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- W2078958081 abstract "Observations made hitherto by different workers on the relation between concentration of carbon dioxide and the rate of its assimilation by plants are not entirely harmonious, and it seems possible that much of the apparent disagreement may be due to the differences in the experimental conditions which have been used. In recent work on aquatic plants, bicarbonate solutions have been freely utilised as method of supplying carbon dioxide, instead of the carbon dioxide solutions of earlier workers. For these methods to be directly comparable with one another it must be assumed that only carbon dioxide present in the free form is assimilable by the plant, and that HCO 3 ions and undissociated salts (NaHCO 3 , etc.) are not available. This assumption has been supported by Nathansohn, 1907 (13), Benecke, 1921 (3), and wilmott, 1921 (23), but opposed by Angelstein, 1911 (1), Osterhout and Haas, 1918 (14), and Ruttner, 1921 (16). The present paper records an attempt to reinvestigate this problem by means of a method which allows direct comparisons to be made between these two types of solutions. Each solutions has been investigated over a range of concentrations, and using varying intensities of light. Attention has been given to the rate of flow of the solutions over the assimilating plant. In this way a collection of assimilation values under precisely defined conditions has been built up, which helps a closer understanding of the interaction of factors in this process, and enables us to get a clearer picture of the essential differences between carbon dioxide and bicarbonate solutions as media for assimilation." @default.
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- W2078958081 date "1928-05-01" @default.
- W2078958081 modified "2023-09-27" @default.
- W2078958081 title "Experimental researches on vegetable assimilation and respiration. XIX.-The effect of variations of carbon dioxide supply upon the rate of assimilation of submerged water plants" @default.
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- W2078958081 doi "https://doi.org/10.1098/rspb.1928.0023" @default.
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