Remote Sensing Technology and Application, Volume. 39, Issue 5, 1171(2024)
Analysis of the International Research Trend in the Application of Remote Sensing Technology for Desertification Monitoring and Assessment
Figures & Tables(12)
Fig. 1. Trends in annual publications in the field of remote sensing for desertification monitoring and assessment
Fig. 2. Remote sensing in desertification monitoring and assessment TOP 10 discipline
Fig. 3. Remote sensing in the field of desertification monitoring and assessment with more than or equal to 3 publications author's cooperation network
Fig. 4. Remote sensing in the field of desertification monitoring and assessment with more than or equal to 5 publications institutional cooperation networks
Fig. 5. Number of publications on remote sensing in the field of desertification monitoring and assessment greater than or equal to 15 country cooperation maps
Fig. 6. Remote sensing technology in the field of desertification monitoring and assessment mutation intensity TOP26 keywords
Fig. 7. Thematic clustering map of remote sensing technologies in the field of desertification monitoring and assessment
Table 1.
Top 10 journals in remote sensing for desertification monitoring and assessment View tableView in ArticleTable 1.
Top 10 journals in remote sensing for desertification monitoring and assessment 排序 期刊名称 论文数量（篇） 总被引次数 篇均被引频次 本地H指数 2022年（JCR）期刊影响因子（IF） 1 Remote Sensing 93 1 897 20.398 23 5 2 Land Degradation & Development 49 968 19.755 19 4.7 3 International Journal of Remote Sensing 38 1 242 32.684 21 3.4 4 Ecological Indicators 36 1 311 36.417 22 6.9 5 Sustainability 36 345 9.583 12 3.9 6 Journal of Arid Environments 34 2 231 65.618 20 2.7 7 Environmental Monitoring and Assessment 34 917 26.971 17 3.0 8 Environmental Earth Sciences 28 449 16.036 13 2.8 9 Remote Sensing of Environment 21 2 409 114.714 19 13.5 10 Catena 19 944 49.684 15 6.2
Table 2.
Basic information on the TOP 10 authors in the field of remote sensing for desertification monitoring and assessment View tableView in ArticleTable 2.
Basic information on the TOP 10 authors in the field of remote sensing for desertification monitoring and assessment 排序 作者 所属机构 论文数量（篇） 总被引频次 篇均被引频次 1 Fensholt R 哥本哈根大学(Univ Copenhagen) 15 1 226 81.733 2 颜长珍 中国科学院西北生态环境资源研究院 12 269 22.417 3 王涛 中国科学院西北生态环境资源研究院 11 295 26.818 4 王克林 中国科学院亚热带农业生态研究所 10 807 80.700 5 Brandt M 哥本哈根大学(Univ Copenhagen) 9 804 89.333 6 岳跃民 中国科学院亚热带农业生态研究所 8 585 73.125 7 Rasmussen K 哥本哈根大学(Univ Copenhagen) 8 650 81.250 8 Da Silva MV 巴西伯南布哥州立联邦农村大学(Univ Fed Rural Pernambuco) 8 100 12.500 9 李建龙 南京大学 8 558 69.750 10 许端阳 中国科学院地理科学与资源研究所 8 193 24.125
Table 3.
Basic information on the TOP 10 organizations in the field of remote sensing for desertification monitoring and assessment View tableView in ArticleTable 3.
Basic information on the TOP 10 organizations in the field of remote sensing for desertification monitoring and assessment 排序 机构 发文量
/篇
总被引频次 篇均被引频次 1 中国科学院 214 6 691 31.266 2 北京师范大学 38 1 223 32.184 3 北京林业大学 25 620 24.800 4 南京大学 23 926 40.261 5 中国林业科学研究院 23 547 23.783 6 哥本哈根大学
(Univ Copenhagen)
20 1 568 78.400 7 兰州大学 17 325 19.118 8 中国农业科学院 16 392 24.500 9 德黑兰大学
(Univ Tehran)
16 266 16.625 10 北京大学 14 393 28.071
Table 4.
Basic information on the top 10 countries in the field of remote sensing for desertification monitoring and assessment View tableView in ArticleTable 4.
Basic information on the top 10 countries in the field of remote sensing for desertification monitoring and assessment 排序 国家 论文数量
/篇
总被引频次 篇均被引频次 该国家担任通讯作者的论文数量/篇 该国作为通讯作者的论文与其他国家作者合著论文数量/篇 国家合作的比率 1 中国 494 12 069 24.431 468 117 0.250 2 美国 147 7 956 54.122 62 24 0.387 3 德国 56 2 222 39.679 32 19 0.594 4 意大利 51 1 630 31.961 37 20 0.541 5 伊朗 47 712 15.149 39 14 0.359 6 西班牙 47 1 370 29.149 21 10 0.476 7 英国 45 2 229 49.533 17 9 0.529 8 印度 44 743 16.886 32 3 0.094 9 巴西 43 785 18.256 36 11 0.306 10 澳大利亚 34 1 774 52.176 15 10 0.667
Table 5.
The top 20 keywords in the field of remote sensing technology for desertification monitoring and assessment View tableView in ArticleTable 5.
The top 20 keywords in the field of remote sensing technology for desertification monitoring and assessment 排序 关键词 对应中文释义或解释 出现频次 1 desertification 荒漠化/沙漠化 252 2 remote sensing 遥感 215 3 land degradation 土地退化 126 4 ndvi NDVI（归一化植被指数） 117 5 climate change 气候变化 67 6 gis GIS（地理信息系统） 58 7 landsat Landsat（美国NASA的陆地卫星） 54 8 change detection 动态监测 45 9 modis MODIS（美国宇航局大型空间遥感仪器） 40 10 drylands 旱地 28 11 human activities 人类活动 23 12 drought 干旱 21 13 land cover 土地覆盖 20 14 land use 土地利用 20 15 trend analysis 趋势分析 20 16 google earth engine Google Earth Engine（处理卫星图像和其他地球观测数据云端运算平台） 19 17 precipitation 降水 16 18 rocky desertification 石漠化 16 19 vegetation 植被 15 20 ecological restoration 生态恢复 15
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Heng REN, Xin JIA, Jinlu LI, Peilin LI. Analysis of the International Research Trend in the Application of Remote Sensing Technology for Desertification Monitoring and Assessment[J]. Remote Sensing Technology and Application, 2024, 39(5): 1171
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Received: Jan. 23, 2024
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Published Online: Jan. 7, 2025
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