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Terrestrial ecosystems can effectively absorb atmospheric carbon dioxide (CO 2 ) through their carbon sink function and slow down climate warming
In response to these problems, a research team led by the Sino-French Joint Research Center for Earth System Simulation, School of Urban and Environment, Peking University, and the Institute of Geographical Sciences and Natural Resources Research, Chinese Academy of Sciences, re-calculated the size of China's terrestrial carbon sink
Observation Footprint Analysis of Shangri-La Zhuzhang Station
At the same time, the research team updated the "bottom-up" estimate of China's terrestrial carbon sink over the same period based on the forest inventory data and other inventory data in China in the past 10 years
Inversion estimation of China's terrestrial carbon sink
This study reassessed the size of China's terrestrial carbon sink, corrected the overestimation of China's terrestrial carbon sink in the atmospheric inversion study published in the journal "Nature" in 2020, and provided new insights for China's atmospheric inversion terrestrial carbon sink research.
The study was published in the journal Nature on March 16, 2022, under the title " The size of the land carbon sink in China