Characteristics of soil respiration temperature sensitivity in a Pinus/Betula mixed forest during periods of rising and falling temperatures under the Japanese monsoon climate

Yusuke Oe; Akinori Yamamoto; Shigeru Mariko

KOREAN
P-ISSN2287-8327
E-ISSN2288-1220
SCOPUS, KCI

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Vol.34 No.2

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Characteristics of soil respiration temperature sensitivity in a Pinus/Betula mixed forest during periods of rising and falling temperatures under the Japanese monsoon climate

Journal of Ecology and Environment / Journal of Ecology and Environment, (P)2287-8327; (E)2288-1220

2011, v.34 no.2, pp.193-202

Yusuke Oe (University of Tsukuba)
Akinori Yamamoto (University of Tsukuba)
Shigeru Mariko (University of Tsukuba)

Yusuke, O. , Akinori, Y. , & Shigeru, M. (2011). Characteristics of soil respiration temperature sensitivity in a Pinus/Betula mixed forest during periods of rising and falling temperatures under the Japanese monsoon climate. Journal of Ecology and Environment, 34(2), 193-202.

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Abstract

We studied temperature sensitivity characteristics of soil respiration during periods of rising and falling temperatures within a common temperature range. We measured soil respiration continuously through two periods (a period of falling temperature, from August 7, 2003 to October 13, 2003; and a period of rising temperature from May 2, 2004 to July 2,2004) using an open-top chamber technique. A clear exponential relationship was observed between soil temperature and soil respiration rate during both periods. However, the effects of soil water content were not significant, because the humid monsoon climate prevented soil drought, which would otherwise have limited soil respiration. We analyzed temperature sensitivity using the Q_(10) value and R_(ref) (reference respiration at the average temperature for the observation period) and found that these values tended to be higher during the period of rising temperature than during the period of falling temperature. In the absence of an effect on soil water content, several other factors could explain this phenomenon. Here, we discuss the factors that control temperature sensitivity of soil respiration during periods of rising and falling temperature, such as root respiration, root growth, root exudates, and litter supply. We also discuss how the contribution of these factors may vary due to different growth states or due to the effects of the previous season, despite a similar temperature range.

keywords: monsoon climate, Q_(10), soil respiration, temperature sensitivity

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Article Contents

Vol.34 No.2

Characteristics of soil respiration temperature sensitivity in a Pinus/Betula mixed forest during periods of rising and falling temperatures under the Japanese monsoon climate

Abstract

Reference

Journal of Ecology and Environment