A review and prospect of global bamboo forest carbon sink research based on CiteSpace
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摘要: 随着全球气候变暖问题日益严重，竹林碳汇研究已经逐渐演化为碳汇相关研究领域的重要分支之一。本研究借助CiteSpace软件，对自《京都议定书》签订以来，Web of Science核心合集数据库中研究竹林碳汇的文献进行了回顾和梳理，结果表明：①竹林碳汇研究处于快速发展期，该领域正受到越来越多学者的密切关注；②发文作者之间合作紧密，核心作者发文能力较强，并且已经基本形成核心作者群，核心发文机构地域集聚性明显，对该领域贡献巨大；③现有研究主要集中于探讨竹林碳储量、竹林固碳能力、经营模式、竹制品碳储量、竹林增汇和增收效应等方面，主要观点包括竹林有着较高的碳储量、竹林固碳能力明显高于其他树林、经营模式对竹林固碳能力具有显著影响、竹制品具有较大的替代减排潜力、竹林具备增加森林碳汇和增加农户收益的双重功效等；④关键词的变迁与通过竹林碳汇应对全球气候变化，以及促进竹林可持续经营密切关联。未来应该扩大竹林碳汇领域的影响力，加强现实问题的对策类研究，以挖掘竹林碳汇减排和增收的双重效应。图2表2参39Abstract: As climate warming further worsens, the studies of bamboo forest carbon sink have gradually evolved into one of the important branches of carbon sink research field. With the employment of CiteSpace software, a literature review was conducted of researches on bamboo forest carbon sink included in the Web of Science Core Collection for analysis and prospects into the future. The results showed that a) with close attention drawn from more and more researchers, bamboo forest carbon sink research is embracing a rapid development; b) with the close cooperation among authors, substantial progress has been achieved in this field with a collection of research papers published, forming a strong core author group while the core institutions have shown obvious geographical agglomeration with great contributions made to this field; c) the existing studies mainly focus on the discussion of bamboo forest carbon storage, bamboo forest carbon sequestration capacity, management methods, bamboo products carbon storage, and the effects of bamboo forests on the promotion of carbon storage and farmers’ income and it has been concluded that bamboo forests have a high level of carbon storage, the carbon sequestration capacity of bamboo forests is significantly higher than that of other forests, management methods have a significant impact on on the promotion of the carbon sequestration capacity of bamboo forest, bamboo products have great potential for substitution and emission reduction and bamboo forests have the double effect on the promotion of carbon sink and farmers’ income; d) the change of research keywords is a reflection of the efforts to cope with the global climate change and promote the sustainable management of bamboo forests by improving the carbon sequestration capacity. In the future, it is necessary to enhance the influence of bamboo forest carbon sinks and encourage countermeasure researches on practical issues to give full play to the double effect of bamboo forest carbon sinks on the reduction of emissions and the promotion of farmers’ income. [Ch, 2 fig. 2 tab. 39 ref.]
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Key words:
- bamboo forest carbon sink /
- visual analysis /
- research focuses /
- CiteSpace /
- research review
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图 1 历年竹林碳汇文献数量变化
Figure 1 Changes in the number of studies on bamboo forest carbon sinks over the years
图 2 排名前15的突发关键词检测
红色区域代表高频关键词突发及持续的期段
Figure 2 Results of top 15 keywords burst detection
表 1 发文数量和作者数量的对应分布
Table 1. Distribution of the number of literatures and the number of authors
发文
数量/篇作者
数量/人占全部作者
的比例/%占发文数量为1的
作者的比例/%发文
数量/篇作者
数量/人占全部作者的
比例/%占发文数量为1的
作者的比例/%1 686 54.53 11 2 0.16 0.29 2 245 19.48 35.71 12 1 0.08 0.15 3 132 10.49 19.24 13 2 0.16 0.29 4 81 6.44 11.81 14 1 0.08 0.15 5 42 3.34 6.12 16 1 0.08 0.15 6 28 2.23 4.08 19 1 0.08 0.15 7 19 1.51 2.77 20 1 0.08 0.15 8 6 0.48 0.87 23 1 0.08 0.15 9 3 0.24 0.44 26 1 0.08 0.15 10 4 0.32 0.58 56 1 0.08 0.15 合计 1258 99.99 − 
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表 2 核心作者及论文分布
Table 2. Core authors and distribution of their studies
序号 作者姓名 国家 所属单位 主要成果分布的期刊 1 周国模 中国 浙江农林大学 Agricultural and Forest Meteorology、Journal of Environmental Management 2 姜培坤 中国 浙江农林大学 Plant and Soil、Forest Ecology and Management 3 杜华强 中国 浙江农林大学 ISPRS Journal of Photogrammetry and Remote Sensing、IEEE Transactions on
Geoscience and Remote Sensing4 李永夫 中国 浙江农林大学 Agricultural and Forest Meteorology、Plant and Soil 5 王兵 中国 中国林业科学研究院 Scandinavian Journal of Forest Research、BioResources 6 宋新章 中国 浙江农林大学 Agricultural and Forest Meteorology、Soil Biology & Biochemistry 7 宋照亮 中国 天津大学 Global Change Biology、Science of The Total Environment 8 王海龙 中国 浙江农林大学 Environmental Science and Pollution Research、Journal of Soils and Sediments 9 庄舜尧 中国 中国科学院 Forestry、Journal of Soils and Sediments 10 张小川 加拿大 阿尔伯塔大学 Plant and Soil、Ecology 11 范少辉 中国 国际竹藤中心 Catena、Journal of Cleaner Production 12 施拥军 中国 浙江农林大学 Forest Ecology and Management、International Journal of Remote Sensing 13 吴家胜 中国 浙江农林大学 Journal of Plant Nutrition and Soil Science、Soil Research 14 江洪 中国 南京大学 Forest Ecology and Management、Science of The Total Environment 15 李永春 中国 浙江农林大学 Soil Biology & Biochemistry、Plant and Soil 16 徐小军 中国 浙江农林大学 Agricultural and Forest Meteorology、Annals of Forest Science 17 官凤英 中国 国际竹藤中心 Catena、Scientific Reports 18 NATH Arun Jyoti 美国 俄亥俄州立大学 Global Ecology and Conservation 19 KOMATSU Hikaru 日本 九州大学 Agricultural and Forest Meteorology 20 HUFF Matthew D 美国 欧道明大学 Journal of Environmental Management
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