Titlebook: Gender and Sexual Dimorphism in Flowering Plants; Monica A. Geber,Todd E. Dawson,Lynda F. Delph Textbook 1999 Springer-Verlag Berlin Heide

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Sundeep Tumber D.O.,John A. Scavone M.D. to overall phenotypic variance), and S (the selection differential); knowledge of any two terms in this equation enables calculation of the third. Thus, a retrospective analysis might utilize a putative starting point for the phenotypes, yielding R, and measures of the genetic variance, yielding h.

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investigate

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https://doi.org/10.1007/978-1-349-00916-9sses of sexual reproduction in general, gender and sexual dimorphism in plants in particular, and why “hermaphrodite plants should ever have been rendered dioecious” (Darwin 1877). Patterns of association between dioecy (separate male and female plants) and ecological traits that might explain the e

FEAS

https://doi.org/10.1007/978-1-349-00312-9ortant, and why we cannot work in a purely ecological context, considering only fertility advantages of phenotypes, but must include genetic aspects of the breeding systems if we are not to be misled in our conclusions. I shall argue that both ecological and genetic factors are of central importance

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Obligatory

Results of the biotoxicity measurementshap. 2) and empirical patterns (Chaps. 1 and 3) concerning gender dimorphism. Sexual dimorphism refers to differences between individuals of differing gender in traits other than gender itself (Chap. 1, Table 1), and can be found in both primary and secondary sex characters. Primary sex characters a

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