Effect of increasing ozone and carbon dioxide on photosynthetic and related biochemical properties of two silver birch clones during three years of exposure

Riikonen, J. . Suonenjoki Research Station; Holopainen, T.; Oksanen, E.; Vapaavuori, E.

Effect of increasing ozone and carbon dioxide on photosynthetic and related biochemical properties of two silver birch clones during three years of exposure

2002

Riikonen, J. (Finnish Forest Research Institute, Suonenjoki (Finland). Suonenjoki Research Station) | Holopainen, T. | Oksanen, E. | Vapaavuori, E.

Under elevated CO2 photosynthesis was 15-50% higher than in chamber controls depending on the weather conditions of the growing seasons. When measured at 360 ppm CO2 both elevated CO2 and elevated CO2 + O3 treatments decreased net photosynthesis, stomatal conductance and also transpiration, indicating downregulation of photosynthesis at elevated CO2

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AGROVOC关键词

betula pendula carbon dioxide dioxyde de carbone ozone ozono photosynthese photosynthesis

书目信息

出版者

Forest Research Institute

页码

p. 102

其它主题

Dioxido de carbono; Fotosintesis

语言

英语

注释

Summary only

ISBN

80-88853-51-6

类型

Summary; Conference; Non-Conventional

来源

Long-term air pollution effect on forest ecosystems, Mankovska, B. (Ed.).- Zvolen (Slovak Republic): Forest Research Institute, 2002. Long-term air pollution effect on forest ecosystems,Long-term air pollution effect on forest ecosystems,Zvolen (Slovak Republic),30 Aug - 1 Sep 2002.- ISBN 80-88853-51-6. 220 p.

粮农组织大会

Long-term air pollution effect on forest ecosystems, Zvolen (Slovak Republic), 30 Aug - 1 Sep 2002

自何时收录于AGRIS: 2003-08-15

格式: AGRIS AP

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