. How crops grow. A treatise on the chemical composition, structure and life of the plant, for students of agriculture ... Agricultural chemistry; Growth (Plants). Fig. 3~. Fig. 28. All the plants of higher orders we find likewise to consist chiefly of globular or angular cells. All the growing parts especially, as the tips of the roots, the leaves, flowers and fruit, are, for the most part, aggrega- tions of such minute vesicles. If we examine the pulp of fruits, as that of a ripe •Viz.: the Cryptogams, Including Molds and Mushrooms (Fungi), Mosses, Ferns, Sea-Weeds (AlgcB) and Bacteria (Schi
. How crops grow. A treatise on the chemical composition, structure and life of the plant, for students of agriculture ... Agricultural chemistry; Growth (Plants). Fig. 3~. Fig. 28. All the plants of higher orders we find likewise to consist chiefly of globular or angular cells. All the growing parts especially, as the tips of the roots, the leaves, flowers and fruit, are, for the most part, aggrega- tions of such minute vesicles. If we examine the pulp of fruits, as that of a ripe •Viz.: the Cryptogams, Including Molds and Mushrooms (Fungi), Mosses, Ferns, Sea-Weeds (AlgcB) and Bacteria (Schizomyeetes).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Johnson, Samuel William, 1830-1909. New York, Orange Judd company
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Keywords: ., bookcentury1800, bookdecade1890, booksubjectagriculturalchemistr
