Earth Sciences and Resources Institute, University of South Carolina

 

 

 

 

    Home
    Staff
    Capabilities
    Projects
    Resources
    About
 

Sponsored by: Westinghouse Savannah River Corporation 

                 

Project Home

Project Overview

Project Staff

 

 

 

 

The purpose of this SCUREF (South Carolina Universities Research and Educational Foundation) task (#157) is to develop and implement a multi-purpose geographic information system (GIS) for storage, retrieval, and analysis of geologic data at the Savannah River Site (SRS). By the completion of this project, personnel at SRS will have access to a single system capable of furnishing a variety of data available for specific areas, sites, and wells within SRS and adjacent areas. This GIS will decrease time expenditures by site and contractor personnel for researching existing data and reduce redundancy of data collection. Data involved include new information obtained by other ongoing SCUREF projects, as well as the enormous volume of data already generated and stored in separate facilities and departments at SRS.

Specific objectives of this task include: 1) conversion of existing surface and subsurface geologic maps, well logs, seismic and other related hard copy data into a standard GIS format (ARCVIEW, ARC/INFO); 2) conversion of existing digital geologic data into a standard GIS format; and (3) conversion and standardization of relevant data generated from other concurrent SCUREF tasks. This project is being conducted in close coordination with the Site Characterization Task Team (SCTT) of the Westinghouse Savannah River Corporation. The SCTT assists in the design of the GIS data base and is supplying much of the data entered into the data base. 

Geological data is collected in a Oracle database. This database is linked to the Arc/View user interface, allowing the user to generated SQL based within the GIS which , in turn, refers to data located in the database. This data may include well parameters, seismic data, data locations, lithology, etc. In addition to specific geological parameters, the locations of associated files such as images, spreadsheets, documents and geophysical log data is also stored in the Oracle database. This allows the GIS graphical interface to retrieve all the the data associated with a point or polygon by selection on the GIS generated map or from a tabular view. 

 

Sample screen shots and database info 

 


Page maintained by: Mark Evans, Last update: April 10, 2008
Copy right @ 2001 University of South Carolina Board of Trustees