THE ROLE OF FIRE-TECHNICAL EXPERTISE IN THE PREVENTION OF FOREST FIRES
Keywords:
forest, forest fires, forest structure, forest fire prevention, aspects of deliberate arson, fire-technical and criminal examination, expert, research, physical properties of treesAbstract
This article presents substantiated information on forest structure regulations, the development of systems for preventing potential forest fires, the application of international experience in forest fire prevention, the impacts of forest fires on humans, wildlife, and the natural environment, as well as proposals and recommendations for improving forest fire prevention measures. In addition, the article outlines the capabilities of fire-technical and criminal examinations in forest fire cases, the rules for appointing fire-technical and criminal examinations, the timeframes for conducting examinations, and the procedures for collecting physical evidence. At the same time, the article identifies key aspects of fires caused by deliberate arson, emphasizes the urgent issues of environmental protection and ecosystem restoration in forest fire prevention, and describes modern approaches to examining forest fire scenes, including the scientific analysis of collected physical evidence based on technical and academic sources, as well as the use of new types of field-based laboratory equipment that differ from traditional fire scene inspection methods. Scientifically substantiated data are presented in this regard.
References
Carman C.M. Application of forensic science in arson investigations // Journal of Criminal Investigation. 2016. — №4. — P. 214–220.
ГОСТ 12.1.044-89. Пожаровзрывоопасность веществ и материалов. // Номенклатура показателей и методы их определения. — М.: Издательство стандартов, 1990.
ГОСТ 30244-94. Материалы строительные. // Методы испытаний на горючесть. — М.: Госстандарт России, 1995.
ГОСТ 30402-96. Материалы строительные. // Метод испытаний на воспламеняемость. — М.: Госстандарт России, 1997.
ГОСТ 28157-89. Огнезащитные составы для древесины. // Методы испытаний. — М.: Издательство стандартов, 1990.
Беляков В.Н. Судебная пожарно-техническая экспертиза. // М.: Норма, 2013.
Астапов А.П. Криминалистическое исследование пожаров и поджогов. // СПб.: Юридический центр Пресс, 2014.
Куценко К.И. Методика расследования пожаров. // М.: Юрайт, 2016.
Плотников А.С. Пожары и взрывы как объект криминалистического исследования // Российский следователь. — 2015. — №12. — С. 41–45.
Коршунов П.В. Анализ очага пожара при пожарно-технической экспертизе // Пожарная безопасность. — 2014. — №5. — С. 22–28.
Lentini J.J. Scientific principles applied to fire investigation // Journal of Forensic Sciences. 2012. — №3. — P. 705–712.
Babrauskas V. Ignition of fires: a forensic approach // Fire and Materials. 2010. — №2. — P. 121–133.
DeHaan J.D. Forensic fire scene reconstruction techniques // Forensic Science Review. 2009. — №1. — P. 1–15.
Gorbett G.E., Pharr J.L. Fire dynamics in fire investigation analysis // Fire Technology. 2011. — №2. — P. 383–401.
NFPA Technical Committee. Fire investigation methodology and analysis // Fire Technology Journal. 2014. — №5. — P. 921–935.
Morgan A.B. Materials behavior under fire conditions in forensic analysis // Polymer Degradation and Stability. 2013. — №6. — P. 1010–1017.
Schudel B. Origin and cause determination in fire investigation // International Journal of Forensic Science. 2015. — №2. — P. 66–72.
Prestemon, J. P. (2010). Wildland Arson: A Research Assessment. USDA Forest Service, Southern Research Station.
White S. Fire scene examination and evidence interpretation // Science & Justice. 2018. — №3. — P. 183–189.
Гаврилов А.В. Использование специальных знаний при расследовании поджогов // Закон и право. — 2016. — №9. — С. 63–67.






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