhorn, Kirsty Liddon, Kathryn McIntosh, Ben O’Mahony, Rachel Pocklington, Jennifer ‘J-J’ Stewart. A special mention and thanks to the bling-swinging Gold Medallists and Camanachd Cup Winning Shinty Champions of 2010: Ruth ‘Stacey’ Bordoli, Jenny Durkin, Maz Lawson, Sophie Moyles, iv Una Rea, Aisling Spain, Katy Smith, Holly Webster and Coach Steve Dormer-Thornhill. These guys made me a legend (in Oban).
Load more

Recommended publications
  • Diversity and Composition of Phytoplankton Around Jaitapur Coast, Maharashtra, India
    Indian Journal of Geo Marine Sciences Vol. 47 (12), December 2018, pp. 2429-2441 Diversity and composition of phytoplankton around Jaitapur coast, Maharashtra, India Mayura Khot1, P. Sivaperumal1, Neeta Jadhav1, S.K. Chakraborty1, Anil Pawase2&A.K. Jaiswar1* 1ICAR-Central Institute of Fisheries Education, Panch Marg, Off Yari Road, Versova, Andheri (W), Mumbai - 400061, India 2Colleges of Fisheries, Shirgaon, Ratnagiri - 415602, India *[Email: [email protected]] Received 07 April 2017; revised 02 June 2017 The average phytoplankton density was observed to be highest during post-monsoon at inshore as well as offshore stations. Overall phytoplankton was comprised of Bacillariophyceae (81.4%), Dinophyceae (12%), Chrysophyceae (3%), Cyanophyceae (1.8%), Desmophyceae (2.9%) and Chlorophyceae (3.9%). A total of 86 species of phytoplankton belonging to 56 genera and 6 classes were recorded from offshore and inshore stations. A massive bloom of cyanobacteria Trichodesmium erythraeum was also sighted during the winter season. Dinoflagellates showed a peak during monsoon at inshore stations. Maximum values of diversity indices were recorded during winter at offshore and during pre-monsoon at inshore stations. [Keywords: Jaitapur, proposed nuclear power plant, phytoplankton, bloom, Trichodesmium erythraeum] Introduction other power plants hasshown temperature as an Coastal NPP sites usually consuming seawater for important factor in increasing biomass, primary coolant system and discharge warm water into the sea, productivity and changes in species dominance of thereby raising the temperature of sea water1-3. phytoplankton around the vicinity of cooling water Generally,water temperature plays an important role outlet19,20.Outcomes from Kaiga nuclear power plant ininfluencing the survival rate, growth ability, and revealed negative impact of evaluated temperature on reproduction of aquatic organisms4,5.
    [Show full text]
  • Reg. No Name in Full Residential Address Gender Contact No
    Reg. No Name in Full Residential Address Gender Contact No. Email id Remarks 20001 MUDKONDWAR SHRUTIKA HOSPITAL, TAHSIL Male 9420020369 [email protected] RENEWAL UP TO 26/04/2018 PRASHANT NAMDEORAO OFFICE ROAD, AT/P/TAL- GEORAI, 431127 BEED Maharashtra 20002 RADHIKA BABURAJ FLAT NO.10-E, ABAD MAINE Female 9886745848 / [email protected] RENEWAL UP TO 26/04/2018 PLAZA OPP.CMFRI, MARINE 8281300696 DRIVE, KOCHI, KERALA 682018 Kerela 20003 KULKARNI VAISHALI HARISH CHANDRA RESEARCH Female 0532 2274022 / [email protected] RENEWAL UP TO 26/04/2018 