2010年至2019年巴西和莫桑比克的火灾情况:频率、复发和受影响最严重的覆盖类别

Sara Alves dos Santos, W. N. Oliveira, N. V. Ribeiro, Nilson Clementino Ferreira
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引用次数: 0

摘要

在过去的几年里,世界经历了与火灾有关的极端事件,这些事件对人类和生态系统造成了巨大的破坏。2020年,大火在澳大利亚、巴西、美国和其他国家肆虐。因此,森林火灾问题成为一个具有全球相关性和紧迫性的问题,需要更好地了解和监测这些事件。本研究旨在确定2010年至2019年期间莫桑比克和巴西Goiás州火灾状况的异同,特别是频率和复发。两个焦点都位于相同的生物气候带,那里有稀树草原。稀树草原被认为是最能抵御火灾的生态系统,但也不能幸免于强烈和频繁火灾的后果。因此,监测这些生态系统中的此类事件非常重要,特别是识别可以指导决策的特征。开展这项研究的方法学步骤涉及数据库组织和使用基于云的地理空间处理平台,从而产生火灾事件表征产品。在这两个研究重点中,火灾每年都发生在很大范围内,特别是在莫桑比克,那里的燃烧面积百分比高于Goiás。这种动态可能与每个地区的特点有关。这些结果使我们能够更好地理解火灾和燃烧是如何在不同的稀树草原上发生的。并可能激发进一步的研究,以进一步澄清。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fire regime in Goiás - Brazil and Mozambique between 2010 and 2019: frequency, recurrence, and most affected cover classes
Over the last few years, the world has experienced extreme events related to the occurrence of fire, which has caused a great deal of damage to people and ecosystems. In 2020 fires raged in Australia, Brazil, the United States, and other nations. Thus, the forest fire issue becomes a matter of global relevance and urgency and requires a better understanding and monitoring of these events. This study sought to identify similarities and differences between the fire regime, specifically the frequency and recurrence, in Mozambique and the state of Goiás, Brazil, between 2010 and 2019. Both focuses are located in the same bioclimatic zone, where savannas are present. Savannas, considered the most fire-resilient ecosystems, are not immune to the consequences of intense and frequent fires. Therefore, monitoring such events in these ecosystems is important, especially to identify characteristics that can guide decisionmaking. The methodological steps for developing this study involved database organization and using cloud-based geospatial processing platforms, which resulted in fire event characterization products. In both of the studied focuses, fire occurs annually in significant extensions, especially in Mozambique, where the burnt area percentage is higher than in Goiás. Such dynamics may be related to each region’s specificities. These results allow for a better understanding of how fires and burning occur in different savannas. and may motivate further research aimed at further clarification.
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