Project-wise Reports of Sectoral Monitoring Committee. CSIR-National Geophysical Research Institute Hyderabad. Rs Lakhs

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1 Project-wise Reports of Sectoral Monitoring Committee 1. Project Title: Hazard due to Earthquakes and Tsunami (HEART} 2. Project Details: Nodal Lab Participating Labs Nodal Officer Taskforce Chairman CSIR-National Geophysical Research Institute Hyderabad None Dr. D. SRINAGESH DIRECTOR, CSIR-NGRI Total Man Days Approved Cost Rs Lakhs Fund received Rs Lakhs Fund utilized (Till Dec. 2016} Rs Lakhs 3. Periodic Key Recommendations of Task Force/RC/Monitoring Committee S.No Key Recommendations Action taken on Proposed of Task Key Deliverabl Force/RC/Monitoring Committee 1 2"d Task Force Focus more on the educational programs for earthquake hazard preparedness in other parts of the country Recommendations es Outreach programs - were conducted in NE India, J&K, Uttarakhand, Uttar Pradesh, Telangana, Andhra Pradesh and Maharashtra 2 3rd Task Force Budget re-phasing During the meeting the was done and MT PL has proposed the equipment procurement of a new procured and data MT equipment (Rs. 42 acquired Lakhs) which is required to cover another MT profile (P-6) of Work Package 1.2. Chairman, Task Force has agreed for the proposal and accordingly requirements in the form of budget rephasing may be sent to CSIR HQ for approval 3 51st RC The Chairman and Earthquake outreach safety were Revised Deliverable (approved by Task Force) 1

members of the expanded to other committee appreciated regions of the the efforts and suggested country to expand the program to other parts of the country 4. Project Achievements: s.

2 members of the expanded to other committee appreciated regions of the the efforts and suggested country to expand the program to other parts of the country 4. Project Achievements: s. Deliverables Deliverables Achieved No. promised at start If not achieved, reasons thereof 1 Monitoring of Updated seismicity maps for Peninsular - seismically active shield, NE India, Bhuj region and NW faults Himalaya 2 Causative for ground Sedimentary thickness estimated through - motion amplification seismology and Magneto tellurics is in central Ganga underway plains 3 Assess the paleoseismic history of Kopili region (NE India) 4 Intensity of ground shaking in central Ganga plains and Bhuj region, Gujarat 5 Tsunami modelling and Inundation studies along east and west coast of India 6 Continuous operation of Permanent GPS tracking station Outreach program 7 for school children on earthquake safety Identified five new paleoseismic events around Kopi li fault zone, Assam going back to 2600 yr BP Peak ground acceleration maps and a new ground motion attenuation relationship for of the Kutch, Gujarat region and PGA map for central Ganga plains from seismological observations Tsunami Hazard assessment studies for Nuclear Power Plants and Kalpasar dam have been completed by providing inundation extent in the event of Tsunamigenic earthquakes The Antarctic plate is largely aseismic and there is no significant internal deformation and therefore not many earthquakes Created Awareness among school children of Jawahar Navodaya Vidyalayas, in Uttar Pradesh, a few in Madhya Pradesh and Uttarakhand on earth, earth quakes and essentials of safety. Also, an awareness campaign on earthquake safety has been carried out in NE India, Sikkim, Doda, Kishtawar, Srinagar, 2

3 Chandigarh, Andhra Pradesh, south western part of Maharashtra and Telangana 5. Outcomes and outputs from the projects: a. Outcomes 1. Lead(s) identified: Number and names with TRL Macro risk map of the central part of Ganga plains and detailed risk map for Lucknow and Dehradun cities Seismicity maps of active faults located in NE and NW India, Southern Peninsular India and Kutch region of Gujarat Estimation of seismo-chronology in NE India (Looking into the occurrence of Large earthquakes in Assam Valley) and active fault mapping in Dehradun area 2. Technology/Product developed: Number and names with TRL level of Development : The project does not fall under TRL mode 3. Technology/Product transferred: Number and names with name of licensee(s) NA 4. Facility created: Number and names with uniqueness & utility Operation of more than 150 broad band seismological stations at various locations in India. Out of the 150 broad band seismological stations 28 of these are strong motion velocity meters and CSIR-NGRI is the only organization in the country which operates these seismometers. Further, the continuous operations of the 150 seismological stations shall improve the earthquake catalogues especially in the intra plate region hitherto, which have few earthquakes and devoid of smaller magnitude earthquakes Operation of GPS and seismological station at Maitri, Antarctica has resulted in gathering of valuable geodetic and seismological data especially at the Maitri station of India Installation of variometer magnetometer observatory at Choutuppal 5. Sponsored projects obtained (with details): Effect of Ground motions on Ramappa Temple due to blasts, Warangal District., Department of Irrigation, Andhra Pradesh, Rs. 15 Lakhs, 2012 Uniting and networking the magnetic community in the northern Indian Ocean region- MAGNIO sponsored by ICSU, USD, Study of Tsunami Waves Impact on Structures and Tsunami Inundation Modeling for the Kalpasar Project, Gujarat, Government of Gujarat, Rs. 16 Lakhs, Characterisation of Seismic sources irn the Peninsular shield, Ministry of Earth Sciences, Rs. 15 Lakhs,

