The choice of a cadastral municipality for agricultural land management by land consolidation is a task set upon every local selfmanagement unit where projecting and realization of land consolidation projects are planned. It is very important to perform the prioritization of specific cadastral municipalities for land management via land consolidation on a regular and objective manner, i.e. not to perform the launching of land consolidation projects randomly, but to choose areas where the effects of land consolidation would be the greatest. Solving of this problem is portrayed in the appliance of multicriteria optimization method. Accordingly, this paper covers the issue of ranking cadastral municipalities for agricultural land management by applying different multicriteria analysis methods and presents the evaluation of the defined model in the Municipality of Ruma. The final goal of the research is to establish the relation of ranks provided by different methods of multicriteria analysis and to create a final list of cadastral municipalities in which

Abstract. Geodetic instruments need to be calibrated and examined regularly in order to insure the accuracy of measuring results. However, the process of calibrating of geodetic instruments is performed in laboratories while the measurements are performed in real conditions. As a consequence, the results of etalonizing of geodetic instruments do not represent the conditions which may occur in different projects in which those geodetic instruments could be used. Bearing in mind this fact parallel with the fact that metrological characteristics influence the results of production measurements, the need of their determination in real projects appears. The interesting questions is if it is possible to use results of production measurements obtained from realized projects in order to determine the metrological characteristics of the geodetic instruments used for those measurements? This paper intends to discuss some aspects of metrological characteristics of the geodetic instruments, based on the measurements from the realized project.

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