Dejan M. Vasović

Dr. Dejan M. Vasović

Occupational and Environmental Quality, University of Nis, Faculty of Occupational Safety, Niš, Serbia
orcid
Asssociate professor at Faculty of Occupational Safety, Univ...

Research Focus & Metrics

Academic Career Length

17Years (2010-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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16 September 2017 in Water, Air, & Soil Pollution
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Journal Article
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LTLjiljana Takic
Ljiljana Takic
IMIvana Mladenović-Ranisavljević
Ivana Mladenović-Ranisavljević
Dejan M. VasovićDejan M. Vasović
Dejan M. Vasović
LĐLjiljana Đorđević
Ljiljana Đorđević

3 August 2017
Verified
Book Chapter
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BTBenjamin D. Trump
Benjamin D. Trump
KPKelsey Poinsatte-Jones
Kelsey Poinsatte-Jones
MEMeir Elran
Meir Elran
CACraig Allen
Craig Allen
BSBojan Srdjevic
Bojan Srdjevic
JPJosé Manuel Palma-Oliveira
José Manuel Palma-Oliveira

16 December 2016 in Energies
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Journal Article
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JNJelana Malenovic Nikolic
Jelana Malenovic Nikolic
Dejan M. VasovićDejan M. Vasović
Dejan M. Vasović
IFIvana Filipović
Ivana Filipović
SMStevan Mušicki
Stevan Mušicki
Ivica RistovicIvica Ristovic
Ivica Ristovic
Aims and background: Mining and energy complexes in Serbia are recognized as a major source of a large number of pollutants. Serbia’s environmental performance reports clearly indicate that large mining and energy complexes are the dominant source of air pollution. It is difficult to determine which of them remarkably threaten the quality of the environment, as all the basic elements of the environment (air, water, and soil) are threatened, not just one. Mining and energy complexes significantly reduce the quality of the immediate environment, as the distance areas throughout water and air pollution propagation. Additional motivation for this study lies in the fact that large mining and energy complexes are particularly interesting because they are located in the immediate vicinity or large rivers (mostly the Danube), which are protected in many national and international legislation acts (particularly the Danube). The basis for the preservation of environmental quality is an effective environmental management system (EMS) in mining and energy complexes. The aim of this study is to promote and elaborate the possibility for improving the mining and energy complex environmental protection/management system by applying the basic principles of sustainable development. Methodology: Project management methodology is selected as a tool. Project management is based on the application of a network planning technique (Critical Path Method), because of its suitability for representing the logical structure of environmental protection system. The survey was conducted in the area of the city of Kostolac. The examined area included mining and energy complexes in Kostolac, which incorporate three surface mines (Ćirikovac, Klenovik, and Drmno) and two thermal power stations (TE “Kostolac A” (100 MW) and TE “Kostolac B” (2 × 348.5 MW)). The PSR model (Pressures, State, Response) was used for the organization of the interactions within “society–environment” system as the basis for indicator selection. Results: Procedures to identify and determine the significance of the environmental aspects should be established by executive staff in mining and energy plants and complexes. Identification of environmental aspects is the first part of the planning system of environmental management and the activities related to them. The accomplishment of critical path activities represents the basis for improving the environmental protection system in mining and energy complexes. Discussion: Application of sustainable development principles depends on the country’s energy potential and the application of the adopted environmental policy regarding mining and energy complexes. Strict enforcement of existing laws and regulations presents an opportunity to rectify many shortcomings while providing economic benefits, restoring the usable value of ravaged land, and preserving air and water quality.

20 January 2021 in Polish Journal of Environmental Studies
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Journal Article
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MMMarija Milenković
Marija Milenković
Ashok VaseashtaAshok Vaseashta
Ashok Vaseashta
Dejan M. VasovićDejan M. Vasović
Dejan M. Vasović
Sustainable development of a regional and local community involves setting a strategic balance among economic, social, and environmental criteria (factors) of development. Due to their large number, physical quantity variance, and incompleteness, these factors have a limited, sometimes even conflicting and ineffectual application in producing a unified effect on development. This issue becomes resolvable through a modification of factor analysis by means of combining it with multi-criteria decision analysis (MCDA). The solutions thus obtained in the form of a ranking, with the top-ranked solution being the most favorable, constitute immense support for decision makers to use the proposed most favorable solution to formulate and implement their plan of development.

13 July 2025 in Sustainability
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Journal Article
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GJGoran Janackovic
Goran Janackovic
ZVZarko Goran Vranjanac
Zarko Goran Vranjanac
Dejan M. VasovićDejan M. Vasović
Dejan M. Vasović
Hazards stemming from extreme natural events have exhibited heightened prominence in recent years. The natural hazard management process adopts a comprehensive approach that encompasses all stakeholders involved in the disaster management cycle. “Actions for Resilience” (A4R) represents a standardised concept derived from ISO/TR 22370:2020 that integrates principles from various scientific disciplines to enhance resilience in systems, whether they are socio-ecological systems, communities, or organisations. A4R emphasises proactive measures and interventions aimed at fostering resilience rather than merely reacting to crises or disruptions. It recognises that resilience is a multifaceted concept influenced by various factors, including social, economic, environmental, and institutional dimensions. Central to A4R is the understanding of complex system dynamics. Also, A4R involves rigorous risk assessment to identify potential threats and vulnerabilities within a system, as well as to build adaptive capacity within systems. A4R advocates for the development of resilience metrics and monitoring systems to assess the effectiveness of interventions and track changes in resilience over time. These metrics may include indicators related to social cohesion, ecosystem health, economic stability, and public infrastructure resilience. In this context, the study aims to apply the proposed hierarchy of factors and group decision-making using fuzzy numbers to identify strategic priorities for improving the urban resilience of the pilot area. The identified priority factors are then analysed across different scenarios, and corresponding actions are described in detail.

1 January 2020 in Safety Engineering
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Journal Article
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Natalija PetrovicNatalija Petrovic
Natalija Petrovic
Dejan M. VasovićDejan M. Vasović
Dejan M. Vasović
This paper presents an analysis of the current practice in the field of municipal waste management in the Republic of Serbia. Data on generated, reused and disposed waste, collected by the Serbian Environmental Protection Agency, have been analyzed. The analysis showed that part of the generated waste is still not properly disposed of in sanitary landfills. Also, the paper presents municipal waste management methods that are most commonly used in the Republic of Serbia. From the data analyzed, it was concluded that the most commonly used method of waste management is landfill disposal. The aim of the paper is to present the improvements made so far in the field of municipal waste management practice through the Waste Management Strategy 2011 to 2019 with reference to the betterments and changes expected in the new Strategy in the coming period.