The Gujarat Earthquake 2001 Asian Disaster Reduction Center
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Lessons from the 2015 Nepal Earthquake Housing
LESSONS FROM THE 2015 NEPAL EARTHQUAKE 4 HOUSING RECOVERY Maggie Stephenson April 2020 We build strength, stability, self-reliance through shelter. PAGE 1 Front cover photograph Volunteer Upinder Maharsin (red shirt) helps to safely remove rubble in Harisiddhi village in the Lalitpur district. Usable bricks and wood were salvaged for reconstruction later, May 2015. © Habitat for Humanity International/Ezra Millstein. Back cover photograph Sankhu senior resident in front of his house, formerly three stories, reduced by the earthquake to one-story, with temporary CGI roof. November 2019. © Maggie Stephenson. All photos in this report © Maggie Stephenson except where noted otherwise. PAGE 2 FOREWORD Working in a disaster-prone region brings challenges emerging lessons that offer insights and guidance for and opportunities. Five years after Nepal was hit by future disaster responses for governments and various devastating earthquakes in April 2015, tens of thou- stakeholders. Key questions are also raised to help sands of families are still struggling to rebuild their frame further discussions. homes. Buildings of historical and cultural significance Around the world, 1.6 billion people are living without that bore the brunt of the disaster could not be re- adequate shelter and many of them are right here in stored. Nepal. The housing crisis is getting worse due to the While challenges abound, opportunities have also global pandemic’s health and economic fallouts. Be- opened up, enabling organizations such as Habitat cause of Habitat’s vision, we must increase our efforts for Humanity to help affected families to build back to build a more secure future through housing. -
Reconstruction & Renewal of Bhuj City
Reconstruction & Renewal of Bhuj City The Gujarat Earthquake Experience - Converting Adversity into an Opportunity a presentation by: Rajesh Kishore, CEO, Gujarat State Disaster Management Authority Gujarat, India Bhuj City – Key Facts A 500 year old traditional unplanned city Headquarters of Kutch district – seat of district government Population of about 1,50,000 Strong Livelihood base - handicrafts and handloom work Disaster Profile ¾ Earthquakes – Active seismic faults surround the city ¾ Drought – every alternate year 2370 dead, 3187 injured One of the 6402 houses destroyed worst affected cities 6933 houses damaged in the earthquake of 2001 + markets, offices, civic Infrastructure etc 2 Vulnerability of Urban Areas – Pre-Earthquake ¾ Traditionally laid out city - Historical, old buildings with poor quality of construction ¾ Poor accessibility in city areas for immediate evacuation, rescue and relief operations ¾ Inadequate public sensitivity for disaster preparedness ¾ Absence of key institutions for disaster preparedness urban planning, emergency response, disaster mitigation ¾ Inadequate and inappropriate equipment/ facilities/ manpower for search and rescue capabilities 3 URBAN RE-ENGINEERING GUIDING PRINCIPLES ¾ RECONSTRUCTION AS A DEVELOPMENT OPPORTUNITY - Provide a Better Living Environment ¾ DEVELOPING MULTI-HAZARD RESISTANT CAPABILITY - Improved Technologies and Materials e.g; ¾ ENSURING PUBLIC PARTICIPATION - In Planning and Implementation ¾ PLANNING URBAN RE-ENGINEERING - On Scientific and Rational Criteria ¾ RESTORING -
The 2008 Wenchuan Earthquake: Risk Management Lessons and Implications Ic Acknowledgements
The 2008 Wenchuan Earthquake: Risk Management Lessons and Implications Ic ACKNOWLEDGEMENTS Authors Emily Paterson Domenico del Re Zifa Wang Editor Shelly Ericksen Graphic Designer Yaping Xie Contributors Joseph Sun, Pacific Gas and Electric Company Navin Peiris Robert Muir-Wood Image Sources Earthquake Engineering Field Investigation Team (EEFIT) Institute of Engineering Mechanics (IEM) Massachusetts Institute of Technology (MIT) National Aeronautics and Space Administration (NASA) National Space Organization (NSO) References Burchfiel, B.C., Chen, Z., Liu, Y. Royden, L.H., “Tectonics of the Longmen Shan and Adjacent Regoins, Central China,” International Geological Review, 37(8), edited by W.G. Ernst, B.J. Skinner, L.A. Taylor (1995). BusinessWeek,”China Quake Batters Energy Industry,” http://www.businessweek.com/globalbiz/content/may2008/ gb20080519_901796.htm, accessed