Differential responses in two varieties of winter wheat to elevated ozone concentration under fully open‐air field conditions
Z Feng, J Pang, K Kobayashi, J Zhu… - Global Change …, 2011 - Wiley Online Library
Two modern cultivars [Yangmai16 (Y16) and Yangfumai 2 (Y2)] of winter wheat (Triticum
aestivum L.) with almost identical phenology were investigated to determine the impacts of
elevated ozone concentration (E‐O3) on physiological characters related to photosynthesis
under fully open‐air field conditions in China. The plants were exposed from the initiation of
tillering to final harvest, with E‐O3 of 127% of the ambient ozone concentration (A‐O3).
Measurements of pigments, gas exchange rates, chlorophyll a fluorescence and lipid …
aestivum L.) with almost identical phenology were investigated to determine the impacts of
elevated ozone concentration (E‐O3) on physiological characters related to photosynthesis
under fully open‐air field conditions in China. The plants were exposed from the initiation of
tillering to final harvest, with E‐O3 of 127% of the ambient ozone concentration (A‐O3).
Measurements of pigments, gas exchange rates, chlorophyll a fluorescence and lipid …
Differential responses in two varieties of winter wheat to elevated ozone concentration under fully open-air field conditions.
FZZ Feng ZhaoZhong, PJ Pang Jing, K Kobayashi… - 2011 - cabidigitallibrary.org
Two modern cultivars [Yangmai16 (Y16) and Yangfumai 2 (Y2)] of winter wheat (Triticum
aestivum L.) with almost identical phenology were investigated to determine the impacts of
elevated ozone concentration (E-O3) on physiological characters related to photosynthesis
under fully open-air field conditions in China. The plants were exposed from the initiation of
tillering to final harvest, with E-O3 of 127% of the ambient ozone concentration (A-O3).
Measurements of pigments, gas exchange rates, chlorophyll a fluorescence and lipid …
aestivum L.) with almost identical phenology were investigated to determine the impacts of
elevated ozone concentration (E-O3) on physiological characters related to photosynthesis
under fully open-air field conditions in China. The plants were exposed from the initiation of
tillering to final harvest, with E-O3 of 127% of the ambient ozone concentration (A-O3).
Measurements of pigments, gas exchange rates, chlorophyll a fluorescence and lipid …
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