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Andrew Merchant

(μmol·m −2 ·s −1 ) as well as g S to water vapor ( g S , mmol·m −2 ·s −1 ) were recorded and used to compute the ratio of intercellular to atmospheric CO 2 concentration c i /c a . The daily integral of assimilation-weighted c i was calculated using

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Hong Jiang, Zhiyuan Li, Xiumei Jiang, and Yong Qin

, transpiration, intercellular CO 2 concentrations, the activity of the PSII reaction center, and P n of plants ( Wang et al., 2017b ). Other studies have shown that with increasing salt concentrations, plant P n first increases and subsequently decreases or

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M. Carmen González-Mas, M. José Llosa, Antonio Quijano, and M. Angeles Forner-Giner

, whereas the intercellular CO 2 concentration (C i ) in leaves on Carrizo citrange was similar to the majority of other rootstocks. However, the g s and the E for leaves on Carrizo citrange were the lowest, as was chlorophyll content, when compared

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Soo-Hyung Kim and Bert Cregg

biochemical model of C 3 photosynthesis ( Farquhar et al., 1980 ) to estimate the conductance of CO 2 from the intercellular air spaces to the site of carboxylation inside the chloroplast. This method has been found to compare well with other methods ( Bunce

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Soohyun Kang, Yating Zhang, Yuqi Zhang, Jie Zou, Qichang Yang, and Tao Li

curves were corrected for leaks of CO 2 into or out of the cuvette by using photosynthetically inactive leaves ( Flexas et al., 2007 ). A n as a function of intercellular CO 2 partial pressure ( C i ) was fitted through the model of Sharkey et al

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Yijing Wu, Qingyu Lu, Yao Gong, Yiming Zhang, Yan Xu, Ming Cai, Huitang Pan, and Qixiang Zhang

. 116°27′12.13E). The 2-year-old bare-root L. indica ‘Whit III’ plants, which were provided by Woye Agriculture Technology Development Co., Ltd. (Zhenjiang, Jiangsu, China), were transplanted to containers (diameter: 24 cm; height: 21.8 cm; volume: 7 L

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Dharti Thakulla, Bruce L. Dunn, Carla Goad, and Bizhen Hu

increase in the activity of Rubisco and PS II resulting in increased stomatal conductance ( g S ) and intercellular CO 2 concentration ( Khan et al., 2018 ). In a similar study conducted by Nurnaeimah et al. (2020 ), plant height, leaf area, chlorophyll

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Ze Li, Kai Shi, Fanhang Zhang, Lin Zhang, Hongxu Long, Yanling Zeng, Zhiming Liu, Genhua Niu, and Xiaofeng Tan

70%. Water-use efficiency (WUE) was calculated as the P n /E ratio according to Colla et al. (2012). The stomatal limitation value (L s ) was calculated as 1 – C i /Ca (where C i is the intercellular CO 2 concentration and Ca is the concentration of

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Guohai Xia, Lailiang Cheng, Alan Lakso, and Martin Goffinet

Mn; P = 0.001 for leaf B. In response to increasing N supply, single leaf net CO 2 assimilation rate increased ( Fig. 4 ), whereas the calculated intercellular CO 2 concentrations decreased (data not shown). As a result of increases in

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Hong-jia Xu, Masafumi Johkan, Toru Maruo, Natsuko Kagawa, and Satoru Tsukagoshi

intensity, 24 °C day/20 °C night temperature, and 1000 ppm CO 2 concentration until the seventh day after seeding (DAS). Next, lettuce seedlings with a uniform morphology were transplanted into another growth chamber with the same conditions as the previous