The phrase "a gis that" is not correct in English and does not convey a clear meaning.
It appears to be a typographical error or a fragment that lacks context, making it unusable in written English.
Example: "I have a gis that I need to complete by tomorrow." (Note: "gis" is unclear and likely incorrect.)
Alternatives: "a guess that" or "a notion that".
The database has been related to a GIS that is being used only for graphically locating the available borehole and in situ test sites for the study area and for the compilation of digital contour maps.
Typological emergences were collected, through a field survey, and were put inside a GIS that is the base for analysis with the main aim to detect the priorities of intervention for their structural recovery and management in relation to geomorphological and anthropic risk.
Briefly, this tool is embedded in a GIS that requires ArcGIS (version 9.3; ESRI, Redlands, CA, USA) and connects to an external database such as Microsoft Access or Oracle of geocoded health and population data.
In addition, it is possible to use these data sets with other data layers in a GIS that integrates the Superfund site attributes with nearby demographic characteristics, environmental features, and critical infrastructures.
In this paper we present a GIS that incorporates the accumulated data of the Netherlands' coastal plain and functions as a storage and integration tool for coastal plain mapped data.
This analysis involves a multiscale GIS that includes a thorough representation of the physical, human and economic spatial realities, a risk-modeling approach, an adequate optimal location and allocation model (taking into account both queuing and staffing problems).
Literature-based research and findings from the Obesity and Neighborhood Environment Database (ONEdata), a unique longitudinal GIS that is spatially and temporally linked to data in the National Longitudinal Study of Adolescent Health (N=20,745), provide examples of current limitations in this area of research.
An appropriate tool to achieve these goals is the implementation of a web-based GIS that contains relevant geodata and offers tools for integration of information of related environmental monitoring networks and tools for data analysis.
A core component of the portal is an online interactive GIS that can seamlessly integrate disparate sources of comparable environmental health data from distributed databases, enabling visualization and analyses of geographic relationships, as well as modeling of contaminant transport, to help identify environmental hazards to human health.
The integration of all these georeferenced layers generates uniquely defined polygons in a Geographic Information System (GIS) that cover the entire national territory.
Nowadays geospatial data is used and analyzed most of the times within a Geographical Information System (GIS) that has capabilities such as assembling, storing, manipulating, displaying, and merging data from different sources (Giuliani et al. 2011).