September 2008. Densmore A.L., Ellis, M.A., Li, Y., Zhou, R., Hancock, G.S., and Richardson, N., “Active Tectonics of the Beichuan and Pengguan Faults at the Eastern Margin of the Tibetan Plateau,” Tectonics, 26, TC4005, doi:10.1029/2006TC001987 (2007). Embassy of the People’s Republic of China in the United States of America, “Quake Lakes Under Control, Situation Grim,” http://www.china-embassy.org/eng/gyzg/t458627.htm, accessed September 2008. Energy Bulletin, “China’s Renewable Energy Plans: Shaken, Not Stirred,” http://www.energybulletin.net/node/45778, accessed September 2008. Global Terrorism Analysis, “Energy Implications of the 2008 Sichuan Earthquake,” http://www.jamestown.org/terrorism/news/ article.php?articleid=2374284, accessed September 2008. World Energy Outlook: http://www.worldenergyoutlook.org/, accessed September 2008. World Health Organization, “China, Sichuan Earthquake.” http://www.wpro.who.int/sites/eha/disasters/emergency_reports/ chn_earthquake_latest.htm, accessed September 2008. -
Junagadh Agricultural University Junagadh-362 001
Junagadh Agricultural University Junagadh-362 001 Information Regarding Registered Students in the Junagadh Agricultural University, Junagadh Registered Sr. Name of the Major Minor Remarks Faculty Subject for the Approved Research Title No. students Advisor Advisor (If any) Degree 1 Agriculture Agronomy M.A. Shekh Ph.D. Dr. M.M. Dr. J. D. Response of castor var. GCH 4 to irrigation 2004 Modhwadia Gundaliya scheduling based on IW/CPE ratio under varying levels of biofertilizers, N and P 2 Agriculture Agronomy R.K. Mathukia Ph.D. Dr. V.D. Dr. P. J. Response of castor to moisture conservation 2005 Khanpara Marsonia practices and zinc fertilization under rainfed condition 3 Agriculture Agronomy P.M. Vaghasia Ph.D. Dr. V.D. Dr. B. A. Response of groundnut to moisture conservation 2005 Khanpara Golakia practices and sulphur nutrition under rainfed condition 4 Agriculture Agronomy N.M. Dadhania Ph.D. Dr. B.B. Dr. P. J. Response of multicut forage sorghum [Sorghum 2006 Kaneria Marsonia bicolour (L.) Moench] to varying levels of organic manure, nitrogen and bio-fertilizers 5 Agriculture Agronomy V.B. Ramani Ph.D. Dr. K.V. Dr. N.M. Efficiency of herbicides in wheat (Triticum 2006 Jadav Zalawadia aestivum L.) and assessment of their persistence through bio assay technique 6 Agriculture Agronomy G.S. Vala Ph.D. Dr. V.D. Dr. B. A. Efficiency of various herbicides and 2006 Khanpara Golakia determination of their persistence through bioassay technique for summer groundnut (Arachis hypogaea L.) 7 Agriculture Agronomy B.M. Patolia Ph.D. Dr. V.D. Dr. B. A. Response of pigeon pea (Cajanus cajan L.) to 2006 Khanpara Golakia moisture conservation practices and zinc fertilization 8 Agriculture Agronomy N.U. -
(PANCHAYAT) Government of Gujarat
ROADS AND BUILDINGS DEPARTMENT (PANCHAYAT) Government of Gujarat ENVIRONMENTAL AND SOCIAL IMPACT ASSESSMENT (ESIA) FOR GUJARAT RURAL ROADS (MMGSY) PROJECT Under AIIB Loan Assistance May 2017 LEA Associates South Asia Pvt. Ltd., India Roads & Buildings Department (Panchayat), Environmental and Social Impact Government of Gujarat Assessment (ESIA) Report Table of Content 1 INTRODUCTION ............................................................................................................. 1 1.1 BACKGROUND .......................................................................................................... 1 1.2 MUKHYA MANTRI GRAM SADAK YOJANA ................................................................ 1 1.3 SOCIO-CULTURAL AND ECONOMIC ENVIRONMENT: GUJARAT .................................... 3 1.3.1 Population Profile ........................................................................................ 5 1.3.2 Social Characteristics ................................................................................... 5 1.3.3 Distribution of Scheduled Caste and Scheduled Tribe Population ................. 5 1.3.4 Notified Tribes in Gujarat ............................................................................ 5 1.3.5 Primitive Tribal Groups ............................................................................... 6 1.3.6 Agriculture Base .......................................................................................... 6 1.3.7 Land use Pattern in Gujarat ......................................................................... -
