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The dataset contains coordinates of the localities where rocks samples are drilled for measurement in the paleomagnetic laboratory. Paleomagnetic laboratory measurements are performed on samples using different methods.
The precise levelling network consists of a set of permanently marked and easily accessible fundamental benchmarks. Temporary benchmarks can be main and supporting. They represent the points distributed at the distance less than 1.5 km in the form of levelling lines between the fundamental benchmarks.
The high accuracy levelling network consists of a set of permanently marked and easily accessible fundamental benchmarks. Temporary benchmarks can be main and supporting. They represent the points distributed at the distance less than 1.5 km in the form of levelling lines between the fundamental benchmarks.
Statistical units are units for the distribution or use of statistical data. The statistical units consist of Statistical Circle, Census Circle and Polling Station Area. It contains data on: registration number or code of the spatial unit, type of spatial unit, hierarchical connection with superior and subordinate spatial units, geospatial data and history of change. The statistical circle is the smallest constant spatial unit. The network of statistical circles is formed within the settlement - inhabited place, ie within the cadastral municipality. One statistical circle can contain one or more census circles. The census circle is the smallest spatial unit about which data are kept in the Register of Spatial Units and which is formed for needs census, for the purpose of precise distribution of enumerators in the field and ensuring complete coverage of census units. When defining local communities whose border is part of a statistical circle, the border is defined by census circles. The criteria for determining the size of the census circle are the number of households and the character of the settlement. For each polling station, the area of the polling station is determined, from which voters vote at that polling station (street, village, hamlet, settlement, etc.) and which usually includes a list of streets with house numbers, the name of the settlement, etc. Statistical units also consist of spatial units defined by the nomenclature of statistical territorial units (NSTJ): Serbia-North and Serbia-South (NSTJ1), regions (NSTJ2) and areas (NSTJ3). NSTJ grouping levels are provided by aggregating territorial units. The nomenclature of statistical territorial units is a set of terms, names and symbols that describe groups of territorial units with levels of grouping. The criteria according to which the NSTJ levels are grouped are based on general criteria determined by the standards of the European Union: number of inhabitants, geopolitical position, natural potentials, existing territorial organization, cultural - historical heritage.
Active Geodetic Reference Base of Serbia - AGROS, is permanent service of precise satellite positioning for the teritory of Serbia. By AGROS establishing a necessary precondition was met enabling overcoming the problems regarding Reference geodetic Base in Serbia.
The dataset contains coordinates of the position of the points from the Reference seismomagnetic network of points. Data is collected by field work within the State Seismomagnetic Survey. Seismomagnetic network of points includes materialized and permanently stabilized points in seismically active areas (Kopaonik and Rudnik). Each projected seismic network of points contains a base station on which the daily variations of the total intensity of the geomagnetic field are continuously recorded in the period as geomagnetic measurements at the points of the seismic network are taking place.
Digital terrain model (DTM) is represented by height points determined at the positions of a predetermined grid that characterize the height structure of the surface of interest. DTM of grid 30 m is made on the basis of aerial photogrammetric acquisition of resolution 10 cm, 20 cm and 40 cm from the epoch 2007-2010 and based on aerial photogrammetric acquisition of resolution 40 cm from the epoch 2011-2013 was updated.
The dataset contains coordinates of the position of the stations from the Reference geomagnetic network of secular stations. Data is collected by field work during the State geomagnetic survey of secular stations.
Digital terrain model (DTM) is represented by height points determined at the positions of a predetermined grid and structure lines that characterize the height structure of the surface of interest in which there are changes in the configuration of this surface. DMT of grid 1 m which is produced in Republic Geodetic Authority is made on the basis of data obtained by LiDAR scanning from epoch 2017-2020. Technology of creating a digital terrain model is an efficient way to get the given entities of the area position and height in the appropriate spatial coordinate system with the projected accuracy. The issuance of a digital terrain model is regulated by the Law on Republic Administrative Fees, which regulates the amount of the fee for services provided by Republic Geodetic Authority.
Digital orthophoto (DOP) is a georeferenced digital image of a part of the earth's surface of certain dimensions that has the characteristics of orthogonal projection, obtained by orthorectification of digital aerial photogrammetric images, digital satellite images or images obtained by other remote sensing methods. DOP is a digital topographic basemap that has all the information registered on the image since it was made (much more information compared to classic topographic plans or maps) but also all the measurement properties of topographic plans and maps of the appropriate level of detail. DOP of resolution 40 cm based on aerial photogrammetric acquisition from the epoch 2007-2010. The issuance of orthophotos is regulated Law on Republic Administrative Taxes which regulates the amount of the fee for services provided by the Republic Geodetic Authority.