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City Moscow / Bern / Boston / Berlin / / Company Gartner / Springer / McGraw-Hill / Cox / Methods Theoretically / Adobe / / Country Switzerland / Deutschland / Russia / Austria / Schweiz / / Event Natural Disaster / / Facility Lorenz Hurni Institute of Cartography / Institute of Cartography / / IndustryTerm real-time discharge values / map representing real-time specific / transportation / R-spatial / disaster management / Measurement networks / river networks / atlas systems / hydrographical network / server infrastructure / real-time river discharge data / river gauge network / geo-processing tools / web-based project prototype / natural hazard management / ood management / e-cognition / satellite techniques / automatic network / Web-Based Prototype Christophe Lienert / GDAL / river network / real-time mode / real-time discharge data / real-time hydrological model / UMN Mapserver / real-time discharges / raster data processing / pre-processing / real-time measurement data tables / Internet Explorer / above mentioned river network / / NaturalFeature 1 / Organization Institute of Cartography / Lorenz Hurni Institute of Cartography / US Federal Reserve / Swiss National Science foundation / / Person Christophe Lienert / Ernst Hutzler / Olaf Schnabel / / Position rt / interpreter / Illustrator / hydrologist / representative / / ProgrammingLanguage Java / SQL / XML / PHP / JavaScript / / ProvinceOrState Tirol / / Region eastern Switzerland / / Technology XML / PHP / JavaScript/AJAX technology / html / uniform resource locator / mobile devices / SVG technology / Java / database management system / Decision Support System / pre-processed using PHP / / URL http / SocialTag 
A Real-Time Flow Map of the Swiss 1:200’000 River Network A Real-Time Flow Map of the Swiss 1:200,000 River Network Considerations on its Preparation and its Dynamic Integration into a Web-Based Prototype