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- W2022264196 abstract "As shown by Gregory, Spear and Thimann (2), photoperiodic induction results in a striking increase in the rate of dark fixation of carbon dioxide by the short-day plant Kalanchoi blossfeldiana. The extra CO2 thus fixed in the dark period of a short day is released in the following period, and the normal pattern of CO2 exchange in green plants may appear reversed, CO2 being absorbed in the dark and evolved in the light. Brief interruptions in the middle of the dark periods prevent the development of the short-day pattern of CO2 fixation. Since such light flashes suppress also the flower-inducing action of short days, and because of some additional parallels between increased CO2 dark fixation and flower induction it seems attractive to assume a causal relation between the two processes. The present experiments were undertaken in order to discover whether the difference in the dark fixation of carbon dioxide by photoperiodically induced and noninduced Kalanchoe is qualitative or quantitative in nature. This was done by exposing leaves from induced (short-day treated) and non-induced (long-day grown) plants to radioactive CO2 and determiningf by means of paper chromatography the compounds in which the label appeared." @default.
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- W2022264196 date "1957-05-01" @default.
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- W2022264196 title "The Products of CO2 Fixation in Leaves of Long- and Short-Day Treated Kalanchoë blossfeldiana." @default.
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- W2022264196 doi "https://doi.org/10.1104/pp.32.3.201" @default.
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