scholarly journals Fuzzy logic in controlling the forest fire - level forecast warning signage

2020 ◽  
Vol 61 (4) ◽  
pp. 126-136
Author(s):  
Quyen Thi Vu ◽  
Minh Ngoc Pham ◽  
Chinh Manh Dang ◽  
Hoang Huy Vuong ◽  
Hung Duc Duong ◽  
...  

Forest fires are always a problem around the world because of its great harm. Especially in Vietnam, the prevention and detection of forest fires are mainly based on the patrolling forest rangers; the warning board is not automatically controlled. In this article, we will present the design of an automatic controller, which was applied fuzzy logic to control the forest fire - level forecast warning signage. The controller relies on regional meteorological information to control the signage on the spot, and to directly inform the manager about the forest fire forecasting situation via text message. The experienced results of some forest protection units in Thai Nguyen prove that the application of fuzzy logic has met the requirements of the forest protection sector in improving the forest fire forecasting system.

2019 ◽  
Vol 170 (5) ◽  
pp. 242-250
Author(s):  
Aron Ghiringhelli ◽  
Gianni Boris Pezzatti ◽  
Marco Conedera

The “forest fire 2020” program of Canton Ticino The Canton of Ticino has a long-lasting experience in facing forest fires. As a result, a tradition in forest fire documentation and analysis exists and the forest fire management approach is continuously reviewed and improved with the aim to preserve the forest protection functions and to keep the mountain areas safe for the inhabitants. The fire regime has been reduced in Ticino since the seventies of last century thanks to improvement of the firefighting organization and fire control techniques (e.g. systematic use of helicopters for the aerial fire control) and the possibility of declaring a total fire ban in the open. However the demand in terms of protection of human lives and goods of the modern society is raising and as consequence of the climate change fire risk may increase in the future. For this reason two years ago the forest service of Canton Ticino developed the “forest fire 2020” program, in collaboration with the cantonal fire brigades association and the federal research Institute WSL. The program consists of four interdependent activity modules, which are 1) prevention, 2) organizational and technical measures, 3) firefighting and control, 4) burnt area restoration. The forest service is responsible for the fire-danger rating, the fire-ban release, the mentoring of local authorities in forest management questions and for planning pre-suppression facilities (e.g. water points for helicopters). It is also responsible for defining the mission rules for aerial firefighting, for collecting the data for the statistics, and for planning the post-fire forest restoration measures. The fire brigades are in charge of the firefighting tasks, by first intervening with the urban fire brigades and in case of need requiring the support of specialized forest-fire brigades. During the firefighting actions the forest service takes a consulting role. The first two years of implementation confirmed the suitability of the “forest fire 2020” program. Potential improvements have been however detected and are under implementation, such as the completion of the pre-suppression infrastructures, a better coordination between aerial and terrestrial firefighting and the strengthening of the specialized forest-fire brigades.


2021 ◽  
Vol 21 (no 1) ◽  
Author(s):  
Jagpal Singh Tomar ◽  
Shruti Kanga ◽  
Suraj Kumar Singh

Wildfire is one of the complex and damaging natural phenomena in the world. Wildfires pose an enormous challenge to predict and monitor complicated integration chemistry with the physical aspects of solid-gas stage combustion and heat transmission spatially diverse vegetations, topography, and detailed time and space conditions at various spatial and time scales. The research community has greatly enhanced its efforts in the last 25 years to better understand wildfires by improving observation, measurement, analysis and modelling. The fast development of spatial data analysis and computer technology has been facilitated. This combination allowed new decision promotion systems, information collection, analysis methods, growth, and existing fire management instruments. In several countries, despite this activity, forest fires remain a serious problem. Factors that raise the world risk of wildfires are climate change, urban-rural migration and the creation of the interface between urban and wildlands. These events demonstrate the tremendous destructive force of wildfires of great magnitude, sometimes well beyond our concrete containment and control capability. In addition to firefighters, foresters and other organised systems, the scientific community is key to addressing the problems of fire recognition in the countryside. Advances in our understanding of fire-fighting mechanisms and the relationship between fire activity and the natural and constructed environment can lead to successful fire risk decision support systems, the predictions for fire propagation and the reduction of fire risk. The convergence of forest ecosystems and forest fires has become the growing threat posed by human influences and other factors to ecosystems, resources and even human lives. Climate change will change forest fire regimes to enhance forest fire understanding and to build strategies for mitigation and adaptation. The study highlights broad aspects of forest fire in combination with


Complexity ◽  
2018 ◽  
Vol 2018 ◽  
pp. 1-17 ◽  
Author(s):  
Josué Toledo-Castro ◽  
Pino Caballero-Gil ◽  
Nayra Rodríguez-Pérez ◽  
Iván Santos-González ◽  
Candelaria Hernández-Goya ◽  
...  

