Archives: Service Related

INCOIS
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Ocean information is critical for effective management of maritime activities, such as shipping, marine recreation, fisheries, and disaster preparedness in the islands and coastal regions The Indian National Center for Ocean Information Services (INCOIS) supports oceanic and seismic initiatives that are implemented across countries in the Indian Ocean, South Asia, and Southeast Asia through funding…

European Centre for Medium-Range Weather Forecast (ECMWF)
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RIMES-ECMWF cooperation, since 2012, has been instrumental in enhancing the integration of longer-lead time forecast products into the member countries’ climate service delivery European Centre for Medium-Range Weather Forecast (ECMWF) has been sharing medium, extended range, and seasonal NWP products in real-time since 2012. RIMES, in turn, reports on the use and application of ECMWF…

World Meteorological Organization (WMO)
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RIMES and WMO cooperation focuses on capacity development of national meteorological and hydrological services for disaster risk reduction, climate action and sustainable development The WMO Global Framework for Climate Services (GFCS) provides a global platform for guiding and supporting activities across the value chain for climate services. The framework enables member states to leverage international…

UNESCO IOC
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RIMES works with UNESCO/IOC to support regional ocean science and services catered towards risk reduction and mitigation during severe weather events as well as overall oceanic monitoring and data sharing. The Intergovernmental Oceanographic Commission of UNESCO (IOC)’s operational requirements for Regional Tsunami Service Providers (RTSPs) include the linking of earthquake and tsunami forecast information with…

Global and Regional Cooperation for modeling & forecasting
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Given the transboundary nature of hazards, institutionalized regional cooperation is needed for integration of early warning systems, enhancing weather and climate services for climate change adaptation and disaster risk reduction. RIMES adopts a regional approach to draw upon outputs from global and regional WMO centers for hydro-meteorological hazards and UNESCO/IOC centers for tsunami, to enhance…
Seismic Data Sharing
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Seismic data from stations set up in member states share data with the regional and global networks. To enable seismic data sharing into the regional networks (RIMES/IRIS), a dataless SEED volume that contains the station’s metadata, and the national center’s SEEDLink server’s public IP address are shared to the regional networks. Restrictions for IP addresses…
Oceanic Data Sharing
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Sea level station data have been integrated into national networks via cellular telemetry to transmit data via mobile wireless modem to the nearest telecommunications tower and shared globally through GTS to the GLOSS network. RIMES has also deployed buoy stations that transmit information on meteorological data such as water temperature, wave height, period, direction, etc.…
Developing Mechanisms for Data Sharing
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The Least Developed Countries and Small Island Developing States in the region, although disproportionately affected by climate impacts, have significant gaps in observation systems and lack resources and institutional mechanisms to address the gap. Non-GTS (Global Telecommunication System) data are shared by RIMES member states through regional data sharing mechanisms to ensure the availability of…
Oceanic Data System
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Sea level station data has been integrated into national networks via cellular telemetry and shared globally through GTS to the GLOSS network.
Seismic Data System
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Most seismic data have been integrated into national networks by data transmission via cellular telemetry to the Apollo server located at the national data center, except for RM-SZP which uses satellite telemetry. The Apollo server is a platform for consolidating continuous real-time data seismic waveform, state-of-health data, and log files using Nanometrics Protocol (NP) or…