43ac6133314f3e869bbe52340be880ae.ppt
- Количество слайдов: 10
World Meteorological Organization WMO OMM Working together in weather, climate and water CAe. M Report to ICG-WIGOS- -4 17 February 2015 Dr Jitze P. van der Meulen (representing CAe. M) WMO CAe. M and WIGOS www. wmo. int
WMO OMM CAe. M and WIGOS Aeronautical Meteorology is a core user of WIGOS and WIS, WIGOS will contribute to the improvement of aviation weather services, stimulating safety WIGOS and WIS SARPs TR Vol. 1 • Surface based obs • Space based obs high resolution weather forecasts for aviation CAe. M and ICAO SARPs TR Vol. 2 (ICAO ANNEX 3) • Aircraft based observations (AMDAR, ADS, Mode-S) • Aerodrome based obs (METAR) local Met. Services at Airports CAe. M and WIGOS 2
WMO OMM Observations and interest During last CAe. M (XV; 15 to 16 July 2014 ) limited interest was expressed in observations in general. However CAe. M has a strong interest in: • volcanic Ash (VA) observations, • Space Weather, • Nuclear emergencies • Improved nowcasting(surface and upper air) • Climate change issues(with impact on safety, economy and regulatory of aviations). • implementation of Quality Management Systems (QMS) CAe. M expects that the implementation of WIGOS will have a beneficial impact in all these areas. CAe. M and WIGOS 3
WMO OMM Volcanic Ash (VA) • Co-operation with ICAO in the International Airways Volcano Watch Operations Group (IAVWOPSG* ) • Co-operation with International Union of Geodesy and Geophysics (IUGG) by the Volcanic Ash Scientific Advisory Group (VASAG) • To support the International Volcanic Ash Task Force (IVATF) Science sub-group. Observations are essential, from satellites and surface (LIDAR based: ceilometers) * Also active with Space Weather and Release of Radioactive Material into the Atmosphere CAe. M and WIGOS 4
WMO OMM Space Weather • An Inter-programme Coordination Team on Space Weather (ICTSW) was already established in 2010 jointly with the CBS. • Space weather observations, data exchange, product and services delivery, and operational applications. Inputs to the draft ICAO Concept of Operations for Space Weather Information Services CAe. M and WIGOS 5
WMO OMM Nuclear emergencies • Provision of SIGMET for radioactive clouds • operational access to near real-time at-source monitoring information through the International Atomic Energy Agency (IAEA) Near-source atmospheric data, in particular wind information, with which to initialize the dispersion models remained high priority issues. WMO had provided inputs to the draft ICAO Concept of Operations for Radioactive Material Information Services CAe. M and WIGOS 6
WMO OMM Other topics Nowcasting and Mesoscale Modelling Development of a joint Aviation Research Demonstration Project (Av. RDP) with CAS to with a view to demonstrate the capability of nowcasting and mesoscale modelling techniques in support of Trajectory Based Operations under the ASBU*s. *The ICAO Global Air Navigation Plan (GANP) follows a consensus-driven Aviation System Block Upgrades (ASBU) methodology which includes upgrade modules for Aeronautical Meteorology, in 5 year blocks out to the timeframe of 2028. Climate Change and Variability Impacts of climate change and variability on aviation to be dealt within coordination with the relevant WMO and ICAO bodies and programmes such as the Global Framework for Climate Services (GFCS) and the ICAO Committee on Aviation Environmental Protection (CAEP). CAe. M and WIGOS 7
WMO OMM Opportunities Space weather service CBS (ongoing - ICTSW) VA observing network CAS, CBS, CIMO (planned WIGOS DP) Nowcasting and NWP CAS (planned RDP) Wake turbulence detection, CBS, CIMO AMDAR applications, etc Climate service for aviation GFCS CAe. M and WIGOS 8
WMO OMM Challenges still to be addressed • Promote WIGOS for Aero Met applications • Stimulate co-operation with the aviation community (ICAO) to improve exchange of quality approved observational data • Stimulate the aviation community to clearly state requirements for observations (RRR) CAe. M and WIGOS 9
WMO OMM Q CAe. M and WIGOS 10


