Geologic information system of Serbia (GeolISS) represents repository for digital archiving, query, retrieving, analysis and geologic data visualization. The GeolISS is implemented through ESRI ArcGIS technology, and is designed to operate as a personal geodatabase (MS Jet 4.0 Engine) and SDE enterprise geodatabase in MS SQL Server. The objective of GeolISS implementation is integration of existing geologic archives, data from published maps at different scales, newly acquired field data, as well as Web publishing of geologic information.
Physical implementation ...
... tion, Geodatabase.
Geologic information system of Serbia (GeolISS) represents repository for digital archiving,
query, retrieving, analysis and geologic data visualization. The GeolISS is implemented through
ESRI ArcGIS technology, and is designed to operate as a personal geodatabase (MS Jet ...
... Jet 4.0
Engine) and SDE enterprise geodatabase in MS SQL Server. The objective of GeolISS
implementation is integration of existing geologic archives, data from published maps at
different scales, newly acquired field data, as well as Web publishing of geologic information.
Physical implementation ...
... geometry (location).
Spatial entities are treated as observation localities and mapped/interpreted geologic entities
(occurrences). In the ESRI geodatabase they are implemented as a Feature Classes,
geometrically adjusted to points, lines and polygons. Each of them is linked to one or more
description ...
Branislav Blagojević, Branislav Trivić, Ranka Stanković, Nenad Banjac, Olivera Kitanović. "Geologic Information System of Serbia" in Proceedings of the 17th Meeting of the Association of European Geological Societies, 14.-18. september 2011., Beograd : Srpsko geološko društvo (2011)
