Remote Sensing Technology and Application, Volume. 40, Issue 2, 376(2025)

Consistency Analysis of FireCCI51 and MOSEV Wildfire Data Products:

Author Affiliations
  • State Key Laboratory of Resources and Environmental Information System, Institute of Geographic Sciences and Natural Resources Research, Chinese Academy of Sciences, Beijing100101, China
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    Figures & Tables(10)
    Overview of the pan-Arctic permafrost region
    Year-by-year statistical chart of burning area and the percentage difference of FireCCI51 and MOSEV products in the pan-Arctic permafrost region
    The distribution of consistent regions of FireCCI51 and MOSEV products in the pan-Arctic permafrost
    The burning regions of FireCCI51 product in the inconsistent regions of FireCCI51 and MOSEV products in the pan-Arctic permafrost from 2001 to 2019
    The burning regions of MOSEV product in the inconsistent regions of FireCCI51 and MOSEV products in the pan-Arctic permafrost from 2001 to 2019
    The distribution of consistent and inconsistent regions of FireCCI51 and MOSEV products at different elevations in the pan-Arctic permafrost region
    The distribution of consistent and inconsistent regions of FireCCI51 and MOSEV products at different Köppen climate types in the pan-Arctic permafrost region
    The distribution of consistent and inconsistent regions of FireCCI51 and MOSEV products at different vegetation types in the pan-Arctic permafrost region
    • Table 1. The situation of FireCCI51 and MOSEV products

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      Table 1. The situation of FireCCI51 and MOSEV products

      数据产品名称产品类型产品生产的输入数据算法过程分辨率数据来源
      FireCCI51燃烧面积产品

      MOD09GQ(collection 6)

      MOD09GA

      MCD14ML(collection 6)

      LC_CCI产品

      (1)数据预处理

      (2)生成月合成影像

      (3)根据活跃野火出现的时间和区域生成时空聚类

      (4)选取种子像元

      (5)进行燃烧区生长

      (6)检验燃烧像元

      250 m

      https:∥climate.esa.

      int/en/

      MOSEV燃烧严重程度产品

      Terra MOD09A1 version 6

      Aqua MYD09A1 version 6

      MCD64A1 version 6

      (1)数据预处理

      (2)计算归一化燃烧比(NBR)的密集时间序列

      (3)计算每个燃烧像元的燃烧严重程度指数

      500 mhttps:∥doi.org/10.5281/zenodo. 4265209
    • Table 2. Integrated vegetation types

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      Table 2. Integrated vegetation types

      整合后植被类型IGBP土地利用类型
      森林1.常绿针叶林 2.常绿阔叶林 3.落叶针叶林 4.落叶阔叶林 5.混交林
      稀疏灌木丛7.稀疏灌木丛
      有林草原8.有林草原
      稀树草原9.稀树草原
      草地10.草地
      其他0.水 6.郁闭灌木丛11.永久湿地12.农田13.城镇和建成区 14.农田和自然植被的镶嵌体 15.冰雪 16.裸地
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    . Consistency Analysis of FireCCI51 and MOSEV Wildfire Data Products:[J]. Remote Sensing Technology and Application, 2025, 40(2): 376

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    Paper Information

    Category:

    Received: Jul. 28, 2023

    Accepted: --

    Published Online: May. 23, 2025

    The Author Email:

    DOI:10.11873/j.issn.1004-0323.2025.2.0376

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