Disaster Management: Synthesis of Modelling, Measurements and Data Analytics > 자유게시판

본문 바로가기

회원메뉴

Disaster Management: Synthesis of Modelling, Measurements and Data Ana…

페이지 정보

작성자 Selina 댓글 0건 조회 14회 작성일 23-10-26 11:43

본문

마케팅 서비스 Only possible way to tackle any disaster is to manage it with 몽키VPN careful planning and preparation. CSIR Fourth Paradigm Institute is recognised at national 재능마켓 and global level for its multi-dimensional high impact studies of the earth 채팅솔루션 system covering the four geographic spheres for over three decades to address 마케팅프로그램 various aspects of disaster. This is supported by world class supercomputing facility DB추출기 hosted at our institute. Further, we have initiated domain agnostic AI &ampML 가상 윈도우 컴퓨터 to several domains including disaster management. Our high impact scientific publications and 온라인 마케팅 citations indicate the global relevance of our research. We received several prestigious 프로그램스토어 national (CSIR Bhatnagar, National Mineral/Geoscience), state (CV Raman etc..) and young scientist 앱솔루션 (CSIR, INSA) awards for our work.Seismic Hazard: We pioneered Global Positioning System 문자명함 (GPS) based natural hazard studies in India since 1994, when GPS was VPN 서비스 made fully operational. For the first time, two decades of continuous GPS 프로그램 스토어 data is analysed to determine surface crustal motion of Indian tectonic plate 마케팅프로그램 precisely. Inverse modelling, integration of GPS and broadband seismic data give the 스마트폰콜백 slip along major faults and crustal strain rates along seismically active boundaries 마케팅스토어 and plate interiors of Indian tectonic plate. These models estimated magnitude and 콜백문자서비스 recurrence interval of major earthquakes. Further, we initiated earthquake precursor studies using 앱마케팅 AI of ground motion data as well as GPS derived Total Electron 앱개발 Content (TEC) in ionosphere. Figure indicates the Earthquake Hazard of India, high risk 화상채팅 (0.6 to1.2g) to low risk (0 to 0.01g)We gave earthquake hazard map 영업문자 (figure) of India and adjacent regions using neo-deterministic approach based on modeling 게임IP and computation of synthetic seismograms which provide seismic hazard parameters (peak ground 영업 motion, response spectra etc.). Such reliable and comprehensive characterization of expected earthquake VPN 서비스 ground motion is essential to improve the building codes, particularly for the 가상 윈도우 protection of critical infrastructures and for land use planning. Further, subsurface soft 마케팅 프로그램 sediments amplify the ground motion which varies significantly within a 100m range. VPN Mapping such high variation in terms of fundamental frequency and corresponding amplification, 마케팅기업 we provided site specific microzonation maps for Delhi, Ahmedabad, Bangalore and Srinagar 일반채팅 cities.Climate change and Impact: A modelling framework relevant for multiple scales in 앱부스터 the climate system are combined to generate an effective simulation of global 앱스토어 검색 climate, in particular the Indian Monsoon. Also a dynamical downscaling climate modelling 자동문자 framework is developed for generating kilometre resolution climate change projections for agricultural 게임 VPN yields of rice crops. In health sector, using predicted weather parameters and 개발업체 models, malaria parameters (incidences, number of mosquitoes etc.) are predicted for planning 가상 컴퓨터 and implementing epidemic preparedness of vector-borne diseases.High impact hydro-meteorological disasters are forecasted 자동콜백 using state-of-the-art meso-scale modeling platform for extreme rainfall events, heat waves, tropical 무료콜백문자 cyclones etc. The impact of land use changes and urbanization on the NEW DB genesis and evolution of the extreme rainfall events (like Uttarakhand event in 실행사 June 2013) are quantified in the meso-scale modeling framework. The heat wave APP 개발회사 over Odisha and the temperature duration frequency analysis over mega cities like VPN Delhi and Bangalore are analyzed.The figure shows the comparison of spatial distribution 챗솔루션 of observed (IMD and TRMM) and model simulated (3 experiments) rainfall (mm) 영업디비 over Uttarakhand for 16th (Top panel) &amp17th (Lower panel) June 2013.Impact analysis DB프로그램 of urbanization on the water resources in Bangalore city using remote sensing 앱개발 data and historical changes over past three decades in 188 water bodies 개발회사 indicate substantial increase in built-up area around the lake system. A similar 콜백문자 study using an integrated modeling system is developed to quantify the past 어플제작 changes in the water resources over Upper Jhelum and Kosi River basins 마케팅IP in the Indian Himalayas. Further, to identify sustainable livelihood opportunities in two 마케팅프로그램 representative habitats of Indian Himalayas, assessment of past changes in different components 프로그램 of urban-rural ecosystem is studied through system dynamical modelling.Carbon Cycle in ocean, 마케팅 VPN atmosphere and land: Biogeochemical cycling of major (carbon, oxygen and nitrogen) and 채팅어플 trace (phosphorous, silica, iron etc.) elements plays a key role in climate 마케팅 전문가 change. Robust and accurate regional estimates of the carbon and nitrogen fluxes 스마트문자 between ocean, atmosphere and land are needed for acceptance by the international 채팅어플제작 community. For the first time in India, a coupled physical-biological-chemical (PBC) model 아이피 변경 of the Indian Ocean is developed to estimate the influence of physical 마케팅 스토어 and biological pumps on distribution of pCO2. PBC model helps in estimating 플레이스토어 검색 the impact of climate change on ocean upwelling, marine living resources, nutrient 채팅앱개발 cycling and ocean health. Major Greenhouse gases (GHG) like Carbon dioxide (CO2), 원격 컴퓨팅 Methane (CH4), Nitrous oxide (N2O) and Carbon monoxide (CO) as per WMO standard protocols are measured at our observation stations located at Hanle, Pondicherry, Port Blair and Hosakote. This resulted in providing the longest data record of GHG’s in India and the inverse models provided robust carbon flux estimates that can help addressing gaps in atmospheric carbon cycle research. Dr Sridevi JadeHeadCSIR Fourth Paradigm Institute

댓글목록

등록된 댓글이 없습니다.

단체명 한국장애인미래협회 | 주소 대구광역시 수성구 동대구로 45 (두산동) 삼우빌딩 3층 | 사업자 등록번호 220-82-06318
대표 중앙회장 남경우 | 전화 053-716-6968 | 팩스 053-710-6968 | 이메일 kafdp19@gmail.com | 개인정보보호책임자 남경우