The influence patterns of carbon flux in different climatic zones in China —Based on the complex network approach

• DOI: 10.1209/0295-5075/ad397d
• Publication Date: 2024-04-02T22:34:19Z
• Authors: Ting Qing; Fan Wang; Ruijin Du; Gaogao Dong; Lixin Tian
• Keywords: Carbon flux; Carbon fibers

Abstract Research on ecosystem carbon flux can provide important methodological and strategic support for climate change mitigation. The existing studies focus the calculation of flux, ignoring intertwined effects between regions. quantification analysis interaction patterns is crucial understanding global cycle process, forecasting coping with change. In this study, network model sequences are established based complex theory using data spanning from December 1, 2005, to November 30, 2020. time delay effect introduced accurately quantify influence within zones across China. findings indicate that probability distribution function link weights during various seasons each year exhibits a bimodal distinct positive negative components. reveals significant impact effects, which especially pronounced mostly long-term lag in nodes weights. Further, results interactions among demonstrate changes plateau southern temperate regions have either or impacts other zones. Therefore, controlling these climatic effectively optimize flux. modeling framework presented paper useful insights regulation optimization