Soil Carbon Stock and Potential Carbon Storage in the Mangrove Forests of Guangdong by Qin Guoming, Zhang Jingfan, Zhou Jinge, Lu Zhe, Wang Faming

“…The carbon stocks and burial rates of different mangrove communities and regions in Guangdong Province were studied through literature collection and data integration. The soil carbon densities of the Rhizophora stylosa and Bruguiera gymnorhiza communities were 0.27 and 0.23 Gg C/hm2, respectively, while the soil carbon density of the Kandelia obovata community was the lowest at only 0.13 Gg C/hm2. …”
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Stable Carbon Isotope Analysis Technology of Carbohydrates and Its Application in Soil Carbon Metabolism Research by YUAN Hongzhao, HE Zhen, ZHANG Liping, GENG Meimei, XU Liwei, CHEN Wen, PENG Can, LI Chunyong, TANG Siyu, SUN Dehui, ZHONG Huan, WANG Jiurong

“…Furthermore, it reviews the theory and methods of stable carbon isotope analysis as applied to carbohydrates and their relevance to the study of soil carbon cycling. Lastly, it offers a comprehensive summary of current research challenges and prospects for future advancements in soil carbon cycling research. …”
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Effects of Three Forest Types on Soil Carbon and Nitrogen Storage and Enzyme Activity in Subtropical China by Wei Gao, Aiping Chen, Yongrong Huang, Maogen Huang, Xingsheng Wu, Zhibin Wu, Shide Huang

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Soil carbon dynamic characteristics of coal gangue-filled reclaimed cropland and forest land under time series by Tenghui MA, Rong LI, Kun WANG, Junfeng QU

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Temporal response of soil carbon pool and agricultural productivity to different tillage methods in reclaimed land of mining area by Shouchen MA, Xinsheng WANG, Saisai LIU, Hebing ZHANG

“…In conclusion, based on soil carbon sequestration and crop production capacity, DT should be adopted in the early stage of reclamation, DST is a better tillage method in the late stage of reclamation, while NT and ST are not conducive to the rapid improvement of soil carbon sequestration and crop productivity of reclaimed farmland.…”
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Change of carbon of reclamation soil in coal mining subsidence areas with high groundwater in Xuzhou by Jian YU, Li FANG, Fengman FANG, Junjun ZHI, Pingjiu ZHANG, Ran LI, Zhenhua HUANG

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Soil respiration and its influencing factors in different land use types in desertification mining areas by Ying LIU, Jiaquan LIN, Hui YUE, Yinli BI, Suping PENG

“…It is preliminarily clarified that SIC is an important factor for soil carbon sinks, while SOC and DOC are important factors for soil carbon sources. …”
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Mechanism, potential and regulation of carbon sequestration and sink enhancement in ecological restoration of mining areas in the Loess Plateau by CHEN Fu, ZHU Yanfeng, MA Jing, DONG Wenxue, YOU Yunnan, YANG Yongjun

“…There was a positive correlation between the remediation years and soil carbon sink potential. The highest carbon sink potential generally occurred at 10-15 years of restoration. …”
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Carbon, Nitrogen and Phosphorus nutrients and stoichiometric characteristics of reclaimed soil aggregate in coal mining subsidence land by Meiying LIU, Wenlong LI, Jing ZHAO, Xuehui XU

“…In summary, vegetation reclamation increased the content of soil large aggregates, and large aggregates contributed the most to soil Carbon, Nitrogen and Phosphorus. The contribution rate of Chinese canopy to soil Carbon, Nitrogen and Phosphorus was greater than that of other forest types. …”
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Spatial Variation Characteristics and Influencing Factors of Soil Organic Carbon in a Rocky Beach of Sejila Mountain, Tibetan Plateau by Xiaojiao Wang, Wandong Liang, Dan Wan, Wu Yu, Hui Yang

“…The stability of the soil carbon pool in the rocky beach area was relatively good. ④ DOC had no correlation with soil physical properties, but was correlated with average SOC. …”
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Prediction and mapping of organic carbon and total nitrogen in reclaimed soil profiles in surface coal mining areas based on imaging hyperspectral technology by Sihan PENG, Nisha BAO, Haimei LEI, Shanjun LIU, Tianhong YANG

“…It can also provide important data sources and technical support for dynamic monitoring of carbon sequestration potential of reclaimed soil in open-pit coal mining areas and evaluation of the benefits of soil carbon sequestration technology.…”
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Inversion of coal-derived carbon content in mine soils based on hyperspectral index and machine learning by Xiaojun NIE, Xinghui ZHAO, Gill AMMARA, Wenwen HONG, Hebing ZHANG

“…In addition, this study can provide a methodology support for distinguishing coal-derived C from SOC in mine soils and accurately assessing soil carbon sequestration.…”
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