MADHUKAR INSTITUTE, CHHATNAG ROAD, 8874709114 JHUSI, ALLAHABAD 211019 ALLAHABAD Uttar Pradesh 20004 BICHU VAISHALI 6, KOLABA HOUSE, BPT OFFICENT Female 022 22182011 / NOT RENEW SHRIRANG QUARTERS, DUMYANE RD., 9819791683 COLABA 400005 MUMBAI Maharashtra 20005 DOSHI DOLLY MAHENDRA 7-A, PUTLIBAI BHAVAN, ZAVER Female 9892399719 [email protected] RENEWAL UP TO 26/04/2018 ROAD, MULUND (W) 400080 MUMBAI Maharashtra 20006 PRABHU SAYALI GAJANAN F1,CHINTAMANI PLAZA, KUDAL Female 02362 223223 / [email protected] RENEWAL UP TO 26/04/2018 OPP POLICE STATION,MAIN ROAD 9422434365 KUDAL 416520 SINDHUDURG Maharashtra 20007 RUKADIKAR WAHEEDA 385/B, ALISHAN BUILDING, Female 9890346988 DR.NAUSHAD.INAMDAR@GMA RENEWAL UP TO 26/04/2018 BABASAHEB MHAISAL VES, PANCHIL NAGAR, IL.COM MEHDHE PLOT- 13, MIRAJ 416410 SANGLI Maharashtra 20008 GHORPADE TEJAL A-7 / A-8, SHIVSHAKTI APT., Male 02312650525 / NOT RENEW CHANDRAHAS GIANT HOUSE, SARLAKSHAN 9226377667 PARK KOLHAPUR Maharashtra 20009 JAIN MAMTA
    [Show full text]
  • School Wise Result Statistics Report
    MAHARASHTRA STATE BOATD OF SEC & H.SEC EDUCATION PUNE - 4 Page : 1 schoolwise performance of Fresh Regular candidates MARCH-2020 Division : KONKAN Candidates passed School No. Name of the School Candidates Candidates Total Pass Registerd Appeared Pass UDISE No. Distin- Grade Grade Pass Percent ction I II Grade 25.01.001 UNITED ENGLISH SCHOOL, CHIPLUN, RATNAGIRI 289 289 197 66 23 3 289 100.00 27320100143 25.01.002 SHIRGAON VIDYALAYA, SHIRGAON, RATNAGIRI 71 71 24 27 12 4 67 94.36 27320108405 25.01.003 NEW ENGLISH SCHOOL, A/P SAWARDE, RATNAGIRI 288 288 118 129 36 2 285 98.95 27320111507 25.01.004 PARANJAPE MOTIWALE HIGHSCHOOL, CHIPLUN,RATNAGIRI 118 118 37 39 25 15 116 98.30 27320100124 25.01.005 HAJI DAWOOD AMIN HIGH SCHOOL, KALUSTA,RATNAGIRI 61 60 11 22 22 4 59 98.33 27320100203 25.01.006 MILIND HIGH SCHOOL, RAMPUR, RATNAGIRI 70 70 38 26 6 0 70 100.00 27320106802 25.01.007 NEW ENGLISH SCHOOL, BHOM, RATNAGIRI 65 63 16 30 10 4 60 95.23 27320103004 25.01.008 NEW ENGLISH SCHOOL, MARG TAMHANE, RATNAGIRI 67 67 17 39 11 0 67 100.00 27320104602 25.01.009 JANATA MADHYAMIK VIDYALAYA, KOKARE, RATNAGIRI 65 65 38 24 3 0 65 100.00 27320112406 25.01.010 NEW ENGLISH SCHOOL, OMALI, RATNAGIRI 17 17 8 6 3 0 17 100.00 27320113002 25.01.011 NEW ENGLISH SCHOOL, POPHALI, RATNAGIRI 64 64 14 36 12 1 63 98.43 27320108904 25.01.012 NEW ENGLISH SCHOOL, KHERDI-CHINCHAGHARI (SATI), 348 347 181 134 31 0 346 99.71 27320101508 25.01.013 NEW ENGLISH SCHOOL, NIWALI, RATNAGIRI 100 100 29 46 18 6 99 99.00 27320114405 25.01.014 RATNASAGAR ENGLISH SCHOOL, DAHIWALI (B),RATNAGIRI 26 26 6 13 5 2 26 100.00 27320112604 25.01.015 DALAWAI HIGH SCHOOL, MIRJOLI, RATNAGIRI 94 94 36 41 17 0 94 100.00 27320102302 25.01.016 ADARSH VIDYAMANDIR, CHIVELI, RATNAGIRI 28 28 13 11 4 0 28 100.00 27320104303 25.01.017 NEW ENGLISH SCHOOL, KOSABI-FURUS, RATNAGIRI 41 41 19 18 4 0 41 100.00 27320115803 MAHARASHTRA STATE BOATD OF SEC & H.SEC EDUCATION PUNE - 4 Page : 2 schoolwise performance of Fresh Regular candidates MARCH-2020 Division : KONKAN Candidates passed School No.
