20151028
Author : Xinhua Zeng, Wanjun Zhang, Huitao Shen, Jiansheng Cao, Xin Zhao
Journal : Catena
Comment :
Q10 exhibited a strong seasonal variation pattern, and decreased with increasing soil temperature. This result indicates that low temperature may be more important to carbon cycling than higher temperature based on soil respiration results.
The seasonal variation of Q10 was primarily driven by soil temperature while soil moisture had little influence on the dynamic for each site based on annual scales. However, due to the complicated relation between soil properties and SR, Q10 value derived from diurnal and seasonal patterns of SR should be used with extreme caution when estimating carbon balance of terrestrial ecosystem.
Year : 2014
Title : Soil respiration response in different vegetation types at Mount
Taihang, ChinaJournal : Catena
Comment :
Q10 exhibited a strong seasonal variation pattern, and decreased with increasing soil temperature. This result indicates that low temperature may be more important to carbon cycling than higher temperature based on soil respiration results.
The seasonal variation of Q10 was primarily driven by soil temperature while soil moisture had little influence on the dynamic for each site based on annual scales. However, due to the complicated relation between soil properties and SR, Q10 value derived from diurnal and seasonal patterns of SR should be used with extreme caution when estimating carbon balance of terrestrial ecosystem.
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