Seismic Monitoring around NSRS dam at Srisailam, Department of Irrigation, Telangana, Rs. 24.0 Lakhs, 2012-2017 Seismic Monitoring around Nagarjunasagar dam, Department of Irrigation, Telangana, Rs.

4 Seismic Monitoring around NSRS dam at Srisailam, Department of Irrigation, Telangana, Rs Lakhs, Seismic Monitoring around Nagarjunasagar dam, Department of Irrigation, Telangana, Rs Lakhs, Seismic Monitoring around Sriramsagar dam, Department of Irrigation, Telangana, Rs Lakhs, Geomorphic characterization of flash floods and mass wasting in Upper Ganga terrain of Garhwal Himalaya: Role of climate-tectonic interaction in gradation processes, National Mission on Himalayan studies a Program of Ministry of Environment, Forests and climate change, Rs Lakhs { ) 6. External Cash Flow (ECF) generated :Rs Lakhs 7. Societal impact created PREVALENT EARTHQUAKE HAZARD Seismicity maps of active faults located in NE and NW India, Peninsular Shield and Kutch region of Gujarat Earthquake catalogue based on our networks, 150 events for eastern Dharwar craton ( ), NW Himalaya 800 earthquakes ( ) and around 1000 earthquakes catalogue for Kopili lineament ( ), 6930 aftershocks (Mw ) of the 2001 Bhuj earthquake sequence { } Sediment thickness and site amplification maps of the Kutch region, Gujarat and central part of the Gangetic plains Local site amplification maps of Kanpur and Lucknow cities Identified five new paleoseismic events around Kopili fault zon e, Assam going back to 2600 yr BP Derived a new ground motion attenuation relationship for quantification of seismic hazard of Kutch, Gujarat INTENSITY OF GROUND SHAKING Peak ground acceleration maps of the Kutch, Gujarat region and central Ganga plains from seismological observations TSUNAMI MODELLING AND INUNDATION STUDIES FOR CRITICAL STRUCTURES (NUCLEAR PLANTS AND DAMS) TSUNAMI HAZARD Tsunami hazard maps for Kudankulam and Tarapur Nuclear Power Plants, and for the proposed Jaitapur site due to Tsunamigenic earthquakes in the Makaran and Andaman-Sumatra regions Map of run up heights for the proposed Kalpasar dam in Gujarat ~ 4

OUTREACH PROGRAM FOR SCHOOL CHILDREN Carried out outreach program for school children on earthquakes and essentials of safety in 48 Jawahar Navodaya Vidyalayas in Uttar Pradesh, Uttarakhand, Odisha,

5 OUTREACH PROGRAM FOR SCHOOL CHILDREN Carried out outreach program for school children on earthquakes and essentials of safety in 48 Jawahar Navodaya Vidyalayas in Uttar Pradesh, Uttarakhand, Odisha, Jharkhand, and Rajasthan Conducted awareness programs on earthquakes and essentials of safety for more than 1 Lakh school children in the states of NE India, Jammu and Kashmir, Chandigarh, western Maharashtra, Telangana and Andhra Pradesh and distributed educational material in local languages Operating about 80 educational seismographs in the schools of western M aharashtra which are earthquake prone Trained about 100 school teachers from Maharashtra on operation of seismographs, analysis of seismograms and earthquake safety b. Outputs: 1. Periodic Reports Submitted :3 2. Publications : i. Total number: 50 ii. Cumulative IF (as per 2015 figures): iii. Average IF: iv. Average IF/scientist : Patents (or other forms of IP generated such as Copyrights, Designs etc.): NIL i. Filed ii. Granted iii. Licensed 4. Human Resource generated i. PhD fellows (give PhDs completed & pursuing separately): 4 & 6 ii. Project fellows : 10 iii. Skills imparted Including skill set developed for technical services/ including. skill set developed for technical services/ consultancy/ training purposes lm parted training to summer & winter trainees on processing of seismological data Mentored dissertation theses of post-graduate students from various academic institutions Training to scientists from NIRM, Kolar on earthquake location and advanced seismological data processing 5

