Alan Edwards, 2012 Approach to Cyberinfrastructure (and many other things)

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Alan Edwards, 2012 Approach to Cyberinfrastructure (and many other things)

The design of … of the future must be very flexible and highly adaptive Question: What are the basic characteristics of an information and management system based on tomorrow's technology? - globally available and accessible; - processing resources where the data sources are; - scalable; - best and next practices and workflows available to everybody; - access to base datasets; - updated in real-time; - information density and quality increased through crowd sourcing and contribution from citizen scientists. Challenge: Developing today the concepts for the technology of tomorrow! Whatever is decided today is out-of-date by the time it is designed, tested, and implemented! Alan Edwards, 2012

Global Coastal Information System Comprehensive information on coastal zone - physical - non-physical - cross domain - land&sea - natural - socico-economic - data integration (rs, in situ,model) - technology integration - crowd-sourcing and citizen scientist - globally available and accessible (same “feel”) - scalable - cloud hosting and computing - multi-media accessible - best and next practices - crowd sourcing - GIS, web-based, interactive - visualizations - stakeholder interactions

GGIS-DRRGCZIS - globally available and accessible - scalable - cloud hosting and computing - multi-media accessible - best and next practices - crowd sourcing - GIS, web-based, interactive - visualizations Preparedness - hazard maps - past hazards and disasters - vulnerabilities and assets - hazard monitoring Early Warning - early detection - time-variable risks - warnings to authorities - public information system Response - rapid disaster assessments - crowd sourcing - guidance for response teams - response planning Recovery - revised hazard maps - informed land use planning - risk-based, post-event planning Contents & Functions Example Application of a GCZIS: Disaster Risk Reduction

GGIS-DRR GCZIS - responding to user needs - developed together with communities - knowing the user requirements: GEOSS User Requirement Registry - supporting deliberative governance: Virtual Stakeholder Table (VST) Community Planning - land use planning - awareness, risk perception - preparedness - response planning Crowd (sourcing) - improvement of datasets - densification of data - rapid data updates Expert knowledge - best and next practices - work flows - interpretation of data GEOSS/EOs - hazard monitoring - space-borne datasets - in situ data Communities Participation of Stakeholders:

ADDITIONAL IMPACTS: - equal opportunity: urban and rural; developed and developing; - support focus on most relevant issues and hazards; - change risk perception and perception of values; - support improved decision making through access to information, intelligence; - standardization, interoperability, data sharing

IMPLEMENTATION: - provision of key resources through developed countries; - web-based access provides global availability; - scalable; - community support (from state/national agencies, research groups, use cases) - makes best/next practices available to others ADDITIONAL IMPACTS: - equal opportunity: urban and rural; developed and developing; - support focus on most relevant issues and hazards; - change risk perception and perception of values; - support improved decision making through access to information, intelligence; - standardization, interoperability, data sharing

PARTICIPATION: - GEO Task Teams (DI-01,...) and CZCP; - GEO Participating Organizations (POs); - international and national agencies; - non-governmental organizations; - links to national and regional agencies through Member Countries of GEO; - re-insurances; - private industry (Esri,...)

POPULATION THROUGH USE CASES, E.G.: - Sea level rise and flooding (Virginia) - Tsunamis (Northwest U.S., Japan) - Mangroves/Ecosystems (?) - Wetlands (?) - Urban coasts (?) - Deltas (CCARIA) - Model Web (GEO Task, CSDMS, …) - Basedata (ICAN,...) -... PARTICIPATION: - GEO Task Teams (DI-01, Blue Planet,...) and CZCP; - GEO Participating Organizations (POs); - international and national agencies; - non-governmental organizations; - links to national and regional agencies through Member Countries of GEO; - re-insurances; - private industry (Esri,...)