    [Show full text]
  • Potential of Wave Energy Power Plants Along Maharashtra Coast
    POTENTIAL OF WAVE ENERGY POWER PLANTS ALONG MAHARASHTRA COAST SUDHIR KUMAR Maharashtra Energy Development Agency 191-A, MHADA Commercial Complex, Yerawada, PUNE - 411 006, INDIA. Tel.No. :020-683633/4, Fax : 683631 E-Mail : [email protected] Website : http://www.mahaurja.com ABSTRACT Sea waves are the result of transfer of mechanical energy of wind to wave energy. The wave quality varies for different periods and seasons. It is possible to have a realistic formula to calculate the overall wave energy potential. A general study of the wave nature has shown that there is potential of 40,000 MW along the Indian Coast. Similar study along the coast of Maharashtra State has shown that there are some potential sites such as Vengurla rocks, Malvan rocks, Redi, Pawas, Ratnagiri and Girye which have the average annual wave energy potential of 5 to 8 kW/m and monsoon potential of 15 to 20 kW/m. Considering this, the total potential along the 720 KM stretch of Maharashtra Coast is approximately 500 MW for wave energy power plants. Fortunately, after the decades of research and development activities all over the world, now some technologies are available commercially. Taking advantage of the situation, we need to exploit the possibility of the wave energy power plants at the identified sites by inviting the proposals from private investors / promoters / technology providers from all over the world. Approximately, they attract the private investment to the tune of Rs. 3000 crores. The Govt. of Maharashtra and Govt. of India, plans to announce the policies to attract private investors in this field on BOO (build own operate) basis.
    [Show full text]
  • Biodiversity Action Plan Full Report
    Final Report Project Code 2012MC09 Biodiversity Action Plan For Malvan and Devgad Blocks, Sindhudurg District, Maharashtra Prepared for Mangrove Cell, GoM i Conducting Partipicatory Rural Appraisal in the Coastal Villages of SIndhudurg District © The Energy and Resources Institute 2013 Suggested format for citation T E R I. 2013 Participatory Rural Appraisal Study in Devgad and Malvan Blocks, Sindhudurg District New Delhi: The Energy and Resources Institute 177 pp. For more information Dr. Anjali Parasnis Associate Director, Western Regional Centre Tel: 022 27580021/ 40241615 The Energy and Resources Institute E-mail: [email protected] 318, Raheja Arcade, sector 11, Fax: 022-27580022 CBD-Belapur, Navi Mumbai - 400 614, India Web: www.teriin.org ii Conducting Partipicatory Rural Appraisal in the Coastal Villages of SIndhudurg District Contents Abbrevations: .......................................................................................................................... x Executive Summary ............................................................................................................. xii 1. SINDHUDURG: AN INTRODUCTION .................................................................................... 14 1.1 Climate and rainfall: ...................................................................................................... 15 1.2 Soil: ................................................................................................................................... 15 1.3 Cropping pattern:..........................................................................................................
    [Show full text]
  • NEWS on ELECTRICITY DEVELOPMENTS Issue I – March
    NEWS ON ELECTRICITY DEVELOPMENTS Issue I – March 2007 (Compilation of news in February 2007) By CPSD, YASHADA and PRAYAS (Energy Group), Pune News on Electricity Developments (NED) is a monthly compilation of news prepared by Prayas (Energy Group) and CPSD, YASHADA for the participants of Training Programmes conducted by YASHADA (Yashwantrao Chavan Academy of Development Administration). Prayas is an NGO based in Pune, engaged in analysis and advocacy on power sector issues. This news update covers the key news in power sector at the national level and also in the state of Maharashtra during February 2007. P. G. Chavan DIRECTOR CPSD, YASHADA, Pune News on Electricity Developments CONTENTS 1. National Level Developments ................................................................................... 3 1.1 Merchant Power Plants.......................................................................................... 3 1.2 Restructuring of Coal Sector ................................................................................. 3 1.3 Delhi..................................................................................................................... 3 1.3.1 Tariff issues.................................................................................................... 3 1.3.2 Other consumer issues.................................................................................... 4 1.4 Ultra Mega Power Projects (UMPP)...................................................................... 5 1.5 Budget 2007.........................................................................................................
