Climate Change Interoperability Challenge
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Proposal to address climate change impact through sensor-based flood prevention along the Elbe River in Germany. Use of SWE for data integration and modeling to enhance disaster forecasting. Phases include extension development, security implementation, testing, and presentation.
Climate Change Interoperability Challenge
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Presentation Transcript
Climate Change Interoperability Challenge Project Proposal
Story We know • Climate change happens! • Number of natural disasters increases dramatically
Story Consequences • Question: How to deal with the aftermath? • Observations to forecast such disasters and reduce the impacts
Scenario • Feature of Interest: Elbe in Germany • Flooding in Dresden Area • Background: Hundret year flood in 2002
Flooding Prevention is better (and cheaper) than cure.
Concept • Hard wired • ArcMap not used as viewing client • Uses default browser with thin client • Featureclass matching the input must exist
Observation • Observation of features with potential danger • Battery of gauge sensors • Measuring water level (and changes) • Storing into SOS • Integration into SDI via SWE
Connect SWE with AGD • AGD Extension for SOS connections • Automated geodatabase/featureclass creation • Automated updates • Triggering further modeling processes • Enable security • Integration of other SWE services (z.B. SAS)
Prototype available • Uses external client for visualizing gauge values • No automated data structure creation (FC, GDB, etc.)
Concept • Phase I. • Phase II.
WMS (AGS) WFS (AGS) ArcGIS SOS (canned data) SOS (real time) Phase I – Extension
CCIP • Phase I: Extension development (July – September) • Phase II: Impl. of an security layer (September – Mid-October) • Phase III. Testing and Presentation (from October)
Longterm • AGS-SOS Integration • TBD.