Titlebook: Geo-information for Disaster Management; Peter Oosterom,Siyka Zlatanova,Elfriede M. Fendel Book 2005 Springer-Verlag Berlin Heidelberg 200

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A Case Study in Multiagency GIS for Managing a Large-Scale Natural Disastertastrophic fires in Southern California in the fall of 2003. The focus of the presentation will detail how several different agencies and the private sector created a shared GIS data base to collaborate on how to provide protection, prevention and response to a pending wildfire catastrophe. Examples

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User-Oriented Provision of Geo-Information in Disaster Management: Potentials of Spatial Data Infrasster management especially in situations where losses are to be minimized and lives are to be saved. Data and technology suppliers are talking about the magic thing: the “user” or “end user”. But, providing innovative products hoping the user will be positive about and spend a lot of money for means

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Disaster Management: The Challenges for a National Geographic Information Provideresponse times to incidents is therefore critical. Ordnance Survey’s Mapping for Emergencies unit addresses this requirement through out-of-hours incident support. Additionally, a Pan-government agreement now gives a wide range of central government organisations direct access to a suite of Ordnance

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CNES Research and Development and Available Software in the Framework of Space-Images Based Risk and and research activities have been carried out, which aim at testing the usefulness of space based images for risk and disaster management, and at improving the space image based products deliverable to the end users..Space images provide unique spatial coverage and potentially high site revisit opp

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A Decision Support System for Preventive Evacuation of Peopleither sea or rivers. The Dutch government has started a research project ‘Floris’ (Flood Risk and Safety in the Netherlands) to calculate the risks of about half of the 53 dike-ring areas of The Netherlands. This project has four tracks: (1) determining the probability of flooding risks of dike-ring

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Considering Elevation Uncertainty for Managing Probable Disastersanagement problems. As a result, conclusions are extracted, decisions are taken and actions are designed and executed, while the problem is examined on a wrong point of view. This paper describes the attempt to introduce a new model, the DEEM (Digital Elevation Error Model), which incorporates eleva

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Framing Spatial Decision-Making and Disaster Management in Timehere are just one element which has to interact with the other ingredients. Hence, their presence should be well-thought in order to avoid hindering the return to a “normal” situation, or worse, enhancing the effects of the disasters. By taking a spatial information science perspective, this contrib

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Book 2005book provides a broad overview of the (geo-information) technology, software, systems needed, used and to be developed for disaster management. The book provokes a wide discussion on systems and requirements for use of geo-information under time and stress constraints and unfamiliar situations, envi