Land, as one of the basic environmental factors, is under large impact by intensive agricultural production, urbanisation, mining activities, erosion caused by anthropogenic factors, etc., which can easily result in its degradation. The unplanned land use increases the risks of degradation and reduction of the land resource. Chemical pollution, unfavourable physical and mechanical characteristics, disruption and accumulation processes, infrastructural occupancy of land represent only few forms of the land degradation. The largest portion of the land in the Republic of Serbia is covered by forests, and only then agricultural, water and construction land. The land use, management and protection is regulated by legislation and planning documents, which are the object of this paper. In the first part of the document analysis, the focus is on the review of the relevant laws adopted in Serbia, such as the Law on Forests, the Law on Spatial Planning and Construction, the Law on Environmental Protection, the Law on Land Protection, and the Law on Agricultural Land, bearing in mind the fact that the legislation forms a basis for further implementation of the planning management and supervision of the land use of all types and purposes. The other part of the review deals with the planning acts as pioneering documents in the integral overview of space, and/or all the activities in it. To that purpose, several spatial plans for different types of areas and different primary functions of land use have been chosen. In its conclusion, this paper explains the symbiosis of legislation and planning documents, and/or their implementation, as well as the significance of such symbiosis for the land function and its sustainable utilisation in the Republic of Serbia.
This paper starts from the fact that spatial and urban planning promote rational land use planning and express interests in the sustainable development of land, water and related resources and infrastructure. The authors here look for sustainable land use planning solutions in the domain of water management within the spatial plans. A starting point of this paper is the fact that integration of water management issues (i.e. drinking water management) into land use planning is essential in achieving sustainable development. Considering this, the paper focuses on analysis of land use planning solutions given within three spatial plans that include areas of water supply reservoirs. The authors give an analysis of the set of measures prescribed by zoning ordinances within spatial plans concerning water protection and protection from water (i.e. flood water evacuation). The authors conclude that analyzed spatial planning documents give sustainable land use solutions, since land use planning, through the zoning, represent a starting point in water protection.Keywords: Spatial Planning, Sustainable Land Use, Water Management, Water Reservoirs, Serbia
The section of the Pan-European Corridor VII waterway flowing through Serbia is of exceptional international significance, as well as significance to the Republic of Serbia, both in the domains of transport and of environmental protection. In this part of the Pan-European Corridor VII waterway, there is development of both passenger and freight traffic without an established system of control and management of solid waste and wastewater from vessels, which directly threatens the environment, as well as the safety of traffic and people. The crews of international and domestic vessels are faced with the problem of disposing of solid waste, waste oil and waste water, due to the lack of adequate waste terminals in this section of waterway corridor VII (The Danube River). For this reason, the construction of a waste terminal is a priority and an unavoidable necessity as a starting point for establishing a sustainable system of managing waste from vessels in the Republic of Serbia. This paper presents a methodological approach for selecting an optimal location for the construction of such a terminal in the city of Belgrade, capital of Serbia (a case study). The method of multi-criteria evaluation of potential locations was used, as well as the method of evaluating various locations under different scenarios. The specificity of the method used can be seen in the selection of criteria for comparative evaluation of the potential locations, as well as in the evaluation of the potential sites under different scenarios and with weight categories based on the PROMETHEE method. The results presented in this paper make it possible for decision makers to consider different aspects and scenarios when selecting the most appropriate location for the terminal, whilst taking into account the international standards and principles governing this field in the European Union.
Erosion is one of the main causes of soil degradation and sediment production. The amount of eroded material that reaches rivers and lakes depends on the terrain but also on the climatic and hydrological characteristics of the basin, as well as the applied land management method. The intensity of sediment production is in direct correlation with the land use type. Repurposing forest land as mining, urban and infrastructural development areas, etc., significantly affects sediment production. Shrinking of forests and unplanned agricultural production are just some of the factors that intensify erosion processes and increase the amount of eroded material, also triggering climate change and the onset of prolonged dry and rainy periods, which increase the risk of erosion in sloping terrain and intense sediment production. The paper presents the correlation between the change in the forest land use method, on the one hand, and soil erosion and sediment production, on the other, by analysing segments of river basins in the territory of the Serbian Municipality of Krupanj. The modelling of sediment production was based on data collected from the experimental territories. The method of erosion potential, data analysis, and procession in GIS surrounding were used for calculating sediment production in the experimental areas. The greatest loss of soil was perceived in the terrain with little or no vegetation on steep slopes covered with material prone to water erosion. The smallest production of sediment was noted in the terrain with vital forest vegetation. The results received point to the heterogeneous estimates of land loss, enabling the modelling of sediment production in wider basin areas and the analysis of the impacts of different land management factors on the erosion processes.
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