AIP-3 Kickoff Workshop Summary Health SBA: Air Quality and Infectious Diseases Kick-off Session Leads: Stefan Falke, François MARQUES GEOSS AIP-3 Kickoff.

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Presentation transcript:

AIP-3 Kickoff Workshop Summary Health SBA: Air Quality and Infectious Diseases Kick-off Session Leads: Stefan Falke, François MARQUES GEOSS AIP-3 Kickoff March 2010

Health SBA: Air Quality and Infectious Diseases

MARQUES FrançoisEO2HEAVEN / NEVANTROPIC MEIXIA DengGMU SFORZA PeterVirginia Tech WATSON KymFraunhofer / EO2HEAVEN SRI VinayColumbia University / CIESIN BRATINA VojkoEuropean Commission SCHAFFER BastianIFGI SKOULOUDIS AndreasEuropean Commission / JRC McGOVERN LawrenceINCOSE / TASC LIEBERMAN JoshTraverse / OGC FALKE StefanNorthrop Grumman ROBINSON ErinWashington University DAVIES ElizabethNorthrop Grumman WHITE JohnUS EPA HUSAR RudolfWashington University Session Attendees

Primary Participant Responses Contributing Participants: BKG, ESA/FAO, QA4EO, The Univ. of Tokyo-Center for Spatial Information Science, GIGAS, geoland2, Compusult, INCOSE, GENESI-DR, ESRI, CIESIN, PML Washington University in St. Louis EO2Heaven University of Münster, Institute for Geoinformatics Federation of Earth Science Information Partners CEOS WGISS Atmospheric Composition Interest Group US Environmental Protection Agency - AIRNow GMU-Center for Spatial Information Science and Systems ISPRA and CSN

Increase the number of data providers with web services registered in GCI Enhance the Air Quality Community Infrastructure Relate the GCI to air quality decision processes AQ Community AIP-3 Objectives

Services and Components Data Access Services –AIRNow WMS, WCS –DataFed WMS, WCS –ISPRA SOS –GMU WCS –CEOS-WGISS WMS, WCS –ifgi SOS ? Processing Services –ifgi automated spatial interpolation WPS –GMU-CSISS geospatial processing WPS, BPELPower Clients –GEO AQ Community of Practice Portal –GEO Portals –DataFed Browser –others Catalogs –AQ Community Catalog

Starting Community Architecture for AIP-3

Next Steps Inventory services and components available from AIP-3 participants and characterize (e.g., registered in GCI, type of service, available return formats, etc) Identify “value-adding” organizations (e.g., Integrators) who are connected to decision support processes Review and revise AQ Community Infrastructure Create and refine Transverse Engineering Use Cases Define scenario(s) that demonstrates GCI for air quality/infectious disease applications –Respiratory, asthma, allergic and cardio-vascular diseases in Dresden –Ambient Pollution and Childhood Respiratory Outcomes in Durban –Infectious disease (cholera) in Mozambique

Communication Plan Google Sites collaboration site –‘Expose’ through GEO AQ Community of Practice site Telecons (Bi-weekly) –Will soon define date/time Liaisons to other working groups

BACKUP SLIDES

Mapping to other WGs (Transverse and SBA) Data Sharing Use Case Semantics and Vocabulary Other Water Quality Disaster Management

Characterizing Services Type (WCS, SOS, WPS, WMS) Metadata record Register in AQ Community Catalog

Schedule Inventory of services, clients and capabilities for AIP-3 – April 1 Make accessible through GCI Evaluate usability via GCI Develop specific AIP-3 scenario to exercise Transverse Use Cases

Air Quality Scenario Objectives Support the Development of a AQ Community GEO Process Functioning AQ System of Systems by 2015 Publishing Data with Standard Discovery Metadata Finding Data through a Data Catalog Accessing Data through Standard Interfaces GEO AQ Community of Practice By Connecting AQ Data Providers to Users

Users Data Providers GEOSS Common Infrastructure Air Quality Community Catalog General search and use of GEOSS data and services AQ-specific search and use of GEOSS data and services SEDAC DataFed Giovanni EDAC NGC ESA AIP-2 Workspace:

Air Quality Scenario Focus Areas Real-Time Large-Scale Event Analysis Assessment of Intercontinental Transport Air Quality Forecasting Information to the Health Community & the Public Key Actors: Data Providers, Analysts, IT, AQ Decision Makers