Ragimov, Rauf 
  
3.4 Use of the data RS for creation of GIS "Caspy" 
In developed GIS important place is selected to use of a processing techniques of remote measurements as operating 
and fast and renewed type of information about an environment in a regional scale. Depending on space permission of 
satellite facilities and recurrence of shootings above the same region it is possible creation of a special processing 
techniques of the multizone space information. 
The use of methods of creation of composite snapshots under the data of the occurring at different time information 
causes the rigid requirements to objects of a surface which have to save stable spectral images. Designed by us the 
software package on processing the satellite multizone information allows to decide the tasks of operating monitoring of 
a state of a biomass of green vegetation, ecological situations of industrial regions, to inspect and to select the salted 
sites etc. It is created the thematic maps of different assignment on the basis of this information. 
The programme is sixteen a bit valuable Windows - product and supports the multiple document interface. The structure 
of the programme can conditionally be divided into two parts - base for the graphics editors of the software and 
software oriented to processing of aerospace snapshots. 
4 RESULTS AND TOTALS 
The all coastal zone with depth not less than 20 kms was enveloped by the plane tables 1:100000. The localities 
characterized with the greatest levels of crossing, were paddingly treated by maps of a scale 1:10000. It was digitized 
the shore lines, isolines of levels of height and characteristic local heigh, piers, deep sites and others on all plane tables. 
The shore lines and isolines of heights were digitized with a detail twice greater, than step of approximating of a 
programme module of a refacing. The technology of optimal choice of a way of digitization was fulfilled after 
numerous samplings, definition of different steps of an approximating grid and analysis of outcomes of restoring of 
known lines on a topographic sheet. 
On the basis of the obtained results it is possible to make the following conclusions (including on system frameworks): 
1. The common square of inundated zones in country till 1997 makes 700-800 sq. kms, that correspond to 
provisional valuations, introduced different organizations and local controls. 
2. The common square of predictablis inundated zones till 2010 will make 500-550 sq. kms. 
It is showed the designed maps of inundated zones of territory most suffering as a result of a rising water in figures 1 
and 2. Topographic sheets of scales from 1:100000 till 1:25000. Were for input data for creation of these maps. For 
valuation social-economic and ecological repercussions of inundated of a coastal zone, it was made the data banks 
containing the vast subject informated about demographic, sanitary - epidemiological to conditions, agricultural, 
territorial - administrative, communication infrastructure, hydrographic network, landscaped-morphological data on all 
coast of Azerbaijan. 
For collection of these data and the filling by them of data banks are used varied georaphical maps and results of 
observations of regional subdividings. There is being created a management system of data banks of GIS for output 
different on a level and a form of information, including the guidelines for making of desicions. 
REFERENCES 
Ragimov R., Suleymanov T., Kambarov A., 1995. Integrational programme environment of subject interpretation of 
aerospace photographies and mapgraphic presentation of processing results. Materials of scientific and technical 
conference " Interactive systems: the problems of human-computer interaction ", Ulyanovsk, Russia, pp. 51-52. 
Suleymanov T., 1998. Creation of software and hardware complex of thematic interpretation for aerospace information 
and automated cartographical represention of results of processing. The Report of research works, part 5, Baku, 
Azerbaijan, pp. 58. 
  
1208 International Archives of Photogrammetry and Remote Sensing. Vol. XXXIII, Part B7. Amsterdam 2000.