CI PA 2003 XIX th International Symposium, 30 September - 04 October, 2003, Antalya, Turkey 
133 
Layers 
Data 
Types 
Feature 
Types 
File Format 
Orthophoto 
Raster 
Image 
Tiff 
Trees 
Vector 
Point 
Shp, Shx, Dbf 
Roads 
Vector 
Polyline 
Shp, Shx, Dbf 
Parks 
Vector 
Polygon 
Shp, Shx, Dbf 
Schools 
Vector 
Polygon 
Shp, Shx, Dbf 
Buildings 
Vector 
Polygon 
Shp, Shx, Dbf 
Religious 
Buildings 
Vector 
Polygon 
Shp, Shx, Dbf 
Table 1 : 
Geodatasets 
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Figure 4: Web Page 
The web page contains an interactive map container, which 
displays the map layers, a toolbar column, which is used for 
querying buildings, and a legend column, which is an 
explanatory table of the map features. Users can use the map 
interactively by performing GIS functions such as zoom, pan, 
identify, and queries. There are radio buttons for querying the 
buildings on the map. Clicking a feature on the map one can 
perform a spatial query. In order to query on a layer, its radio 
button is activated. Then a feature related to active layer is 
clicked on the map. The query results will be displayed in a 
table on the left column (Figure 5). 
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Figure 5: Query Results 
3. CONCLUSIONS 
In this study, approximately 2000 records have been entered 
into the database. The final product is a software-independent 
web-based GIS for the study area that provides the 
comprehensive documentation of cultural heritage. This study 
represents the interactivity of the Internet users and the spatial 
data as well. The web-based information system will help the 
public to form a view on the development process of their urban 
environment. Continuity of the system and monitoring will 
allow for change detection and revealing of positive and 
negative impacts in time. 
The very high value of online GIS is apparent. It combines the 
advantages of both GIS and the Internet. Information will be 
available for several different types of user. The solution 
performance can be changed according to the needs of the user 
by simply reconfiguring the server. The approach to access 
information will take some time for communication between the 
client side and the server side. There will be subsequent 
improvements in the techniques to make it more efficient. 
Cultural heritage documentation and Internet GIS study 
comprise a wide range of objects, disciplines and technologies. 
So co-operation between different scientific and professional 
disciplines is necessary. 
REFERENCES 
Akin, C., 1999. Visual Basic 6, Alfa Yayinlari, Istanbul, 
Turkey. 
Davis, B.E., 1996. GIS A Visual Approach, Onword Press, 
Santa Fe, NM, USA. 
Duran, Z., Toz, G., 2002. Integration of GIS for Cultural 
Heritage Documentation, XXX IAHS World Congress on 
Housing, Housing Construction, An Interdisciplinary Task, 
September 9-13, Portekiz, Vol.I, p.597-605. 
Eos Systems Inc., 1997. Photo Modeler User Manual Version 
3.0, 12th Ed., Vancouver.