Morphostructure relations on the territory of the Republic of Serbia

Menkovic, Ljubomir; Koscal, Milan; Milivojević, Milovan; Djokic, M.

doi:10.2298/gsgd1802001m

Cited by 5 publications

(4 citation statements)

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“…Process of ore formation is connected with volcanic breccia, which consists of common skarn minerals. Ultramafites have significant extensions; their complexes penetrated by Tertiary volcanic compounds in the southeast region of Kosovska Mitrovica, while volcanic rocks with pyroclastic materials formed mostly of quartz-latites and quartz-porphyries have been observed in Zvečan (hill, 797 m) near Kosovska Mitrovica [40].…”

Section: Impact Of Geology; Characteristics Of Rocks and Soilmentioning

confidence: 99%

“…According to particle size distribution, the soil nearby the house contains 11.16% sand (200-2000 mm), 43.00% fine sand (20-200 mm), 33.48% silt (<20 mm) and 12.36% clay (<2 mm) [36]. Also, according to some unpublished results of specific activities of radionuclides 238 U, 232 Th and 40 K in soil and stone, their elemental concentrations were calculated; observed values are two times higher than world average for Th and K, and four times for U; in comparison: the world average value for U and Th are 2.64 and 11.1 ppm respectively, whereas for K this value is 1.37% [41]. The soil near the house contains 10.85 ppm U, 20.44 ppm Th and 2.73% K, and stone used to build the house contains 10.53 ppm U, 30.78 ppm Th and 3.23% K (unpublished results).…”

Section: Impact Of Geology; Characteristics Of Rocks and Soilmentioning

confidence: 99%

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High Indoor Radon Case Study: Influence of Meteorological Parameters and Indication of Radon Prone Area

Spasić¹,

Gulan²

2022

Atmosphere

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Indoor radon and meteorological parameters (temperature, humidity, pressure, precipitation, indoor dew point, wind direction, wind speed and heat index) were simultaneously monitored in an old residential house in a radon suspected area. Measurements were performed during the period from winter to summer (13 February 2021–15 August 2021). Indoor radon concentrations were measured with detectors, Airthings Corentium Home (alpha spectrometry method), and meteorological parameters were continuously monitored by the meteorological station WTH600–E (wireless weather station). The influence of geological characteristics in the study area was analyzed, as well as some observed variations and correlations with indoor/outdoor meteorological parameters. The results indicated that indoor radon levels are higher in the spring/summer season than in the winter season. Diurnal radon concentrations varied during measuring period from 303–1708 Bq/m3 (average 949 Bq/m3) and 427–1852 Bq/m3 (average 1116 Bq/m3) for the living room and bedroom, respectively. Indoor radon concentrations correlated with: outdoor/indoor temperature, indoor humidity (r = 0.45, r = 0.40, r = 0.32, r = 0.56, respectively); indoor dew point (r = 0.53); outdoor barometric pressure (r = −0.26); there were no clear correlation with precipitation and outdoor humidity. The health risk due to long-term, high radon exposure was assessed through the calculated inhalation dose.

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Section: Impact Of Geology; Characteristics Of Rocks and Soilmentioning

confidence: 99%

Section: Impact Of Geology; Characteristics Of Rocks and Soilmentioning

confidence: 99%

High Indoor Radon Case Study: Influence of Meteorological Parameters and Indication of Radon Prone Area

Spasić¹,

Gulan²

2022

Atmosphere

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“…Any deviation from the regular course of life has a negative impact on the economic, cultural, political, and social capital of a community and requires an adequate response in the form of special protection measures by persons specially trained to deal with disasters (Al-ramlawi et al, 2020;Busch & Givens, 2013;Kaur, 2020;Menković et al, 2018). Appropriate implementation of special protection measures is especially emphasized in fires because they occur more often than other disasters (Cvetković, 2016a;Cvetković, 2016b;Dwyer et al, 2000;Marshall et al, 1998).…”

Section: Introductionmentioning

confidence: 99%

Private security preparedness for disasters caused by fire

Cvetković¹,

Pavlović²,

Janković³

2021

Nauka bezbednost policija

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The subject of the research was the examination of the factors of influence on the preparedness of the private security for disasters caused by fire. In addition to determining the preparedness index, there are deeper insights into the interrelationships between various selected variables and the level of preparedness of members of the private security. Using the random sampling method, 300 adult members of the private security were selected, and they participated in the research. The results of the research indicate that members of private security were not sufficiently prepared to react to fires. The research results could be used as a starting point for conducting further research in this area since the improvement in training of security personnel plays an important role in disaster control and prevention, thereby producing safer and more secure work environment and society.

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“…Globalization brings new challenges and imposes increasing demands on the quality of the environment (Gajić & Cvetanović, 2015;Menković et al, 2018;Lovrić et al, 2019). Human resources management involves the initiation of quality improvement initiatives, expressed through an adequate allocation and maximization of human resources.…”

Section: Introductionmentioning

confidence: 99%

Human resource management in environmental protection in Serbia

Nikolić

Cvetković

Zecevic

2020

B SERBIAN GEOGRAPHIC

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Starting from the fact that the units of local self-government of the Republic of Serbia are not sufficiently oriented towards innovations related to human resources and the environment, the application of quantitative research tradition examines the positioning and understanding of certain procedures and decisions of human resources management regarding the functioning of the environmental protection system, on the one hand, and future strategies for changing the given system, on the other. A series of 105 face-to-face interviews were conducted during the year of 2016 in 105 of the 191 municipalities in the Republic of Serbia. Examination of the attitudes of the local self-government was carried out using a specially designed closed electronic questionnaire. The results of the multivariate regressions show that the most important predictor of the possible improvement of the environment is the size of the municipality. The remaining variables (e.g., human resources policy, human resources service) did not have significant effects on the ability to improve the environment. In more than half of local self-governments, there was no clearly defined human resources strategy in the field of environmental protection, an environmental protection service, an Environmental Action Plan, as well as an employment plan for waste management in local governments, etc. The research has shown that top managers of local governments agree that the management of human resources in environmental protection represents a significant opportunity to improve the quality of the environment. The results of the research can be used to improve the organization of human resource competence in environmental protection and the quality of a working and sustainable environment in the area of local self-government.

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Morphostructure relations on the territory of the Republic of Serbia

Cited by 5 publications

References 0 publications

High Indoor Radon Case Study: Influence of Meteorological Parameters and Indication of Radon Prone Area

High Indoor Radon Case Study: Influence of Meteorological Parameters and Indication of Radon Prone Area

Private security preparedness for disasters caused by fire

Human resource management in environmental protection in Serbia

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