<p>Sub-Fig (A), (B), (C) and (D) represent time-delay from T0, values of Q<sub>10</sub>, R<sup>2</sup> and RSS, respectively. Q<sub>10</sub>: the temperature sensitivity of R<sub>S</sub>; RSS: residual sum of squares of the exponential function.</p
<p><i>T<sub>s,max</sub></i>, the maximum daily soil temperature; <i>T<sub>s,min</sub></i>, the minim...
<p><i>T<sub>s</sub></i> was monitored at 10-cm depth. Open circles are from January to June; closed ...
<p><sub><b>10</b></sub><b> and (B) daily </b><b><i>Q</i></b><b><sub>10</sub>.</b> Open circles in (A...
<p>T0, T5, T10, T20, T30 and T40 represent temperature measured at 0, 5, 10, 20, 30 and 40-delay of ...
<p>Exponential: ; Arrhenius: ; Quadratic: ; Logistic: . <i>T<sub>s</sub></i> was measured at the 10 ...
<p>T0 = soil temperature at soil surface; T10 = soil temperature at 10 cm depth. Rs data represent...
<p>Rs: Soil respiration; T: Soil temperature at 10 cm depth. The Q<sub>10</sub> value was obtained f...
The parameter Q(10) is commonly used to express the relationship between soil CO<sub>2</sub> efflux ...
The exponential-sinusoidal one-dimensional analytical model reasonably describes soil temperature pr...
Mean values of Q10 (temperature sensitivity) and SRref (soil respiration at the temperature of 10°C)...
<p>Temperature for Wh, Ea, Pc, Tr and HR ranged from 22.0 to 51.9, 3.5 to 46.9, 9.7 to 54.2, 9.5 to ...
<p>** P < 0.01</p><p>T<sub>-5</sub> and T<sub>-10</sub> denote the soil temperature (°C) at depths o...
<p>Data points were derived from exponential regression over monthly time period as shown in <a href...
<p><sub><b>10</b></sub><b> (A), daily </b><b><i>Q</i></b><b><sub>10</sub> (B) and diel lags (lag<sub...
<p>SR is monthly mean soil respiration (µmol m<sup>−2</sup> s<sup>−1</sup>); ST and SM denote soil t...
<p><i>T<sub>s,max</sub></i>, the maximum daily soil temperature; <i>T<sub>s,min</sub></i>, the minim...
<p><i>T<sub>s</sub></i> was monitored at 10-cm depth. Open circles are from January to June; closed ...
<p><sub><b>10</b></sub><b> and (B) daily </b><b><i>Q</i></b><b><sub>10</sub>.</b> Open circles in (A...
<p>T0, T5, T10, T20, T30 and T40 represent temperature measured at 0, 5, 10, 20, 30 and 40-delay of ...
<p>Exponential: ; Arrhenius: ; Quadratic: ; Logistic: . <i>T<sub>s</sub></i> was measured at the 10 ...
<p>T0 = soil temperature at soil surface; T10 = soil temperature at 10 cm depth. Rs data represent...
<p>Rs: Soil respiration; T: Soil temperature at 10 cm depth. The Q<sub>10</sub> value was obtained f...
The parameter Q(10) is commonly used to express the relationship between soil CO<sub>2</sub> efflux ...
The exponential-sinusoidal one-dimensional analytical model reasonably describes soil temperature pr...
Mean values of Q10 (temperature sensitivity) and SRref (soil respiration at the temperature of 10°C)...
<p>Temperature for Wh, Ea, Pc, Tr and HR ranged from 22.0 to 51.9, 3.5 to 46.9, 9.7 to 54.2, 9.5 to ...
<p>** P < 0.01</p><p>T<sub>-5</sub> and T<sub>-10</sub> denote the soil temperature (°C) at depths o...
<p>Data points were derived from exponential regression over monthly time period as shown in <a href...
<p><sub><b>10</b></sub><b> (A), daily </b><b><i>Q</i></b><b><sub>10</sub> (B) and diel lags (lag<sub...
<p>SR is monthly mean soil respiration (µmol m<sup>−2</sup> s<sup>−1</sup>); ST and SM denote soil t...
<p><i>T<sub>s,max</sub></i>, the maximum daily soil temperature; <i>T<sub>s,min</sub></i>, the minim...
<p><i>T<sub>s</sub></i> was monitored at 10-cm depth. Open circles are from January to June; closed ...
<p><sub><b>10</b></sub><b> and (B) daily </b><b><i>Q</i></b><b><sub>10</sub>.</b> Open circles in (A...