RTK GPS TECHNOLOGY USE FOR A WORK OF DELIMITATION AND TOPOGRAPHICAL SURVEYING OF THE MONASTERY LAND FROM DOBRESTI VILLAGE, TIMIS COUNTY

• Published in: International Multidisciplinary Scientific GeoConference SGEM Vol. 2; pp. 519 - 524
• Main Authors: Bârliba, Luminiţa Livia, Bârliba, C, Calinovici, I, Eleş, G
• Format: Conference Proceeding
• Language: English
• Published: Sofia Surveying Geology & Mining Ecology Management (SGEM) 01.01.2016
• Subjects: Access roads; Accuracy; Altimetry; Cadastral mapping; Computer programs; Computer software; Data; Data analysis; Data processing; Feasibility studies; Geodetic accuracy; Geodetic surveys; Global positioning systems; GPS; Modernization; Planning; Religious orthodoxy; Roads & highways; Rural areas; Software; Surveying; Romania
• ISSN: 1314-2704

The purpose of this work is to do a topographical survey on the field using GPS-RTK system and data processing using standard cadastre computer programs like Aut°CAD and TopoLT . These data were necessary for the topographical tracing work of the monastery platform from Dobresti village. Dobresti village is part of the Bara town which is situated in the northeastern part of the Timis county, Romania, near Lipova hills, on the local road DC85 which goes from Belint to Bara, at about 30 km north of Lugoj city. There is a wooden Orthodox church built in 1832 bearing the "Saint Paraschiva". The subject of this paper approach the issues of surveying work and their classification in the current European Standards by geodetic accuracy work necessary for the process of modernization and development in Romanian rural area. In this work , they were used accurate methods of tracing like GPS-RTK space tehnology which is combined with a Leica TCR 807 total station to determine altimetry of the land. As a first step, it was made a reconnaissance of the area to find existing geodetic points from the State Geodetic Network as support points for the tracing work. It was executed a topo-geodetic survey of the perimeter and made an altimetry study of the monastery land. In order to determine the land size and the position of elevation points, it was need to process the data from the field using specialized programs to archive the land plan necessary for the architect to design the monastery yard, the alleys, the access road and the parking for the tourists.