World Meteorological Organization Working together in weather, climate and water WMO OMM WMO WMO World Meteorological Organization Working together in weather, climate and water SAON Activities: Coordination across networks and platform WMO perspective Potsdam, Germany, 1-2 Oct Miroslav Ondr áš, Chief, WMO Observing Systems Division (Nils Hettich (WMO) and J é rôme Lafeuille (WMO))

WMO OMM WMO WMO Integrated Global Observing System (WIGOS)

WMO OMM 3 WMO Integrated Global Observing System (WIGOS)  Cg-XVI (May-June 2011) decided to implement WIGOS  WIGOS is about improving existing WMO observing systems to be interfaced with co-sponsored and non- WMO OSs; Functionalities to be improved are addressed in the WIGOS Implementations Plans (WIPs) –WIP = Plan for the development of practices & procedures to be documented in WMO Regulatory Material, such as TR (TCs) –R-WIP = Plan responding to WIP and Regional priorities (RAs) –N-WIP = Plan to implement improved functionalities based on practices described in the WMO Regulatory Material (Members)  CBS & CIMO guide technical aspects of WIGOS implementation (IPs), including the design and evolution of global observing systems (EGOS-IP) and development of standards (Siting classification jointly with ISO)

WMO OMM 4 WMO Integrated Global Observing System (WIGOS) Four Component observing systems: –Global Observing System (GOS) –Global Atmosphere Watch (GAW) –World Hydrological Observing Cycle (WHyCOS) –Global Cryosphere Watch (GCW) Interface with: GCOS, GOOS, GTOS, … Support to GFCS, GIPPS, …

WMO OMM 5 Why we need WIGOS

WMO OMM 6 Why we need WIGOS

WMO OMM 7 7WIGOS WMO Why we need WIGOS Need for Integrated Global Observing System beyond individual GOS, GAW, WIGOS WHYCOS:

WMO OMM 8 WMO Members, Partners and Other Obs Network Operators Data for Applications Atmos Chem Agro Met Hydrology Climate Monitoring Climate Apps Space Wx Ocean Apps ……. Seasonal / Interannual Variation Aero Met Hi Resoln NWP Nowcasting Global NWP GLOBAL OBSERVING SYSTEMS

WMO OMM 9 Data for Applications WIGOS: OPERATIONAL CYCLE User Consultation Rolling Review of Requirements Design and Planning Performance Monitoring & QC Data Dissemination and Storage Implementation Operation & Maintenance

WMO OMM 10 Data for Applications WIGOS: KEY OPERATIONAL FEATURES Consult Users RRR Design and Plan Monitoring & QC Data Dissem and Storage Implement Operate & Maintain Global Standardization Strategic Integration Data and Metadata Discoverability, Accessibility, Recoverablilty (DAR) Measurement Traceability Interoperability Compatability Agreed Observations Practices Multi-purpose Observations Spectrum Management

WMO OMM 11 Data for Applications WIGOS: KEY MANAGEMENT IMPERATIVES Consult Users RRR Design and Plan Monitoring & QC Data Dissem and Storage Implement Operate & Maintain Standardization Integration Data and Metadata DAR Traceability Interoperability Compatability Agreed Observations Practices Effective Governance Efficient Management Extensive Collaboration Effective Quality Management Support to Members Communications & Outreach Capacity Development Multi-Purpose Spectrum Management

WMO OMM 12 Data for Applications Consult Users RRR Design and Plan Monitor Performance Data Dissem & Storage Implement Operate & Maintain Effective Governance Efficient Management Extensive Collaboration Effective Quality Management Support to Members Communications & Outreach Capacity Development WIGOS FRAMEWORK IMPLEMENTATION: KEY ACTIVITY AREAS Standardization Integration Data and Metadata DAR Traceability Interoperability Compatability Agreed Observations Practices Multi-Purpose Spectrum Management 1 Management 2 Collaboration 3 Design, Plan & Optimized Evolution 4 Operation & Maintenance 5 Integrated Quality Management 6 Standardization, Compatability, Interoperability 7 WIGOS Information Resource (WIR) 8 Data Discovery, Delivery and Archival 9 Capacity Development 10 Communication and Outreach

WMO OMM 13 Thank you Merci Спасибо Graciasشكرا 谢 谢谢 谢谢 谢谢 谢 WIGOS: