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• W2288661515 endingPage "241" @default.
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• W2288661515 abstract "Abstract Canopy stomatal conductance (G S ) estimation is a critical aspect of evapotranspiration research. Selecting an appropriate model for scaling-up is necessary to study plant water regulation. Two monoculture plantations of broadleaf tree species, Eucalyptus urophylla and Schima superba, were selected to study G S via a widely recognized equation simplified by Kostner (G S1 ) and an inverse Penman–Monteith equation (G S2 ). The decoupling coefficient (Ω) was estimated to quantify the decoupling extent of stomata from the atmosphere. We found that both species were well coupled with environmental conditions (0.1 ± 0.06 and 0.22 ± 0.09 for E. urophylla and S. superba ). Ω increased exponentially with canopy conductance (G C ) and was depressed by the increase of G a , which implied that there was a combined climatic and physiological regulation on Ω. G S1 for both species (63.7 ± 33.9 mmol m −2  s −1 and 48.4 ± 18.1 mmol m −2  s −1 for E. urophylla and S. superba, respectively) was underestimated with the simplified equation compared to G S2 (77.0 ± 52.4 mmol m −2  s −1 and 112.0 ± 52.5 mmol m −2  s −1 for E. urophylla and S. superba , respectively). The ratio of G S1 /G S2 linearly decreased with Ω by a slope of −1.92 and −1.31 for E. urophylla and S. superba , respectively. The increase of the LAI tended to increase the decoupling extent, which further reduced the accuracy of the estimation of G S1 . According to our results, the ratio of G S1 /G S2 had a mean of 0.94 for 85.3% and 0.6 for 37.6% of all of the data for E. urophylla and S. superba , respectively, implying a better estimation of G S1 for the stand that had a lower LAI. Based on the relationship between the LAI and the ratios of G S1 /G S2 (ratio = 1.0759 × 0.02547 (0.053LAI + 0.054)  − 0.0078), we can shed some light on the prediction error of stomatal conductance derived from the simplified equation in different forest types." @default.
• W2288661515 created "2016-06-24" @default.
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• W2288661515 date "2016-05-01" @default.
• W2288661515 modified "2023-10-16" @default.
• W2288661515 title "Influence of the decoupling degree on the estimation of canopy stomatal conductance for two broadleaf tree species" @default.
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• W2288661515 cites W1952984840 @default.
• W2288661515 cites W1963672851 @default.
• W2288661515 cites W1967386296 @default.
• W2288661515 cites W1970362870 @default.
• W2288661515 cites W1976818746 @default.
• W2288661515 cites W1978961196 @default.
• W2288661515 cites W1978965369 @default.
• W2288661515 cites W1979444767 @default.
• W2288661515 cites W1982324692 @default.
• W2288661515 cites W1988216742 @default.
• W2288661515 cites W1993261405 @default.
• W2288661515 cites W1999595656 @default.
• W2288661515 cites W2001834071 @default.
• W2288661515 cites W2004475095 @default.
• W2288661515 cites W2014038469 @default.
• W2288661515 cites W2014487109 @default.
• W2288661515 cites W2016961712 @default.
• W2288661515 cites W2021667897 @default.
• W2288661515 cites W2023060051 @default.
• W2288661515 cites W2026460846 @default.
• W2288661515 cites W2028311764 @default.
• W2288661515 cites W2029222297 @default.
• W2288661515 cites W2034287547 @default.
• W2288661515 cites W2035987018 @default.
• W2288661515 cites W2037506796 @default.
• W2288661515 cites W2042168240 @default.
• W2288661515 cites W2049123588 @default.
• W2288661515 cites W2049145412 @default.
• W2288661515 cites W2049307993 @default.
• W2288661515 cites W2050283131 @default.
• W2288661515 cites W2057267748 @default.
• W2288661515 cites W2064139188 @default.
• W2288661515 cites W2066016168 @default.
• W2288661515 cites W2070151374 @default.
• W2288661515 cites W2074525761 @default.
• W2288661515 cites W2075111544 @default.
• W2288661515 cites W2085586790 @default.
• W2288661515 cites W2086061626 @default.
• W2288661515 cites W2086308703 @default.
• W2288661515 cites W2098144576 @default.
• W2288661515 cites W2098488809 @default.
• W2288661515 cites W2101723742 @default.
• W2288661515 cites W2106118279 @default.
• W2288661515 cites W2110133878 @default.
• W2288661515 cites W2112275512 @default.
• W2288661515 cites W2112393064 @default.
• W2288661515 cites W2116176686 @default.
• W2288661515 cites W2116674685 @default.
• W2288661515 cites W2123577121 @default.
• W2288661515 cites W2137062224 @default.
• W2288661515 cites W2141119029 @default.
• W2288661515 cites W2145887485 @default.
• W2288661515 cites W2146636980 @default.
• W2288661515 cites W2146727559 @default.
• W2288661515 cites W2147911006 @default.
• W2288661515 cites W2148853171 @default.
• W2288661515 cites W2153310988 @default.
• W2288661515 cites W2153427373 @default.
• W2288661515 cites W2153462515 @default.
• W2288661515 cites W2155173855 @default.
• W2288661515 cites W2158683657 @default.
• W2288661515 cites W2160807290 @default.
• W2288661515 cites W2164459097 @default.
• W2288661515 cites W2166356512 @default.
• W2288661515 cites W2167653039 @default.
• W2288661515 cites W2168108537 @default.
• W2288661515 cites W2169804671 @default.
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• W2288661515 cites W2171494351 @default.
• W2288661515 cites W2172238940 @default.
• W2288661515 cites W2315597981 @default.
• W2288661515 cites W2326290405 @default.
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• W2288661515 doi "https://doi.org/10.1016/j.agrformet.2016.02.018" @default.
• W2288661515 hasPublicationYear "2016" @default.
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