    [Show full text]
  • GI Journal No. 145 1 April 30, 2021
    GI Journal No. 145 1 April 30, 2021 GOVERNMENT OF INDIA GEOGRAPHICAL INDICATIONS JOURNAL NO. 145 APRIL 30, 2021 / VAISAKA 10, SAKA 1943 GI Journal No. 145 2 April 30, 2021 INDEX S. No. Particulars Page No. 1 Official Notices 4 2 New G.I Application Details 5 3 Public Notice 6 4 GI Applications 7 Conegliano Valdobbiadene Prosecco – GI Application No. 353 Franciacorta - GI Application No. 356 Chianti - GI Application No. 361 5 GI Authorised User Applications Kangra Tea – GI Application No. 25 Mysore Traditional Paintings – GI Application No. 32 Kashmir Pashmina – GI Application No. 46 Kashmir Sozani Craft – GI Application No. 48 Kani Shawl – GI Application No. 51 Alphonso – GI Application No. 139 Kashmir Walnut Wood Carving – GI Application No. 182 Thewa Art Work – GI Application No. 244 Vengurla Cashew – GI Application No. 489 Purulia Chau Mask – GI Application No. 565 Wooden Mask of Kushmandi – GI Application No. 566 Tirur Betel Leaf (Tirur Vettila) – GI Application No. 641 5 General Information 6 Registration Process GI Journal No. 145 3 April 30, 2021 OFFICIAL NOTICES Sub: Notice is given under Rule 41(1) of Geographical Indications of Goods (Registration & Protection) Rules, 2002. 1. As per the requirement of Rule 41(1) it is informed that the issue of Journal 145 of the Geographical Indications Journal dated 30th April, 2021 / Vaisaka 10, Saka 1943 has been made available to the public from 30th April, 2021. GI Journal No. 145 4 April 30, 2021 NEW G.I APPLICATION DETAILS App.No. Geographical Indications Class Goods 746 Goan Bebinca
    [Show full text]
  • School Wise Result Statistics Report
    MAHARASHTRA STATE BOATD OF SEC & H.SEC EDUCATION PUNE - 4 Page : 1 schoolwise performance of Fresh Regular candidates MARCH-2019 Division : KONKAN Candidates passed School No. Name of the School Candidates Candidates Total Pass Registerd Appeared Pass UDISE No. Distin- Grade Grade Pass Percent ction I II Grade 25.01.001 UNITED ENGLISH SCHOOL, CHIPLUN, RATNAGIRI 313 313 115 103 68 15 301 96.16 27320100143 25.01.002 SHIRGAON VIDYALAYA, SHIRGAON, RATNAGIRI 84 84 7 31 21 15 74 88.09 27320108405 25.01.003 NEW ENGLISH SCHOOL, A/P SAWARDE, RATNAGIRI 327 326 83 131 83 6 303 92.94 27320111507 25.01.004 PARANJAPE MOTIWALE HIGHSCHOOL, CHIPLUN,RATNAGIRI 135 135 16 29 33 32 110 81.48 27320100124 25.01.005 HAJI DAWOOD AMIN HIGH SCHOOL, KALUSTA,RATNAGIRI 59 59 14 18 24 1 57 96.61 27320100203 25.01.006 MILIND HIGH SCHOOL, RAMPUR, RATNAGIRI 70 69 20 32 13 0 65 94.20 27320106802 25.01.007 NEW ENGLISH SCHOOL, BHOM, RATNAGIRI 62 61 3 10 33 7 53 86.88 27320103004 25.01.008 NEW ENGLISH SCHOOL, MARG TAMHANE, RATNAGIRI 69 69 10 18 21 5 54 78.26 27320104602 25.01.009 JANATA MADHYAMIK VIDYALAYA, KOKARE, RATNAGIRI 70 70 12 39 16 1 68 97.14 27320112406 25.01.010 NEW ENGLISH SCHOOL, OMALI, RATNAGIRI 44 44 3 17 17 0 37 84.09 27320113002 25.01.011 NEW ENGLISH SCHOOL, POPHALI, RATNAGIRI 69 69 15 17 17 4 53 76.81 27320108904 25.01.012 NEW ENGLISH SCHOOL, KHERDI-CHINCHAGHARI (SATI), 360 360 86 147 100 6 339 94.16 27320101508 25.01.013 NEW ENGLISH SCHOOL, NIWALI, RATNAGIRI 120 120 34 50 30 0 114 95.00 27320114405 25.01.014 RATNASAGAR ENGLISH SCHOOL, DAHIWALI (B),RATNAGIRI 26 26 3 14 4 3 24 92.30 27320112604 25.01.015 DALAWAI HIGH SCHOOL, MIRJOLI, RATNAGIRI 77 77 14 26 31 6 77 100.00 27320102302 25.01.016 ADARSH VIDYAMANDIR, CHIVELI, RATNAGIRI 25 25 3 11 9 0 23 92.00 27320104303 25.01.017 NEW ENGLISH SCHOOL, KOSABI-FURUS, RATNAGIRI 39 39 12 19 8 0 39 100.00 27320115803 MAHARASHTRA STATE BOATD OF SEC & H.SEC EDUCATION PUNE - 4 Page : 2 schoolwise performance of Fresh Regular candidates MARCH-2019 Division : KONKAN Candidates passed School No.
