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

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Earth Observations and Dynamic Mapping: Key Assets for Risk Managemento display much of the information in maps had many limitations, which are now being overcome with major progress in the way data are collected, organized, accessed, and communicated. This chapter provides an overview of current Earth Observation capacity with some examples in relation to forest fire

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Concrete

watertight,

Occipital-Lobe

A Framework for Defining a 3D Model in Support of Risk Management Based on the disaster type, the needed level of detail for a 3D model is derived, which is then linked to the time needed to process the data and obtain this level of detail. The levels of detail are compliant with the 3D international standard CityGML. The framework is designed to serve risk manag

Stress

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GIS Procedure to Forecast and Manage Woodland Firesnately, experience has shown that the consequences for the environment and human life are very serious if the extinguishing operations are not timely. Starting from a brief analysis of the most important available models to simulate fire evolution, the aim of this work was to propose a dynamic proto

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Cartographic Support of Fire Engine Navigation to Operation Siteared 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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Strategies for the Automatic Extraction of Water Bodies from TerraSAR-X / TanDEM-X datadar data with up to 1 m pixel spacing of the TerraSAR-X satellite are operationally available. Due to the improved resolution of the sensor more details of the Earth’s surface become visible. A number of different appearances of water bodies in TerraSAR-X data are shown that are relevant for a gener

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