Each simulation used the attribute table of a single GIS polygon layer to obtain data and record results.
Because TA can handle and visualize both 2D and 3D geological data in a single GIS environment, the tedious tasks required for data conversion between various software packages can be reduced significantly.
After these steps all independent and dependent variables were combined into a single GIS database based upon the 132 parishes of Stockholm municipality (Table 2 shows a description of the dataset).
The run-out modeling process can be accomplished within a single GIS environment (PCRaster) or selected modeling steps might be accomplished outside the provided framework (i.e., initiation susceptibility maps) and then imported to the model.
We combined the spatially linked data listed above into a single GIS database to prepare for statistical analysis using ArcGIS, version 9.1 (ESRI, Redlands, CA).We performed statistical analysis using Stata, version 9.0 (StataCorp., College Station, TX).
The integration of raster and vector data analyses of a single GIS database can produce a much more comprehensive spatial model than a GIS of either the vector or raster format alone.
Upgrading from a traditional soil spatial database, consisting of a single GIS layer of polygons and basic attributes, to a modern soil information system has required significant informatics resourcing.
Taking in account these results, we contacted SiNWs with FIB/GIS technique adopting a distance of 4.0 μm between the electrodes and using the single frame image acquisition mode for the FIB.
If the mathematics is within the realm of GIS, the modeling within the GIS can be considered doing.
Because of the GIS environment, the G4M extends the equations proposed by Bevis et al. (1992) for a single location in two dimensions.
The most common ones use a single GPS receiver, GIS maps, and spoken, turn-right, turn-left directions to guide people along routes.