Huge losses and serious threats to ecosystems are common consequences of forest fires. This work describes a forest fire controller based on fuzzy logic and decision-making methods aiming at enhancing forest fire prevention, detection, and fighting systems. In the proposal, the environmental monitoring of several dynamic risk factors is performed with wireless sensor networks and analysed with the proposed fuzzy-based controller. With respect to this, meteorological variables, polluting gases and the oxygen level are measured in real time to estimate the existence of forest fire risks in the short-term and to detect the recent occurrence of fire outbreaks over different forest areas. Besides, the Analytic Hierarchy Process method is used to determine the level of fire spread, and, when necessary, environmental alerts are sent by a Web service and received by a mobile application. For this purpose, integrity, confidentiality, and authenticity of environmental information and alerts are protected with implementations of Lamport’s authentication scheme, Diffie-Lamport signature, and AES-CBC block cipher.


2021 ◽  
Vol 2 (4) ◽  
pp. 527-538
Author(s):  
Winda Indah Wardani

Forest area is a living environment that must be preserved. Therefore, forest protection is done through law no 18 of 2013 on the prevention and eradication of forest destruction. Although there is normative forest protection, forest fire and destruction cases are still common. So that the implementation of environmental law enforcement in Indonesia needs assessment has been appropriate or not with the law. Then if there is any inconsistency with the applicable regulations, it is necessary evaluation and solution to answer the problem. So that the goal of protecting the forest can be realized. Given the impact of forest fires and forest destruction is not only felt by people in the country but also the world community.


Author(s):  
O.V. Skudneva ◽  
◽  
S.V. Koptev ◽  
S.V. Ivantsov ◽  
◽  
...  

Forest fires are a common natural disaster all over the world. A great number of fires occur annually in the forest ecosystems of the European North of Russia for natural reasons and as a result of anthropogenic impacts. One of the urgent problems of forestry is the organization of effective control of forest fires. Herewith, it is important to quickly detect the source of fire, as well as to monitor the development of the fire, and to coordinate the actions of the staff of the ground forest protection services. Unmanned aerial vehicles (UAV) of different classes are increasingly used for these purposes. For forestry experience and, especially for forest fire monitoring, the most practical are helicopter-type UAV, which do not require special training of staff. Such devices can operate in the mode of “fire tower” and in the mode of monitoring the edge of the fire with an option to reset information pennants at certain points. The use of UAV is an effective means of monitoring the fire situation in addition to existing methods and technologies, and especially in cases of impossibility of using highresolution satellite images for operative tasks. For the effective operation of UAV in the area of active forest fires and, thus, strong smoke, navigation and piloting systems are necessary to perform safe flights outside the action of the ground control panel located at the starting point. The aim of this work is to develop a navigation and piloting system for UAV, which can be used in the area of limitation of ground control point. The use of such systems will allow monitoring of the fire situation in real time, which is especially important in the organization of protection and suppression of forest fires in large areas of nature reserves, where the priority is to preserve the biological diversity of natural ecosystems and unique landscapes. This article may be of interest to forestry specialists, developers of UAV and equipment, fire protection and the Ministry of Emergency Situations staff, as well as to engineering students to gain experience with UAV.