6 5. External collaborations established Earthquake Research Institute, Tokyo; UNAM, Mexico; DPRI, Kyoto; IEPT, Moscow; Georgia Institute of Technology, Atlanta, U.S.A.; lit &lilt Hyderabad; lit Jodhpur; Institute of Plasma Research, Gandhinagar; Dresden university, Germany Collaboration with the global geomagnetic community (from 33 countries) through organization of IAGA Workshop on Observatory practices during the establishment of new geomagnetic observatory at Choutuppal, Telangana 6. Sectoral Monitoring Committee Recommendations on Lead/Technology/Product (listed above): - For each Lead/Technology/Product provide details separately: Criteria SMC Recommendations Name of Lead/Technology Earthquake Hazard assessment Map of /Product Central Ganga Plains Is the Lead/ Technology/Product Yes worth taking up further? What is the further R&D efforts ~ Integration of results obtained under that need to be put by CSIR/CSIR HEART for laboratories? Macro level Hazard Assessment Map of Central Ganga Basin Micro level Risk Map of Lucknow ~ Upscale the work to Cover the source region in NW Himalaya and Micro Risk map of Dehradun ~ Outreach programs on earthquakes safety for school children in the central Ganga Plains and NW Himalaya Global benchmarking of the - Lead/Technology /Product specifically wrt specifications and cost Is the lead/technology /Product NA worthy of commissioning a DPR at this stage? What are the likely resources and 2 Years under FIT to consolidate the work in time duration required for taking the central ganga plains and preparing forward the identified Lead/ earthquake catalogues Technology/Product to the Upscaling the efforts as a Mission Project in desired TRL? collaboration with stake holders (including MoE) 6

Potential stake holders who may be appropriate to partner technically as well as financially with periodic mile stones for charact erization of Earthquake Hazard in North-west Himalaya Nuclear Power

7 Potential stake holders who may be appropriate to partner technically as well as financially with periodic mile stones for charact erization of Earthquake Hazard in North-west Himalaya Nuclear Power Corporation of India Limited (NPCIL); National Hydroelectric Power Corporation Limited (NHPC) ; Central Water Commission (CWC) I National and State Disaster Management Authorities I Urban Planning Authorities Financial support may be explored from Ministry of Earth Sciences, NHPC, NPCIL and state government irrigation departments Suggestion for plausible road map Preparation of liquefaction maps of central towards further development of ganga plains in collaboration with lead/technology/product for geotechnical engineers from CSIR labs and achieving desired TRL academia (IITs) GO/NO GO further development GO Other suggestions, if any, related Involve other laboratories such as NGRI, to benefits/usage/ CBRI, SERC and CRRI and other academic commercialization institutions as well as other agencies to develop methodologies for site specific mitigation measures 7. Identified "lessons to be learnt", especially from shortcomings/failures : - Attempts should be made to create a common seismic database utilizing which, a unified seismic hazard map for the country should be created. 8. Comments on financial progress on the project - fund availability and utilization of fund in the project Financial progress is satisfactory and investment made is justified. 9. Sectoral Monitoring Committee Recommendations on Facility creation or other outcomes The infrastructure created for earthquake hazard assessment shall be used for future R&D programs on evaluating risk related to critical and lifeline structures 10. Grading of Project Execution: Outstanding/Excellent/Very Good/ Good/ Satisfactory/Un-satisfactory Very Good 11. Additional comments, if any:

$S. Srikanth (Member Convener) Shri N.K. Nanda ~ 18\ ~1?$

8 The data/maps generated should be in public domain or made available to user agencies/ institutions &~ Prof. Manoj Dutta Shri P.R. Mehta pt1.r.~/,f.ja~ ~ Prof. P.S.N Rao ~ Shri SthaladiptiSaha Shri Ajit Singh Dr.S. Srikanth (Member Convener) Shri N.K. Nanda ~ 18\ ~1? Director, CSIR-CRRI (TF Chairman- Member) w~ Director, CSIR-SERC (TF Chairman - Member) Director, CSIR-NGRI (TF Chairman -Member) ":::\' 1v_'"' 1""-- Director/csl~-~~' (TF Chairman Member) 8

ALL INDIA INSTALLED CAPACITY (IN MW) OF POWER STATIONS

Region Northern Region Western Region Southern Region Eastern Region North Eastern Region Islands ALL INDIA Figures at decimal may not tally due to rounding off ALL INDIA INSTALLED CAPACITY (IN MW) OF