Titlebook: Genetics of Wood Production; Bruce J. Zobel,Jackson B. Jett Book 1995 Springer-Verlag Berlin Heidelberg 1995 biotechnology.cellulose.devel

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Determination of Wood Properties to Be Used in a Tree Improvement Program,rized in this chapter; this is especially true of Chapter 13 (for example see Chap. 13.2.1). The summary, and thus the repetition, has been done purposely because we wanted to bring together in one place ideas and examples of how to choose wood properties for a genetics program, which characteristic

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addict

https://doi.org/10.1007/978-3-662-21761-0.” As early as 1935, Schreiner recognized the possibilities for genetic manipulation of wood and published an article on how pulping characteristics might be improved by breeding; these ideas were later expanded in his 1958 paper. The economic impact of changes in wood quality were recently outlined

MIRE

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,The Role of Genetics in Wood Production — General Concepts,.” As early as 1935, Schreiner recognized the possibilities for genetic manipulation of wood and published an article on how pulping characteristics might be improved by breeding; these ideas were later expanded in his 1958 paper. The economic impact of changes in wood quality were recently outlined

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The Importance of Wood Density (Specific Gravity) and Its Component Parts,sed only, for example, as 0.45, not as 0.45 g/ml. The above classifications will be used throughout this book but the reader must observe carefully all data on wood density referred to in publications. Occasionally, one will find specific gravity or wood density expressed as the dry weight of wood d

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Book 1995ormation in the chapter. The literature on the genetics of wood can be quite controversial. This is to be expected, since both the environment and its interaction with the genotype of the tree can have a major effect on wood properties, especially when trees of similar genotypes are grown under wide

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https://doi.org/10.1007/978-3-642-79514-5biotechnology; cellulose; development; energy; forest; forestry; grain; growth; paper; plants; polyploidy; tree

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https://doi.org/10.1007/978-3-662-21761-0perties as such. It was recognized that tree form, growth rate, and pest tolerance could all affect wood in several ways, as was described by Zobel (1971) (Fig. 1.1). However, the potential for improving wood by direct application of genetics was not generally appreciated, although persons like Harr