The Reconstruction of Bhuj Case Study: Integration of Disaster
The Reconstruction of Bhuj Case Study: Integration of Disaster Mitigation into Planning and Financing Urban Infrastructure after an Earthquake B.R. Balachandran Introduction to EPC and its Involvement in Bhuj The Environmental Planning Collaborative (EPC), established in 1996, is a not for profit, private, professional planning and development management company. The company provides professional consultancy services primarily to urban local bodies including municipal corporations and urban development authorities. EPC also works with a variety of other agencies involved in urban development such as state government departments, international funding and lending agencies, special purpose vehicles for urban development and non-government/autonomous organizations. Most projects are undertaken in a collaborative and participatory manner with significant involvement from the client, major stakeholders and other related agencies. EPC’s work is primarily of four types: (1) urban and regional development planning, (2) environmental and policy planning, (3) development management and (4) research and development. Immediately after the earthquake, EPC deputed its personnel in Bhuj to study the situation and initiate public consultations. This evolved into a USAID funded project entitled “Initiative for Planned and Participatory Reconstruction in Kutch” (IPPR) in collaboration with The Communities Group International (TCGI). The IPPR consisted of experiments in participatory planning at the regional level and in urban and rural communities. This was followed by a United States-Asia Environmental Partnership (USAEP)-funded project, “Atlas for Post-Disaster Reconstruction” under which EPC in collaboration with the Planning and The Reconstruction of Bhuj Development Company (PADCO) prepared maps of the four towns showing plot level information on intensity of damage, land use and number of floors. -
Annex 7 Municipal and Environmental Infrastructure
Annex 7 Municipal and Environmental Infrastructure Introduction Gujarat has 6 municipal corporations and 143 municipal towns. Of these, 5 municipal corporations1/ and 57 municipal towns have been affected by the earthquake. The assessment team visited the worst hit towns such as Bhuj, Anjar, Bhachau, Rapar and Gandhidham in Kutch district and moderately hit Ahmedabad city during February 13 to 17, 2001 to review the damages caused to the urban and municipal infrastructure and the repairs, rehabilitation and reconstruction needs. The assessment team also received briefing from the state government and the municipal staff. From the various reports provided by the GOG and from discussions the assessment team held in the field, it was observed that the government machinery moved quite expeditiously to the affected urban areas and the basic services were restored although at a significantly lower scale. Delimitation of the Affected Area The impact of the earthquake on the municipal infrastructure varied widely among the districts. Severe damages were caused in several towns in Kutch, Rajkot and Surendranagar districts and some damages to several cities/towns in the remaining districts. Municipal infrastructure in Ahmedabad city also suffered damages. Based on available information, urban infrastructure in 15 cities were damaged to significant degree. The table below summarizes the major impacts district-wise. Damages were reported from other Corporation/ Municipalities, but details were not readily available. The Urban Development Dept., GOG (UDD) is currently conducting a detailed survey of the damages in the municipal areas and results are awaited. Affected Municipality/City Severely Affected District Kutch Bhuj, Anjar, Rapar, Bhachau, Gandhidham, Mandvi Rajkot Morvi, Wankaner Surendranagar Surendranagar, Limdi, Thangadh, Dhrangadhra, Halwad, Wadhwan Ahmedabad Ahmedabad Situation Prior to Disaster Event Ahmedabad, Vadodara, Rajkot, Surat, and Jamnagar are the large cities which suffered medium to low damages. -
Sir Creek: the Origin and Development of the Dispute Between Pakistan and India
