不同时间尺度下缙云山针阔混交林能量通量特征及影响因子分析

赵琨, 王云琦, 梁军, 周小舟, 冯印成, 祁子寒, 李俊杰, 崔芯蕊, 刘烜沃, 毛维

Characteristics and influencing factors of energy fluxes in the coniferous and broadleaf forests in Jinyun Mountains at different temporal scales

ZHAO Kun, WANG Yun-Qi, LIANG Jun, ZHOU Xiao-Zhou, FENG Yin-Cheng, QI Zi-Han, LI Jun-Jie, CUI Xin-Rui, LIU Xuan-Wo, MAO Wei

图3 缙云山针阔混交林生态系统的能量通量日尺度变化分布。A, 2020年24 h通量趋势图。B, 2021年24 h通量趋势图。C, 2023年24 h通量趋势图。D, 逐年土壤热通量24 h趋势图。

Fig. 3 Diurnal variation of energy flux in coniferous and broadleaf mixed forest ecosystems in Jinyun Mountains. A, 24-h flux trend chart in 2020. B, 24-h flux trend chart in 2021. C, 24-h flux trend chart in 2023. D, 24-h trend graph of soil heat flux on a year-by-year basis. G, soil heat flux; H, sensible heat flux; LE, latent heat flux; Rn, net radiation.