防止森林突发火灾的主要方针

Yury V. Podrezov
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引用次数: 0

摘要

本研究从组织和技术的角度探讨了极端森林火灾扑灭的核心问题。对森林热学领域中存在的问题的分析是建立在系统方法、逻辑分析方法和持续过程综合的原则之上。它表明需要发展现代机制来对付各种类型的森林火灾,这些火灾往往是各种规模的紧急森林火灾的起因。已经确定,在安排和执行防火和灭火措施方面,应以科学为根据的管理决策提供适当的功能系统的支持。该系统应以森林火情综合监测和预测过程为基础,监督和估计森林火灾的动态和后果、各种类型的火源和威胁等级分级的应急情景。有多种灭火技术,具有不同的生产力,环保,成本效益,反应速度,经过长时间的实践证明。尽管结果的提升,根据减少的烧伤次数和火灾覆盖的森林面积的参数,显示出需要改进,以及新的现代方法的产生和实现,特别是有破坏因素的森林地区的烧伤。建议通过使用环境兼容和高效的电物理原理来降低由天气条件引起的火灾危险等级。这种回应程序在俄罗斯联邦和几个外国的不同地理条件下进行了广泛的实际审查。应该提到的是,这种办法在预防和扑灭大型森林火灾方面具有很大的潜力,减少了紧急火灾情况来源造成的破坏因素。引证:Podrezov Yu.V。防止森林突发火灾的主要方针。俄罗斯林业杂志,2023年第1期。2,第172-182页。(俄国人)。https://doi.org/10.37482/0536-1036-2023-2-172-182
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Principal Directions for Prevention of Emergency Fire Situations in Forests
The study investigates the central current issues in extreme forest fire extinction from organizational and technological perspectives. An analysis of the problems in the field of forest pyrology is established on the principles of systematic approach, methods of logical analysis and synthesis of ongoing processes. It indicates the need to develop modern mechanisms against forest fires of various types, which are often the origins of emergency forest fires of various scales. It has been determined that the scientifically substantiated ways of arrangement and implementation of measures for fire prevention and elimination should be supported by an adequate functioning system for scientifically based management decisions. Such a system should be grounded on the processes of the integrated fire monitoring and predicting of the forest fire situation, supervising and estimating the dynamics as well as consequences of the forest fires, their sources of various types and emergency scenarios with gradated threat scales. There are multiple fire extinguishing techniques with various productivity, environmental friendliness, cost efficiency, speed response that have been practically proven over a long period of time. Although the elevation of the results, according to the parameters of the reduced number of burns and the forest areas covered by fire, shows the need for improvement, as well as the generation and realization of the new modern methods against burns on wooded areas especially with the damaging factors. It is recommended to reduce the fire hazard class caused by weather conditions by using an environmentally compatible and efficient electrophysical principals. Such response procedures have gone through an extensive practical examination in different geographical conditions of the Russian Federation and in several foreign countries. It should be mentioned that this approach has a great potential for prevention and termination of large forest fires, reducing the damaging factors coming from the sources of emergency fire situations. For citation: Podrezov Yu.V. Principal Directions for Prevention of Emergency Fire Situations in Forests. Lesnoy Zhurnal = Russian Forestry Journal, 2023, no. 2, pp. 172–182. (In Russ.). https://doi.org/10.37482/0536-1036-2023-2-172-182
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