    [Show full text]
  • Pincode Officename Mumbai G.P.O. Bazargate S.O M.P.T. S.O Stock
    pincode officename districtname statename 400001 Mumbai G.P.O. Mumbai MAHARASHTRA 400001 Bazargate S.O Mumbai MAHARASHTRA 400001 M.P.T. S.O Mumbai MAHARASHTRA 400001 Stock Exchange S.O Mumbai MAHARASHTRA 400001 Tajmahal S.O Mumbai MAHARASHTRA 400001 Town Hall S.O (Mumbai) Mumbai MAHARASHTRA 400002 Kalbadevi H.O Mumbai MAHARASHTRA 400002 S. C. Court S.O Mumbai MAHARASHTRA 400002 Thakurdwar S.O Mumbai MAHARASHTRA 400003 B.P.Lane S.O Mumbai MAHARASHTRA 400003 Mandvi S.O (Mumbai) Mumbai MAHARASHTRA 400003 Masjid S.O Mumbai MAHARASHTRA 400003 Null Bazar S.O Mumbai MAHARASHTRA 400004 Ambewadi S.O (Mumbai) Mumbai MAHARASHTRA 400004 Charni Road S.O Mumbai MAHARASHTRA 400004 Chaupati S.O Mumbai MAHARASHTRA 400004 Girgaon S.O Mumbai MAHARASHTRA 400004 Madhavbaug S.O Mumbai MAHARASHTRA 400004 Opera House S.O Mumbai MAHARASHTRA 400005 Colaba Bazar S.O Mumbai MAHARASHTRA 400005 Asvini S.O Mumbai MAHARASHTRA 400005 Colaba S.O Mumbai MAHARASHTRA 400005 Holiday Camp S.O Mumbai MAHARASHTRA 400005 V.W.T.C. S.O Mumbai MAHARASHTRA 400006 Malabar Hill S.O Mumbai MAHARASHTRA 400007 Bharat Nagar S.O (Mumbai) Mumbai MAHARASHTRA 400007 S V Marg S.O Mumbai MAHARASHTRA 400007 Grant Road S.O Mumbai MAHARASHTRA 400007 N.S.Patkar Marg S.O Mumbai MAHARASHTRA 400007 Tardeo S.O Mumbai MAHARASHTRA 400008 Mumbai Central H.O Mumbai MAHARASHTRA 400008 J.J.Hospital S.O Mumbai MAHARASHTRA 400008 Kamathipura S.O Mumbai MAHARASHTRA 400008 Falkland Road S.O Mumbai MAHARASHTRA 400008 M A Marg S.O Mumbai MAHARASHTRA 400009 Noor Baug S.O Mumbai MAHARASHTRA 400009 Chinchbunder S.O
    [Show full text]
  • A Regional Assessment of the Potential for Co2 Storage in the Indian Subcontinent
    A REGIONAL ASSESSMENT OF THE POTENTIAL FOR CO2 STORAGE IN THE INDIAN SUBCONTINENT Technical Study Report No. 2008/2 May 2008 This document has been prepared for the Executive Committee of the IEA GHG Programme. It is not a publication of the Operating Agent, International Energy Agency or its Secretariat. INTERNATIONAL ENERGY AGENCY The International Energy Agency (IEA) was established in 1974 within the framework of the Organisation for Economic Co-operation and Development (OECD) to implement an international energy programme. The IEA fosters co-operation amongst its 26 member countries and the European Commission, and with the other countries, in order to increase energy security by improved efficiency of energy use, development of alternative energy sources and research, development and demonstration on matters of energy supply and use. This is achieved through a series of collaborative activities, organised under more than 40 Implementing Agreements. These agreements cover more than 200 individual items of research, development and demonstration. The IEA Greenhouse Gas R&D Programme is one of these Implementing Agreements. ACKNOWLEDGEMENTS AND CITATIONS This report was prepared as an account of the work sponsored by the IEA Greenhouse Gas R&D Programme. The views and opinions of the authors expressed herein do not necessarily reflect those of the IEA Greenhouse Gas R&D Programme, its members, the International Energy Agency, the organisations listed below, nor any employee or persons acting on behalf of any of them. In addition, none of these make any warranty, express or implied, assumes any liability or responsibility for the accuracy, completeness or usefulness of any information, apparatus, product of process disclosed or represents that its use would not infringe privately owned rights, including any parties intellectual property rights.
