2021
DOI: 10.1016/j.ejrs.2021.09.002
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Identification and modelling of forest fire severity and risk zones in the Cross – Niger transition forest with remotely sensed satellite data

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Cited by 14 publications
(6 citation statements)
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“…Topographic variables are important for the spread of forest fires, since it will depend on the topographic characteristics of the territory for forest fires to spread or stop their course; in this sense, this study considered topographic variables as the second order of hierarchical importance after NDVI, being the aspect and slope variables those that had the highest weight of the topographic factor with 0.17 and 0.13, respectively. The hierarchical ranking of these values is due to the fact that the aspect of the terrain has to do with the direction in which a slope faces the sun, an important factor that influences the fire behavior through the variation of solar radiation and wind action [63]; on the other hand, the slope has importance because this due to the fact that it does not directly influence the ignition of the fire, but it does influence the fire behavior [64].…”
Section: Discussionmentioning
confidence: 99%
“…Topographic variables are important for the spread of forest fires, since it will depend on the topographic characteristics of the territory for forest fires to spread or stop their course; in this sense, this study considered topographic variables as the second order of hierarchical importance after NDVI, being the aspect and slope variables those that had the highest weight of the topographic factor with 0.17 and 0.13, respectively. The hierarchical ranking of these values is due to the fact that the aspect of the terrain has to do with the direction in which a slope faces the sun, an important factor that influences the fire behavior through the variation of solar radiation and wind action [63]; on the other hand, the slope has importance because this due to the fact that it does not directly influence the ignition of the fire, but it does influence the fire behavior [64].…”
Section: Discussionmentioning
confidence: 99%
“…Por otra parte, además de la cobertura vegetal, Suryabhagavan et al (2016) correlacionan las variables topográficas y de proximidad, como distancia a carreteras, para el estudio de la peligrosidad a IF. En cuanto a la pendiente y elevación, variables que influyen en el comportamiento del fuego y en el proceso ignición (Busico et al, 2019;Francos et al, 2021), algunos autores establecen que con rangos mayores de pendiente la peligrosidad a los IF se incrementa, y en el caso de la elevación, existe mayor peligrosidad en las zonas bajas (Moraga, 2010;Suryabhagavan et al, 2016;Enoh et al, 2021;Sivrikaya y Küçük, 2022;Francos et al, 2022). Lo señalado es consistente con lo identificado en este estudio, lo cual puede ser relacionado a las pendientes vinculadas a las geoformas de las zonas con mayor peligrosidad.…”
Section: Paper Accepted Preprint Versionunclassified
“…Қазіргі уақытта ГАЖ технологиялары орман шаруашылығында, ең алдымен орман орналастыруда, орман қоры мен орман ресурстарының ақпараттық базасын жүйелі түрде жаңарту, орман мониторингін ұйымдастыру, орман пайдалануды бақылау кезінде белсенді енгізілуде [1]. Орман өрттері қашықтан зондтау және ГАЖ көмегімен зерттеуге болатын орман экожүйесінің ішіндегі елеулі экологиялық қауіп болып табылады [2].…”
Section: кіріспеunclassified
“…Казахский национальный аграрный исследовательский университет, г. Алматы, Казахстан, Ainur_bagdatova@mail.ru*, mambetovbulkair@yandex.ru 2 Кроме того, в статье авторы рассмотрели необходимость использования географических информационных систем и данных удаленного зонирования для более точного и эффективного мониторинга лесов.…”
Section: абсагынбаева 1 * бтмамбетов 1 ав данчеваunclassified