Headquarters for emergency situation as elements of the risk management system for large forest fires

Author:

Đorđević Goran,Dimitrijević Tatjana,Tomić Marko,Stojanović Vanja,Ćirković-Mitrović TatjanaORCID,Brašanac-Bosanac LjiljanaORCID

Abstract

In recent years, forest fires are becoming more frequent, which is partly a consequence of global warming and the appearance of extremely hot summers, more frequent occurrences of drought, as well as increased wind intensity, but primarily as a consequence of great human carelessness and sometimes evil intentions. Large forest fires are a serious danger and their occurrence and spread directly endangers people, buildings, material goods and the environment. Emergency situation during this type of fires can be declared when a large area of quality forest is affected, when there is an immediate danger to people, material goods or the environment. When declaring an emergency situation, emergency headquarters and expert operational teams are activated whose task is to manage the risk in forest fire protection and to take measures to reduce the risk and protect people and material goods. The functioning of the operations centers and the effective implementation of measures have a direct impact on the efficiency of extinguishing large forest fires and the degree of efficiency in protecting people, buildings and property. The main goal of this paper was the analysis of the work and significance of the headquarters for emergency situation as a risk management factor in forest fire protection.

Publisher

Centre for Evaluation in Education and Science (CEON/CEES)

Reference7 articles.

1. Đorđević, G. (2012). Risk Management in Forest Fire Protection, Doctoral dissertation, Faculty of Security, Belgrade;

2. Ratknić, T., Milovanović, J., Ratknić, M., Šekularac, G., Subić, J., Jeločnik, M., Poduška, Z (2017): Analysis of the profitability of the restitution of fire-affected beech forests in Serbia, Applied Ecology and Environmental Research, ALÖKI Applied Ecological Research and Forensic Institute Ltd., 15, 4, pp. 1999 -2010, 1785 0037;

3. Ratknic, T., Ratknic, M., Cirkovic-Mitrovic, T., Brasanac-Bosanac, Lj. (2018): The impact of climate factors on the wildfire occurrence in Serbia, Fresenius Environmental Bulletin, Germany, Vol. 27 No. 6/2018, p. 4014-4022, ISSN 1018-4619. Download_FEB_2018 | Fresenius Environmental Bulletin;

4. Ratknić, T., Đorđević, G., Ratknić, M. (2021): Climate change in forest fire risk management system, Monograph, Institute of Forestry, ISBN 978-86-80439-48-8; COBISS.SR-ID 50331913 pp. 1-465;

5. Đorđević, G., Ratknić, M., Rakonjac, Lj., Dimitrijević, T. (2022): Sheme of organisation and procedures in the actions of entities on forest fire protection -prevention and suppression of forest fires, Sustainable Forestry: Collection 2022, br. 85-86, p. 197-214;

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