Ternary effects on the gas exchange of isotopologues ofcarbon dioxide
The ternary effects of transpiration rate on the rate of assimilation of carbon dioxide through stomata, and on the calculation of the intercellular concentration of carbon dioxide, are now included in standard gas exchange studies. However, the equations for carbon isotope discrimination and for the exchange of oxygen isotopologues of carbon dioxide ignore ternary effects. Here we introduce equations to take them into account. The ternary effect is greatest when the leaf-to-air vapour mole...[Show more]
|Collections||ANU Research Publications|
|Source:||Plant Cell and Environment|
|01_Farquhar_Ternary_effects_on_the_gas_2012.pdf||280.3 kB||Adobe PDF|
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