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2.2 Report JSC OPAG EPAC (GAW)

2.2 Report JSC OPAG EPAC (GAW). Øystein Hov Chair JSC OPAG EPAC Norwegian Meteorological Institute CAS MG WMO Geneva 23-25 May 2013. GAW2013 has reviewed status against the five « strategic thrusts » as defined in WMO Strategic Plan 2012-2015.

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2.2 Report JSC OPAG EPAC (GAW)

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  1. 2.2 Report JSC OPAG EPAC (GAW) Øystein Hov Chair JSC OPAG EPAC Norwegian MeteorologicalInstitute CAS MG WMO Geneva 23-25 May 2013

  2. GAW2013 has reviewed status againstthefive «strategicthrusts» as defined in WMO Strategic Plan 2012-2015 • Improving service quality and service delivery • Advancingscientificresearch and applicationsdevelopment and implementationoftechnologies • Strengthencapacitybuilding • Build and enhancepartnerships and cooperation • Strengthengoodgovernance

  3. TECHNICAL IMPLEMENTATION

  4. ADVANCE RESEARCH AND IMPROVE SERVICES GAW  GAW Urban Research Meteorology and Environment (GURME) 23 megacities (≥10 mill) in 2013, 37 in 2025

  5. ADVANCE RESEARCH AND IMPROVE SERVICES

  6. ADVANCE RESEARCH AND IMPROVE SERVICES Greenhouse Gas Bulletin 7/2011

  7. ADVANCE RESEARCH AND IMPROVE SERVICES German Meteorological Service Hohenpeissenberg Meteorological Observatory SAG precipitationfigure 7

  8. Challenge: small long-term changesTotal ozone series of Arosa

  9. GAW In-situ Aerosol Network Twinned: Operations supported by SAG members Recruited: Joined GAW through efforts of SAG members

  10. DWD Ceilometer network backscatter intensity 170410 Time-height sections (0-5km) of backscatter from DWD ceilometer stations on arrival of Eyjafjallajøkull volcanic ash 170410. Ash-layer is yellow-orange-brown and arrived over S Germany, subsiding from 5 to 2 km and entrained in the PBL in the afternoon Flentje et al., Atm Measurements Techniques Discussions 2010 (CHM15K lidar ceilometer, JENOPTIK LOS GmbH Jena, 52 instruments in Germany, uses a laser at wavelength 1064nm, vertical resolution 15m, molecular and particle backscattering)

  11. Service delivery

  12. Regional Station Neuglobsow (UBA) Global Station Neumayer (AWI) WCC Aerosol Physics (IfT) WCC O3-Sondes (FZJ) MOZAIC (FZJ) CCL H2 (MPI-BGC) CARIBIC (MPI-CH) QA/SAC-D (UBA) RDCC-E (DWD) WDC-RSAT (DLR) WCC N2O (KIT) WCC VOC (KIT) Regional Station Schauinsland (UBA) Global Station Zugspitze/ Hohenpeißenberg (UBA+DWD) GAWTEC (UBA+BAY) German ContributionstoGAW

  13. Support to GAW Global Stations Mt. Kenya, Algeria, Indonesia GAW-CH International Activities QA/SAC Switzerland WCC-Empa (O3, CO, CH4, CO2) PMOD/WRC Davos GAWSIS Support to Ozonsounding Nairobi, Kenya Support to GCOS Cooperation Mechanism

  14. What have welearnt during GAW2013? • ESFRI ACTRIS (Gelsomina Pappalardo) • IGAC (Paul Monks) • The Swiss GAW-support (GabriealaSeiz) • WHO Air quality and health (HeatherAdair-Rohani) • SAG and ET reports • GHG (Ed Dlugokencky) • Ozone (Johannes Stähelin) • Precipitationchemistry (Richard Artz) • Reactivegases (Martin Schultz) • UV (Susana Diaz) • GURME (Greg Carmichael) • NRT (Vincent-Henri Peuch) • WDC (Jörg Klausen) • Airborne observations (Carl Brenninkmeijer) • GEO (Barbara Ryan) • WIGOS (Sue Barrell) • GFCS (Deon TerBlanche) • Ash detectionnetwork (Thomas Werner) • Mt Simone Pyramid ABC (Sandro Fuzzi) • MACCII (Vincent-Henri Peuch) • IPCC (Renate Christ) • Satelliteactivities (John Burrows) • Break out sessions • Communication and outreach • QA/QC and RRR • Socio-economic and policy priorities, expansionofnetworks • Integrated useofobservations Need to account for the human impactontheatmosphere Must establish a scienceintegritybefore it is made into services

  15. Way forward for GAWseenagainstcurrent and newpriorities in WMO Strategic Plan 2016-2019 «Science for service» • Disaster risk reductionfocus • Global integrated polar prediction system (GIPPS) incl GCW • Megacities • Global Framework for Climate Services (GFCS) • WMO Integrated Global Observing System (WIGOS) and WMO Information System (WIS)

  16. Points in a GAW strategy 2016-2019 • USER DRIVEN PRODUCTS: AQ, deposition, UV, dust incl volcanic ash, climate, NWP incl seasonal weather forecasts, marine input • TOWARDS “ONE CHAIN”: Research driven and operational observations, model development and application, and services • CORE GAW ACTIVITY: Doing Good Observations, not only collecting others’ • POLICY FACILITATION: DRR, GIPPS, AQ, CLRTAP, GFCS, IPCC, new global/regional alliances, and FEWER PARALLEL PROCESSES in policies’ underpinning • DATA STEWARDSHIP. WIS (WIGOS). User-data provider interaction. Interoperability. Free data policy. • FOSTER COUNTRY CONTRIBUTIONS to research, infrastructure, education, institutional building • Management structure; communityofpractise

  17. Thankyou for theattention

  18. Global Framework for Climate Services (WMO) – Draft implementation plan January 2012:OBJECTIVES OF GFCS RESEARCH, MODELLING AND PREDICTION COMPONENT to conduct the fundamental climate research aimed at deeper understanding of the functioning and predictability of the Earth climate and enhancing the science readiness level to develop the core climate prediction tools and substantiated climate information products, and to maximize the societally relevant and useful climate information based on climate science by proactively targeting the research towards development and improvement of multiple practical applications and information products and satisfying the identified requirements of the users of climate information at the current science and technology readiness level.

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