The project is aimed at upgrading existing and outdated maps from the time when the presentday area of the Diocese of Požega in Croatia was under the Archdiocese of Zagreb. We could not find a single map of the Diocese of Požega since its establishment in 1997. That is why in 2001 we began to create one at the Faculty of Geodesy. It has been developed in stages and this work is still ongoing. The paper describes how the new map was created, it explains its purpose and the motivation behind the idea to create the first map of this diocese, and mentions obstacles that had to be dealt with during the research of certain specific thematic content. It also describes several working versions of the map. The project on which the paper is based is unique because it investigates sacral topics and facilities which have not yet been identified or depicted cartographically. The authors have successfully created a map which is built around sacral themes and emphasized cartographic details relating to this diocese. The procedure, though complicated due to the lack of available data, entailed collection and analysis of commonplace data and depicts authors' exposure to the difficulties of making and designing map.

ABSTRACT:One of the main concept objectives of smart cities is to create a quality living environment that is long-term sustainable and economically justified. In that context, modern cities are aware of the exposure to various forms of physical and non-physical pollution that needs to be remediated, eliminated or reduced. To achieve that it is necessary to quality determine the sources and reasons of each pollution. The most prominent examples of physical pollution that affects the quality of life of citizens in cities are light and noise pollution. Noise pollution or noise, is mostly the consequence of road and rail traffic in cities and it directly affects the health of citizens. Traffic control, reduction of peak congestion, dispersion and traffic redirection or building protective barriers, are ways that cities use to reduce the amount of noise or its effects. To make these measures efficient it is necessary to obtain the information related to the level of noise in certain areas, streets, cities. To achieve this, smart cities use noise mapping.

Abstract.Interactive maps have found their application in hiking as well. More and more hikers use smart devices for orientation that contain topographic and/or other cartographic products adapted to moving around certain terrain. This trend has not been fully developed in Croatia, but the increased number of users of smart devices and applications adapted to them shall certainly lead to a larger number of interactive hiking maps.The paper presents the Interactive Map of the National Park Paklenica that was produced within the frame of the diploma thesis at the Chair for Cartography of the Faculty of Geodesy, University in Zagreb.

ABSTRACT:One of the basic goals of the smart city concept is to create a high-quality environment that is long sustainable and economically justifiable. The priority and concrete goal today is to promote and provide sustainable sources of energy (SSE). Croatia is rich with sun energy and as one of the sunniest European countries, it has a huge insufficiently used solar potential at its disposal. The paper describes the procedure of analysing the solar potential of a pilot area Sveti Križ Začretje by means of digital surface model (DSM) and based on the data available in the Meteorological and Hydrological Service of the Republic of Croatia. Although a more detailed analysis would require some additional factors, it is clear that the installation of 19,6m2 of solar panels in each household could cover annual requirements of the household in the analysed area, the locality Sveti Križ Začretje.

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