Author(s):  
В.К. Куплевацкий ◽  
Н.Ш. Шабалина

На основе актов и книг учета лесных пожаров, а также статистической отчетности проанализированы показатели фактической горимости лесов за 2016–2020 гг. Установлено, что за 2020 г. на территории Уральского федерального округа зафиксировано 2182 лесных пожара. При этом пройденная огнем площадь составила 167,2 тыс. га. Указанные показатели несколько превышают значения количества и пройденной огнем площади по округу за последние 5 лет: 1961 случай и 124,6 тыс. га соответственно. Наибольшее количество лесных пожаров зафиксировано в 2020 г. в челябинской области – 587 случаев, а наименьшее – в Ямало-Ненецком автономном округе – 111 случаев. При этом максимальной пройден- ной огнем лесных пожаров площадью в 2020 г. характеризуется Ханты-Мансийский автономный округ – Югра – 144,7 тыс. га. Минимальная пройденная огнем площадь зафиксирована в Тюменской области – 1,6 тыс. га. Площадь среднего пожара за 2020 г. по округу составила 76,64 га, при этом в Ханты-Мансийском авто- номном округе – Югре она равнялась 308,0 га, а в Тюменской области – 6,98 га. Экономический ущерб от лесных пожаров составил по округу 4 109 793, 16 тыс. руб., при этом на тушение было затрачено 575 481,57 тыс. руб. Значительный размер ущерба от лесных пожаров, а также экологический ущерб вызывают необходи- мость дальнейшего совершенствования охраны лесов. On the bases and books of forest fire accounting, as well as statistical reporting the indicators of actual forest fire rates for 2016–2020 were and lyzed. It was established that in 2020 2182 forest fires were recorded in the Ural Federal Distict. While the area covered by fire was 167,2 th/ga. These indicators slightly exceed the value of the number and the area covered by fire over the past five years in the district. The latter account for 1961 cases and 124,6 thousands of ha respectively. The largest number of forest fires was recorded in 2020 in Chelyabinsk region – 587 cases, the least in the Yamalonenets autonomous okrug – 111 cases. At the same time the maximum area covered by forest fires in 2020 is charaiterized by the Khanty-Mansiysk autonomous okrug – Yugra – 144,7 thousands of has. The minimum area covered by the fire was recorded in the Tyumen region – 1,6 th. ha. The average fire area in 2020 around the Okrug was 76,64 ha, at the same time in the Khanty-Mansiysk autonomous okrug – Yugra, it is 308,0 ha, but in the Tyumen region – 6,98 ha. The economic damage from forest fires amounted to 4 109 793,16 th of roubes, at the same time 575 481,57 th of ronbes were spent fire suppressing significant damage from forest fires as well as environmental damage necessitates futher forest protection improvement.


2021 ◽  
Vol 875 (1) ◽  
pp. 012064
Author(s):  
R V Kotelnikov ◽  
A N Chugaev

Abstract Nowadays, cost-optimization of aerial patrolling plays a key role in the context of limited aerial forest protection funding. Forest Fire Danger Class is the main indicator that regulates the work of forest fire services. Usually, it’s calculated by the nearest weather station data. Some information systems use the mean of several nearby weather stations to estimate large areas, such as the surveyed area of aerial forest protection. The idea of using the mean weighted index with the weather stations weighting factor is not new. Even though, this idea isn’t widespread due to the calculation complexity and questionable efficiency in practice, this study proposes a scientifically substantiated method of quantitative comparison of two approaches and the direct calculation method of the economic impact when transition to using the mean weighted Forest Fire Danger Class calculation algorithm. The first time such an indicator was used to obtain derivatives of analytical information products. A long-term analysis of forest fire rate showed that the weighted mean of the Forest Fire Danger Class value is 6.7% greater in correlation with the number of forest fires than the usual mean value. The use logarithmic transformation of the forest fire occurrence frequency and population density allows statistical criteria to be reasonably used.


Author(s):  
Elena Semino

As I write this piece, many countries around the world are being described as experiencing a «second wave» of the COVID-19 pandemic. For example, on 19 September 2020, the UK Prime Minister Boris Johnson said: «We are now seeing a second wave coming in. We’ve seen it in France, in Spain, across Europe. It’s been absolutely inevitable, I’m afraid, that we would see it in this country». Metaphors are crucial tools for communication and thinking, and can be particularly useful in public health communication. For example, the «second wave» metaphor suggests that there is renewed danger and threat from the virus, and may therefore encourage compliance with measures aimed at reducing transmission. However, all metaphors have both strengths and limitations, and the potential to be used both to enlighten and to obfuscate. The metaphor of the pandemic as a series of waves suggests that changes in the number of infections are due to the virus itself (cf. the idea that it may be seasonal), rather than the result of actions taken to slow its spread. In this sense, this metaphor is inaccurate. As Dr. Margaret Harris from the World Health Organization put it, «We are in the first wave. There is going to be one big wave». In addition, precisely because waves follow one another uncontrollably, this metaphor can be used strategically to present new increases in infection as inevitable, as in Boris Johnson’s statement, and thus to deflect responsibility from governments and their policies. As with any other complex and long-term problem, different metaphors are needed to capture different aspects of the pandemic, convey different messages, and address different audiences. Based on the analysis of two different datasets (the #ReframeCovid multilingual metaphor collection – an open-source repository of non-war-related language on COVID-19 – and the English Coronavirus Corpus – a multi-million-word database of news articles in English since January 2020 – I suggest that the metaphor of COVID-19 as a fire, and specifically a forest fire, is particularly apt and versatile. Forest fires are dangerous and hard to control. However, they can be controlled, with prompt and appropriate action. They can even be prevented, by looking after the land properly, protecting the environment, and educating citizens to behave responsibly. Indeed, forest fire metaphors for COVID-19 have been used since the start of the pandemic for multiple purposes, including to: convey danger and urgency (e.g., COVID-19 as a «forest fire that may not slow down»); distinguish between different phases of the pandemic (e.g., «a fire raging» vs. «embers» that must be stopped from causing a new fire); explain how contagion happens and the role of individuals within that (e.g., people as trees in a forest catching fire one after the other, or as breathing out «invisible embers»); justify measures for reducing contagion (e.g., social distancing as «fire lines» in a forest); connect the pandemic with health inequalities (e.g., pointing out that, like a fire, COVID-19 spreads more easily when people live in overcrowded conditions); and outline post-pandemic futures (e.g., when an Italian commentator pointed out that everyone has to contribute to the reclamation of the soil – bonifica del terreno – after the end of the pandemic, to prevent future ones). Of course, no metaphor is suitable for all purposes or all audiences. For example, the metaphor of people as trees in a forest fire does not easily account for asymptomatic transmission. And the use of forest fire metaphors may be inappropriate in parts of the world that have been dramatically affected by literal fires, such as some parts of Australia in 2019-2020. However, a well-informed and context-sensitive approach to metaphor selection can be an important and effective part of public health messaging.


