ABSTRACT:

Urbanization combined with high population density characterize the current settlements, being a social, economic and environmental phenomenon important, which compromises the planning and management of cities. Therefore, the perception of environmental risks becomes relevant and integrate structural actions and planning for the modern cities. This study has the objective to propose a information modelling that support the natural disaster studies, using data from laser profiling (LiDAR) and UAV in the Três Rios City, which, associated with the geological-geotechnical parameters, obtained by SPT Survey (Standard Penetration Test) and hydrological parameters make up the map of areas liable to the risk of mass movements. The study you can explore, through geostatistics methods, possible in the GIS, the geotechnical subsurface information, when subjected to heavy rains, making an association with the topography of the region and the type of urban occupancy.

Keywords:
knowledge management, urban area, Reservoir Characterization, natural disaster, geologic modeling, Artificial Intelligence, mass movement, Amaral, susceptible area, consequence
Subjects:
Reservoir Characterization, Professionalism, Training, and Education, Information Management and Systems, Geologic modeling, Communities of practice, Knowledge management
This content is only available via PDF.
2017. American Rock Mechanics Association
You can access this article if you purchase or spend a download.