دانلود رایگان مقاله برنامه نرم افزاری سیستم اطلاعات جغرافیایی توسط آژانس اضطراری منطقه

Abstract

This paper presents a methodology for risk analysis and assessment to manage territorial data based on Geographical Information Systems from the viewpoints of climatology, geography, disaster science, environmental science, fire safety and urban services. The results in this methodology are intended to support local and provincial government agencies to: make resource allocation decisions; make high-level planning decisions and raise public awareness of disasters risk, its causes, and ways to manage it. The Autonomous Community of Navarra, as a result of a special administrative status, possesses a number of specific features that have let it build up a high technological development in several fields. The main areas of research are healthcare and renewable energies, but also focused in the implementation of security systems at territorial level.These advances and particularities of the GIS software used by the fire fighters of this community will be the ones shown in this paper, as well as its prospective improvements in the collaboration with the experts responsible for urban planning of a School of Architecture.

6. Conclusions

In short, the application consists on a strategic tool with online and offline availability, that through the utilization of cartographic bibliographic resources applies an important improvement in the operation of the emergency services, apart from the consequent optimization in operative and managing response. All the building information sheets are freely accessible and there is in developing process and update to transfer the application to mobile devices. For the moment the database requires more memory space than the benefits that applies, but the managing ranks of the emergency services are already equipped with remote controls to conduct management operations. They are useful in two different ways, the first improvement to the operational field of resources that are working as well as the management and direction of emergency managers. In the second, the position to vehicles and people on a real-time GIS, allows inferences to the perimeter and affected forest fires, floods and other emergencies area, where there is a large deployment of field resources.