IPRI Journal 1 SIR CREEK: THE ORIGIN AND DEVELOPMENT OF THE DISPUTE BETWEEN PAKISTAN AND INDIA Dr Rashid Ahmad Khan∗ ir Creek is one of the eight long-standing bilateral disputes between Pakistan and India that the two countries are trying to resolve under S the ongoing composite dialogue process. It is a dispute over a 96 km (60 miles) long strip of water in the Rann of Kutch marshlands of the River Indus, along the border between the Sindh province of southern part of Pakistan and the state of Rajasthan in India. For the last about 40 years, the two countries have been trying to resolve this row through talks. Although, like other bilateral issues between Pakistan and India, the row over Sir Creek, too, awaits a final solution, this is the only area where the two countries have moved much closer to the resolution of the dispute. Following a meeting between the foreign ministers of Pakistan and India on the sidelines of 14th SAARC Summit in New Delhi, an Indian official announced that the two countries had agreed on a common map of Sir Creek, after the completion of joint survey agreed last year. “W e have one common map of the area, from which we will now work and try and see how far we can take this issue to a resolution, hopefully,” declared the Indian Foreign Secretary Shivshankar Menon after Foreign Minister of Pakistan, Mr. Khurshid Mahmud Kasuri, met his Indian counterpart, Mr. Pranab Mukherji in New Delhi on 2 April 2007.1 W hile discussing the prospects of the resolution of this issue in the light of past negotiations between the two countries, this paper aims to examine the implications of the resolution of this issue for the ongoing peace process between Pakistan and India. -
08Kutch Kashmireq.Pdf
Key Idea From Kutch to Kashmir: Lessons for Use Since, October 11, 2005 early hours AIDMI team is in Kashmir assessing losses and needs. The biggest gap found is of understanding earthquake. Five key gaps are addressed here. nderstanding India's vulnerability: Using earthquake science to enhance Udisaster preparedness Every year, thousands flock to Kashmir, in India and Pakistan to marvel at her spectacular scenery and majestic mountain ranges. However, the reality of our location and mountainous surroundings is an inherent threat of devastating earthquakes. In addition to accepting earthquakes as a South Asian reality, we as humanitarian respondents as well as risk reduction specialists must now look to science to enhance disaster risk mitigation and preparedness.The humanitarian communalities know little about what scientific communities have discovered and what could be used to mitigate risk of earthquakes. Similarly, scientific communities need to know how to put scientific knowledge in mitigation perspective from the point of view of non-scientific communities. How do we bridge this gap? We at AIDMI acknowledged this gap, and from the overlapping questions, we selected four key areas relevant to Kashmir and South Asia and discussed them in this issue. Editorial Advisors: How do we use scientific knowledge on earthquakes? Dr. Ian Davis Certain regions of South Asia are more vulnerable to earthquakes than others. Kashmir Cranfield University, UK ranks high on this list. Fortunately, geologists know which regions are more vulnerable Kala Peiris De Costa and why. When this information is disseminated to NGOs, relief agencies and Siyath Foundation, Sri Lanka governments, they can quickly understand where investments, attention and disaster Khurshid Alam preparedness measures should be focussed. -
Housing Reconstruction and Retrofitting After the 2001 Kachchh, Gujarat Earthquake
13th World Conference on Earthquake Engineering Vancouver, B.C., Canada August 1-6, 2004 Paper No. 1723 HOUSING RECONSTRUCTION AND RETROFITTING AFTER THE 2001 KACHCHH, GUJARAT EARTHQUAKE Elizabeth A. HAUSLER, Ph.D.1 SUMMARY The January 26, 2001 Bhuj earthquake in the Kachchh district of Gujarat, India caused over 13,000 deaths and resulted in widespread destruction of housing stock throughout the epicentral region and the state. Over 1 million houses were either destroyed or required significant repair. Comprehensive, unprecedented and well-funded reconstruction and retrofitting programs soon followed. Earthquake-resistant features were required in the superstructure of new, permanent housing by the government and funding agencies. This paper describes those features and their implementation in both traditional (e.g., stone in mud or cement mortar) and appropriate (e.g., cement stabilized rammed earth) building technologies. Component-specific and overall costs are given. Relatively less attention has