Titlebook: Geographic Information and Cartography for Risk and Crisis Management; Towards Better Solut Milan Konecny,Sisi Zlatanova,Temenoujka L. Band

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https://doi.org/10.1007/978-3-642-91472-0ared maps) is inefficient. Modern geoinformation technologies offer powerful capabilities to make navigation more convenient. The authors discuss the possibilities of GIS application based on network analysis over spatial databases fully equipped with attributes which are crucial for simulation of r

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Die Qualit?t der marktbezogenen Planungatural disasters, but are often without any earthquake threat. To evaluate lifeline networks seismic vulnerability, we usually refer to damage models, requiring parameters dealing with pipe features, soil behavior, and seismic hazard of the studied area (peak ground acceleration or velocity, PGA, PG

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,Qualit?t des Partizipativen Journalismus,high spatial resolution data. Parallel processing based on grid-computing is chosen to reduce computation time as well as to provide end-users with cost-effective access. The clusters of the GEO (Global Earth Observation) Grid system (.) at the National Institute of Advanced Industrial Science and T

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https://doi.org/10.1007/978-3-322-81473-9manitarian Relief & Reconstruction cluster combined their expertise to contribute their support through the provision of satellite imagery based maps and information. Detailed damage assessment maps were produced for three villages that had been burnt down by militias early in 2008. Analyses were al

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