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Leaf chemical composition of twenty-one Populus hybrid clones grown under intensive cultureAuthor(s): Richard E. Dickson; Philip R. Larson
Source: In: Proceedings of the Tenth Central States Forest Tree Improvement Conference. West Lafayette, IN: Purdue University: 20-29
Publication Series: Scientific Journal (JRNL)
Station: North Central Research Station
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DescriptionLeaf material from 21 nursery-grown Populus hybrid clones was analyzed for three nitrogen fractions (total N, soluble protein, and soluble amino acids) and three carbhydrate fractions (reducing sugars, total soluble sugars, and total nonstructural carbohydrates-TNC). In addition, nursery-grown green ash and silver maple, field-grown bigtooth and trembling aspen, and growth-room-reared eastern cottonwood were analyzed for comparison. The amounts of the various chemical fractions ranged widely among the Populus clones: total N from 2.14 to 3.86% dry weight, soluble protein 0.98 to 5.89%, soluble AA .09 to .24%, reducing sugar 3.57 to 12.42%, total soluble sugar 9.61 to 21.43%, and TNC 16.02 to 26.49%. Percentage recoveries for the chemical fractions of comparison species fell within these ranges; the cottonwood leaf material, however, contained higher levels of total N and soluble AA than the other plant material. The high levels of N and carbohydrates in the leaf material indicate a potential for utilization as a high quality livestock feed supplement. Certain clones combined rapid growth rates with high N and carbohydrate levels in the leaves. If leaf utilization should become part of the total harvesting plan, these clones would make desirable selections for intensive culture plantations.
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CitationDickson, Richard E.; Larson, Philip R. 1976. Leaf chemical composition of twenty-one Populus hybrid clones grown under intensive culture. In: Proceedings of the Tenth Central States Forest Tree Improvement Conference. West Lafayette, IN: Purdue University: 20-29
Keywordsleaf nitrogen, protein, soluble carbohydrates, total nonstructural carbohydrates, muka production
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