been paid to foundation design, however, typical foundation types will be described. Retrofitting recommendations and approaches are documented. Construction could be driven by homeowners themselves, by nongovernmental or donor organizations, or by the government or industry on a contractor basis. The approaches are contrasted in terms of inclusion and quality of requisite earthquake-resistant design elements, quality of construction and materials, and satisfaction of the homeowner. The rebuilding and retrofitting efforts required a massive mobilization of engineers, architects and masons from local areas as well as other parts of India. Cement companies, academics, engineering consulting firms, and nongovernmental organizations developed and held training programs reaching over 27,000 masons and nearly 8,000 engineers and architects. -
Kutch District Disaster Management Plan 2017-18
Kutch District Disaster Management Plan 2017-18 District: Kutch Gujarat State Disaster Management Authority Collector Office Disaster Management Cell Kutch – Bhuj Kutch District Disaster Management Plan 2016-17 Name of District : KUTCH Name of Collector : ……………………IAS Date of Update plan : June- 2017 Signature of District Collector : _______________________ INDEX Sr. No. Detail Page No. 1 Chapter-1 Introduction 1 1.01 Introduction 1 1.02 What is Disaster 1 1.03 Aims & Objective of plan 2 1.04 Scope of the plan 2 1.05 Evolution of the plan 3 1.06 Authority and Responsibility 3 1.07 Role and responsibility 5 1.08 Approach to Disaster Management 6 1.09 Warning, Relief and Recovery 6 1.10 Mitigation, Prevention and Preparedness 6 1.11 Finance 7 1.12 Disaster Risk Management Cycle 8 1.13 District Profile 9 1.14 Area and Administration 9 1.15 Climate 10 1.16 River and Dam 11 1.17 Port and fisheries 11 1.18 Salt work 11 1.19 Live stock 11 1.20 Industries 11 1.21 Road and Railway 11 1.22 Health and Education 12 2 Chapter-2 Hazard Vulnerability and Risk Assessment 13 2.01 Kutch District past Disaster 13 2.02 Hazard Vulnerability and Risk Assessment of Kutch district 14 2.03 Interim Guidance and Risk & Vulnerability Ranking Analysis 15 2.04 Assign the Probability Rating 15 2.05 Assign the Impact Rating 16 2.06 Assign the Vulnerability 16 2.07 Ranking Methodology of HRVA 17 2.08 Identify Areas with Highest Vulnerability 18 2.09 Outcome 18 2.10 Hazard Analysis 18 2.11 Earthquake 19 2.12 Flood 19 2.13 Cyclone 20 2.14 Chemical Disaster 20 2.15 Tsunami 20 2.16 Epidemics 21 2.17 Drought 21 2.18 Fire 21 Sr. -
Gujarat Cotton Crop Estimate 2019 - 2020
GUJARAT COTTON CROP ESTIMATE 2019 - 2020 GUJARAT - COTTON AREA PRODUCTION YIELD 2018 - 2019 2019-2020 Area in Yield per Yield Crop in 170 Area in lakh Crop in 170 Kgs Zone lakh hectare in Kg/Ha Kgs Bales hectare Bales hectare kgs Kutch 0.563 825.00 2,73,221 0.605 1008.21 3,58,804 Saurashtra 19.298 447.88 50,84,224 18.890 703.55 78,17,700 North Gujarat 3.768 575.84 12,76,340 3.538 429.20 8,93,249 Main Line 3.492 749.92 15,40,429 3.651 756.43 16,24,549 Total 27.121 512.38 81,74,214 26.684 681.32 1,06,94,302 Note: Average GOT (Lint outturn) is taken as 34% Changes from Previous Year ZONE Area Yield Crop Lakh Hectare % Kgs/Ha % 170 kg Bales % Kutch 0.042 7.46% 183.21 22.21% 85,583 31.32% Saurashtra -0.408 -2.11% 255.67 57.08% 27,33,476 53.76% North Gujarat -0.23 -6.10% -146.64 -25.47% -3,83,091 -30.01% Main Line 0.159 4.55% 6.51 0.87% 84,120 5.46% Total -0.437 -1.61% 168.94 32.97% 25,20,088 30.83% Gujarat cotton crop yield is expected to rise by 32.97% and crop is expected to increase by 30.83% Inspite of excess and untimely rains at many places,Gujarat is poised to produce a very large cotton crop SAURASHTRA Area in Yield Crop in District Hectare Kapas 170 Kgs Bales Lint Kg/Ha Maund/Bigha Surendranagar 3,55,100 546.312 13.00 11,41,149 Rajkot 2,64,400 714.408 17.00 11,11,115 Jamnagar 1,66,500 756.432 18.00 7,40,858 Porbandar 9,400 756.432 18.00 41,826 Junagadh 74,900 756.432 18.00 3,33,275 Amreli 4,02,900 756.432 18.00 17,92,744 Bhavnagar 2,37,800 756.432 18.00 10,58,115 Morbi 1,86,200 630.360 15.00 6,90,430 Botad 1,63,900 798.456 19.00 7,69,806 Gir Somnath 17,100 924.528 22.00 92,997 Devbhumi Dwarka 10,800 714.408 17.00 45,386 TOTAL 18,89,000 703.552 16.74 78,17,700 1 Bigha = 16 Guntha, 1 Hectare= 6.18 Bigha, 1 Maund= 20 Kg Saurashtra sowing area reduced by 2.11%, estimated yield increase 57.08%, estimated Crop increase by 53.76%.