Author(s):  
A. Liubchych ◽  
S. Sydorenko

Problem setting. The article analyzes the status of the main normative legal acts in force, both domestic and international legislation. Some aspects of the legal regulation of forest fire protection are revealed. It is noted that Improvement of the forestry regulatory framework is a key and essential aspect for the development of an advanced state. Analysis of recent researches and publications. Commitment to reforestation after logging, sanitary felling after forest fires, diseases or as a result of winds and sailboats is a sustainable practice in European societies and an important aspect in the relationship between forest owners and society. At one time, this issue was paid attention to scientists: E.M. Gulid, O.V. Gulak, V.V. Deca, D.S. Chris, O.I. Lozynsky and so on. Target of research. The purpose of the article is to analyze the aspects of legal regulation of forest protection against fires. Special attention will be paid to comparative legal research on forest protection in Ukraine and European countries. Article’s main body. According to Art. 13 of the Constitution of Ukraine forest, like other natural resources of Ukraine (land, water, subsoil), is a national property that is the object of property rights of the Ukrainian people. Currently, the total land area of the forest fund of Ukraine is 10.8 million hectares, of which 9.5 million hectares is covered with forest vegetation, that is 15.7% of the territory of our country. According to V.P. Pechulyuk, legal regulation in the field of forestry in Ukraine cannot be called optimal and in line with international standards. In this context, scientists should agree that the important step in ensuring the fire safety of domestic forests is the full functioning of such monitoring system at the central, regional, local and local levels, its appropriate informational implementation, taking into account the specific features of individual regions regarding the level of fire safety. Forests at one time or another and the coordination and interaction of joint efforts by designated authorities, local governments and the public to minimize fire safety or mitigation. In view of the above, international instruments covering aspects of cooperation in the field of forest fires are few international agreements and acts of the European Community. Such as: 1. Ghana / Province of British Columbia (Canada). Memorandum of Understanding between the Government of the Republic of Ghana and the Government of British Columbia, 1999 (On fire fighting training and advice). 2. Finland / Burkina Faso. Agreement between the Government of the Republic of Finland and the Government of Burkina Faso on Finland’s support in the fight against landscape fires, 1998 3. Indonesia and Malaysia. Standard Procedures for a Memorandum of Understanding on Disasters between Indonesia and Malaysia. This is the document that sets out the procedure for implementing the Memorandum of Understanding and so on. Conclusions and prospects for the development. Therefore, based on the above, on the basis of international regulations, the FAO’s recommendations regarding future actions on the legal aspects of forest fires management in Ukraine should be taken into account: regularly update information on international agreements and national legislation; further develop a plan for the development of international agreements and develop new contours of relevant operational guidelines and operational plans; including fire logistics; further review and evaluation of national forest fire legislation; to develop guidelines for the formulation of national legislation on forest fires.


2017 ◽  
Vol 12 (1) ◽  
pp. 44-55
Author(s):  
Junaidi Junaidi

Land and forest fires (Karlahut) pose a great impact in terms of environment, education, politics, economics, health, inter-state relations and the image of Indonesia in the eyes of the world. As a result of Karlahut has damaged millions of hectares of land and forests that have an impact on material and immate rial losses are very large. Through the Minister of Environment and Forestry of the Republic of Indonesia Number P.32 / MenLHK / Secretariat / Kum.1 / 3/2016 have set a system control forest fires. Teamwork is a critical importance of a system of land and forest fire control. Tampa team that is compact and harmonious then the purpose of the system already built will be difficult to accomplish.


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