Photosynthetic O_2 evolution in C3, C4 and CAM plants under varying radiation levels

S. SINGH; Y. KAWAMITSU; A. NOSE

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Photosynthetic O_2 evolution in C3, C4 and CAM plants under varying radiation levels

机译：不同辐射水平下C3，C4和CAM植物中光合O_2的演化

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Plant species of diverse photosynthetic systems (C_3, C_4 & CAM) grown during winter season at the University of the Ryukyus, Okinawa, Japan were examined for their photosynthetic O_2 evolution under varying light intensities. Among the plant species tested, the highest O_2 efflux and light saturation points were recorded in the winter loving plants such as Chenopodium quinoa followed by spinach and soybean (C_3 plants), while the standards tropical C_4 plants viz., maize and sugarcane registered lowest O_2 evolution and light saturation points as well. Pineapple and Bryophyllum (CAM plants) showed marked variation in diurnal light response curve, while O_2 evolution rate increased curvilinearly with the intensity of light.

机译：在冬季，在日本冲绳的琉球大学，研究了各种光合作用系统（C_3，C_4和CAM）的植物物种在不同光照强度下光合作用O_2的演变。在所测试的植物物种中，记录在冬季的植物如藜藜藜，大豆和大豆（C_3植物）的O_2流出量和光饱和点最高，而标准的热带C_4植物，即玉米和甘蔗的O_2记录的O_2最低。进化和光饱和点。菠萝和苔藓植物（CAM植物）在日光响应曲线上显示出明显的变化，而O_2的演化速率随光的强度呈曲线增加。

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来源
《Science and Culture》 |2006年第8期|p.257-259|共3页
作者
S. SINGH; Y. KAWAMITSU; A. NOSE;
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作者单位

Div. of Environmental Sciences Indian Agricultural Research Institute, New Delhi 110012;

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原文格式 PDF
正文语种 eng
中图分类自然科学总论;
关键词
efflux; response curve; saturation point; evolution; diurnal;

机译：外排;响应曲线;饱和点;演化;昼间;

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机译：从C3，C4和CAM植物的叶片中分离光合活性的叶片细胞和原生质体
2. Shoot growth in Ilex paraguariensis plants grown under varying photosynthetically active radiation is affected through gibberellin levels [J] . Pedro A. Sansberro, Luis A. Mroginski, Oscar A. Masciarelli, Plant Growth Regulation . 2002,第3期

机译：在不同光合活性辐射下生长的巴拉圭冬青植物的嫩芽生长受赤霉素水平的影响
3. Shoot growth in Ilex paraguariensis plants grown under varying photosynthetically active radiation is affected through gibberellin levels [J] . Sansberro PA, Mroginski LA, Masciarelli OA, Plant Growth Regulation: An International Journal on Natural and Synthetic Regulators . 2002,第3期

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4. Comparation and Analysis of Leaf Photosynthetic Potentials in Thinned and Densely-planted Apple Orchards ( I ) The vertical distribution characteristics of photosynthetic active radiation and photosynthetic rate [C] . Sun Xie-ping, Wang Cui-ling, Song Kai, 2009 Academic conference on horticulture science and technology . 2009

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5. The rbcL RNA s1-binding domain protein (RLSB) in C3 and C4 plants; Functional characterization, phylogeny, and analyses of its role in C4 evolution. [D] . Yerramsetty, Pradeep. 2016

机译：C3和C4植物中的rbcL RNA s1结合域蛋白（RLSB）；功能表征，系统发育及其在C4进化中的作用分析。
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7. Photosynthetic Characteristics of C3-C4 Intermediate Flaveria Species 1: I. Leaf Anatomy, Photosynthetic Responses to O2 and CO2, and Activities of Key Enzymes in the C3 and C4 Pathways [O] . Ku, Maurice S. B., Monson, Russell K., Littlejohn, Robert O., 1983

机译：C3-C4中间黄花树种的光合特性：I.叶片解剖，对O2和CO2的光合响应以及C3和C4途径中关键酶的活性

Photosynthetic O_2 evolution in C3, C4 and CAM plants under varying radiation levels

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