    [Show full text]
  • Missing Persons
    Missing Information Police Station Complainant's Police Station Missing Date Name Of The Missing Person Age Address Missing Photograph Missing R.No. Informaion Achara Mohan Sitram Devual Wada Sawant Devual Achara 03\15 15/08/2015 Nilesh Mohan Sawant Vaingani Malvan Wada Vaingani Malvan Banda Rohidas Pundalik Banda 2\11 23/03/2011 Pandulik Arjun Chavan 65 Banda Chavan At Banda Badu Janu Shinde Banda 5\12 11/11/2012 Savita Dadu Shinde 20 Padve Dhangrwadi At Padve Dhangarwadi Mithun Gulabrao Banda 1\13 04-Nov Maithali Mithun Naik 23 At Asni Naik At Asni Dodamarg At Kudase Kujvan/Vilan Jepsh Dodamarg 4\12 02/12/2012 Dysai Kujvan Kelkipati 31 Vanosewadi Tal Kelkepati Dodamarg At Kudase Kujvan/Vilan Jepsh Dodamarg 4\12 02/12/2012 Joseph Kujvan Kelkipati 10 Vanosewadi Tal Kelkepati Dodamarg At Kudase Kujvan/Vilan Jepsh Dodamarg 4\12 02/12/2012 Mari Kujvan Kelkipat 8 Vanosewadi Tal Kelkepati Dodamarg Sanjay Sharad Kudse Tal Dodamarg 10\14 29/09/2013 Anil Sharad Patekar 31 Patekar At Kudse Dodamarg Tal Dodamarg Jaivant Zilu Desai Shervali Tal Dodamarg 07\14 05/02/2014 Yashwant Zilu Desai 50 At Shervali Tal Dodamarg Dodamarg At Khanayele Dodamarg 11\14 26/06/2014 Chandrakant Vithoba Sawant 45 Wagheriwadi Tal Dodamarg Sharad Bhikaji Parb At Sateli Bhedshi Dodamarg 01\15 12/02/2014 Bhikaji Mukund Parab 65 At Sateli Bhedshi Thorle Bharad Thorle Bharad Bhagashe Bhaskar At Kudase Dodamarg 5\15 24/06/2015 Bhaskar Fati Kotalve 60 Kotvle At Kudase Devulwadi Devulwadi Fatu Shankar At Vijghar Tal Dodamarg 06\15 13/07/2015 Tarkar Shankar Kamble 40 Kambale
    [Show full text]
  • Survey of Important Foliage Pests of Mango from South Konkan Region of Maharashtra
    Journal of Entomology and Zoology Studies 2019; 7(1): 684-686 E-ISSN: 2320-7078 P-ISSN: 2349-6800 Survey of important foliage pests of mango from JEZS 2019; 7(1): 684-686 © 2019 JEZS south Konkan region of Maharashtra Received: 01-11-2018 Accepted: 04-12-2018 AY Munj AY Munj, BN Sawant, KV Malshe, RM Dheware and AL Narangalkar Jr. Entomologist, Regional Fruit Research Station, Vengurle, Abstract Sindhudurg, Maharashtra, India Mango hopper, thrips, shoot borer and leaf miner are the important pests of mango in Konkan region of BN Sawant Maharashtra. Also, the incidence of other pests like mealy bug, midge and scale is increasing. However, Scientist, Extension Education, their exact status in the South Konkan region is not known. Therefore, a fixed plot survey was conducted Regional Fruit Research Station, to know the status of important pests of mango in the South Konkan region of Maharashtra during the Vengurle, Sindhudurg, vegetative flush and flowering period of 2015-16 and 2016-17. Ten mango trees were selected at five Maharashtra, India different locations of the South Konkan region for recording observations which were kept unsprayed. The observations on the intensity of important pests was recorded once in a month from October to KV Malshe February. The results revealed that during vegetative flush and flowering period, there were seven Jr. Horticulturist, Mango important foliage pests viz., mango hopper, thrips, midge, shoot borer, leaf miner, mealy bug and scale. Regional Sub Centre, Girye Mango hopper and thrips were observed as the major pests, whereas, leaf miner, shoot borer, mealy bug, Devgad, Sindhudurg, midge and scale insect were observed as the minor pests of mango in the South Konkan region of Maharashtra, India Maharashtra.
    [Show full text]