Titlebook: Chemical Research on Plant Growth; A translation of Thé Théodore de Saussure Book 2013 Springer Science+Business Media New York 2013 Histor

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Of the Fixation and Decomposition of Water by Plants,y exhale oxygen gas only through the decomposition of carbon dioxide gas. They retain a small amount of oxygen from this decomposition, but it does not account for all the oxygen that plants contain. Rather, the assimilation of the hydrogen and oxygen of water is the source of most of the oxygen and

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Théodore de SaussureCareful translation of the first modern book on plant nutrition Includes an extensive introduction detailing the relevance of the text Includes essential notes that provide explanations for archaic te

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Multiple-agent Systems: an Overview,bon dioxide, and the volume emitted is nearly the same as the volume of oxygen absorbed; thus oxygen’s influence seems to be limited to removing a part of the carbon that the seed acquired when it was formed. Seeds will not germinate in atmospheres of pure nitrogen, hydrogen, or carbon dioxide. The

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Introduction and Literature Overview,er, are inhibited by this gas. Extra carbon dioxide added to a green plant’s environment stimulates plant growth, up to a point. Plants grown in sunlight, with their roots immersed in water that was lightly impregnated with carbon dioxide, thrived and gained weight. Plants grown with their roots in

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Multiple-agent Systems: an Overview,lants’ own carbon. At night, leaves “inspire” atmospheric oxygen and partly replace it by “expiring” carbon dioxide, whereas during the daytime the reverse occurs, and overall the atmosphere in a closed spbaace remains about constant in volume. If the leaves are very thick, however, as in cactus, th

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