by KURT FEDRA
Urban environmental management must integrate the spatial, structural features of a city, typically captured in GIS, and the dynamics of environmental quality indicators that can be obtained by monitoring. To provide decision relevant information supporting planning and management, these components are integrated in models for scenario analysis and optimisation tasks.
The paper describes some results from an environmental Telematics project (ECOSIM) and two Esprit projects (HITERM, SIMTRAP), as well as a EUREKA EUROENVIRON project (AIDAIR), and applications in cities such as Vienna, Berlin, Geneva, Basel, Milano, Athens, Gdansk, and Izmir. Strategies for the integration of monitoring, GIS, and modeling are presented, that use a common client-server architecture, an object oriented design, embedded expert systems technology, and a multi-media user interface to support easy access, and easy use of complex analytical tools for urban environmental management.
The paper describes some results from an environmental Telematics project (ECOSIM) and two Esprit projects (HITERM, SIMTRAP), as well as a EUREKA EUROENVIRON project (AIDAIR), and applications in cities such as Vienna, Berlin, Geneva, Basel, Milano, Athens, Gdansk, and Izmir. Strategies for the integration of monitoring, GIS, and modeling are presented, that use a common client-server architecture, an object oriented design, embedded expert systems technology, and a multi-media user interface to support easy access, and easy use of complex analytical tools for urban environmental management.
more about GIS applications:
We'll need to study this approach of urban planning. This looks more complicated than it really is, right?
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