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Carbon sequestration of terrestrial vegetation in Chinabased on satellite remote sensing technology /

紀錄類型:	書目-電子資源 : Monograph/item
正題名/作者:	Carbon sequestration of terrestrial vegetation in Chinaby Jiandong Chen ... [et al.].
其他題名:	based on satellite remote sensing technology /
其他作者:	Chen, Jiandong.
出版者:	Singapore :Springer Nature Singapore :2025.
面頁冊數:	xvii, 217 p. :ill. (chiefly color), digital ;24 cm.
Contained By:	Springer Nature eBook
標題:	Carbon sequestrationChina.
電子資源:	https://doi.org/10.1007/978-981-96-1249-9
ISBN:	9789819612499$q(electronic bk.)

Carbon sequestration of terrestrial vegetation in Chinabased on satellite remote sensing technology /
Carbon sequestration of terrestrial vegetation in Chinabased on satellite remote sensing technology /[electronic resource] :by Jiandong Chen ... [et al.]. - Singapore :Springer Nature Singapore :2025. - xvii, 217 p. :ill. (chiefly color), digital ;24 cm. - Resources, climate and sustainable development,3005-0510. - Resources, climate and sustainable development..

Chapter 1. Introduction, Jiandong Chen -- Chapter 2.Selection and Comparison of Satellite Data, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng -- Chapter 3.Measurement of Vegetation Carbon Sequestration Data in China, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng -- Chapter 4.Changes and Characteristics of Total Vegetation Carbon Sequestration in China, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng -- Chapter 5.Characteristics of Carbon Sequestration in China's Districts and Counties, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng -- Chapter 6.Changes and Characteristics of Total Carbon Sequestration by Grid Vegetation in China, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng -- Chapter 7.Factors Decomposing of Carbon Sequestration by Vegetation in China under County Perspective, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng -- Chapter 8.2021-2030 China Vegetation Carbon Sequestration Predictive Analysis -- Chapter 9.Policy Proposals, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng.

This book estimates terrestrial vegetation carbon sequestration data based on remote sensing satellite data, collects the temporal and spatial characteristics of carbon sequestration by vegetation at county level and grid scale in China, and predicts the future change of carbon sequestration by vegetation in China. Based on the major strategic development goals and specific practices of China's carbon neutrality, this book shifts the research perspective from the side of carbon reduction to the weaker side of carbon sequestration. It not only broadens and enriches the research boundaries and theoretical connotation in the field of carbon neutrality, but also provides a perspective reference for further research on carbon sequestration by vegetation, which has pioneering academic value for future research on carbon dioxide. The satellite data is collected to calculate China's long time series and multi-type district and county vegetation carbon sequestration data set, which can meet different research needs and application scenarios. The practical value lies in providing basic data for the research of carbon neutrality, the establishment of carbon trading market and the calculation of vegetation carbon sink, and providing an important reference index for evaluating the ecological and environmental effects of land change. This book combines remote sensing technology, Geographic Information Science (GIS), spatial visualization technology and index decomposition technology to measure vegetation carbon sequestration in counties and districts of China, reveals the spatial-temporal dynamic change process of vegetation carbon sequestration, and explores the driving influence of social factors.

ISBN: 9789819612499$q(electronic bk.)

Standard No.: 10.1007/978-981-96-1249-9doiSubjects--Topical Terms:

1002644
Carbon sequestration
--China.

LC Class. No.: SD387.C37

Dewey Class. No.: 628.532

Carbon sequestration of terrestrial vegetation in Chinabased on satellite remote sensing technology /
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505 0 $a Chapter 1. Introduction, Jiandong Chen -- Chapter 2.Selection and Comparison of Satellite Data, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng -- Chapter 3.Measurement of Vegetation Carbon Sequestration Data in China, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng -- Chapter 4.Changes and Characteristics of Total Vegetation Carbon Sequestration in China, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng -- Chapter 5.Characteristics of Carbon Sequestration in China's Districts and Counties, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng -- Chapter 6.Changes and Characteristics of Total Carbon Sequestration by Grid Vegetation in China, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng -- Chapter 7.Factors Decomposing of Carbon Sequestration by Vegetation in China under County Perspective, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng -- Chapter 8.2021-2030 China Vegetation Carbon Sequestration Predictive Analysis -- Chapter 9.Policy Proposals, Jiandong Chen, Zhiwen Li, Malin Song, Ying Feng.
520 $a This book estimates terrestrial vegetation carbon sequestration data based on remote sensing satellite data, collects the temporal and spatial characteristics of carbon sequestration by vegetation at county level and grid scale in China, and predicts the future change of carbon sequestration by vegetation in China. Based on the major strategic development goals and specific practices of China's carbon neutrality, this book shifts the research perspective from the side of carbon reduction to the weaker side of carbon sequestration. It not only broadens and enriches the research boundaries and theoretical connotation in the field of carbon neutrality, but also provides a perspective reference for further research on carbon sequestration by vegetation, which has pioneering academic value for future research on carbon dioxide. The satellite data is collected to calculate China's long time series and multi-type district and county vegetation carbon sequestration data set, which can meet different research needs and application scenarios. The practical value lies in providing basic data for the research of carbon neutrality, the establishment of carbon trading market and the calculation of vegetation carbon sink, and providing an important reference index for evaluating the ecological and environmental effects of land change. This book combines remote sensing technology, Geographic Information Science (GIS), spatial visualization technology and index decomposition technology to measure vegetation carbon sequestration in counties and districts of China, reveals the spatial-temporal dynamic change process of vegetation carbon sequestration, and explores the driving influence of social factors.
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