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国际温室气体监测发展态势及其对中国的启示

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可靠的温室气体监测有利于碳核算体系完善,推动碳排放权交易市场发展,为我国顺利实现双碳愿景提供科学监测支撑.本文运用文献和专利计量方法,综述了国际温室气体监测领域学术文献和专利技术的空间分布、热点与演进.通过比较分析,该领域热点聚焦于监测技术和仪器研发,城市温室气体排放估算,工业等重点行业监测技术应用,全球和区域尺度通量监测及其支撑技术,监测管理的方法、手段与措施五个方面,并表现为监测方法、技术和设备逐渐改进,监测领域、范围不断扩展,监测平台持续升级,监测管理走向创新四个主要演进特征.结合国际发展态势和国内现状,探析我国尚存在关键技术问题、监测准确性问题和监测管理体制机制问题三个方面的挑战,围绕夯实温室气体监测基础、完善温室气体立体监测与评估体系、创新监测管理体制机制提出未来展望.
The Development Trends of International Greenhouse Gas Monitoring and Its Enlightenment to China
Reliable greenhouse gas(GHG)monitoring is conducive to the improvement of the carbon accounting system and will promote the development of the carbon emission trading market,providing scientific monitoring support for the realization of double carbon goals.This study reviews the spatial distribution,research hotspots,and evolution of academic research and patent technology in the field of international GHG monitoring based on bibliometric and patent analysis.Through comparative analysis,the research hotspots were classified into research and application of monitoring technology and instruments,GHG monitoring and emission estimation in urban areas,application of monitoring technology in key industries such as industry,global and regional-scale flux monitoring and its supporting technologies,and monitoring management methods,means,and measures.The research evolution is characterized by the gradual improvement of monitoring methods,technologies,and instruments,the gradual expansion of monitoring fields and scope,the continuous upgrading of monitoring platforms,and the continuous innovation of monitoring management.Combined with the international development trends and domestic status,there are still key technical problems,monitoring accuracy problems,and management system and management mechanism challenges in our country.Some suggestions were put forward around tamping the GHG monitoring foundation,improving the GHG stereo monitoring and evaluation system,and making innovations in management systems and management mechanisms.

Greenhouse Gas MonitoringBibliometricsPatentometricsKnowledge GraphsVOSviewerCitespace

付姣、梁丽芝、崔绍龙

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湘潭大学公共管理学院,湘潭 411105

中国科学院空天信息创新研究院,北京 100094

温室气体监测 文献计量 专利计量 知识图谱 VOSviewer Citespace

2024

世界科技研究与发展
中国科学院院士工作局,中国工程院学部工作局,中国科学院综合计划局,中国科学院成都文献情报中心

世界科技研究与发展

CSTPCD
影响因子:0.193
ISSN:1006-6055
年,卷(期):2024.46(5)