ACCOUNTING FOR BREEDING VALUES, HETEROGENEOUS VARIANCES AND MATERNAL EFFECTS IN ESTIMATING SELFING DEPRESSION FOR INDIVIDUAL PEDIGREES. Wu, H. X & Burdon, R. D Forest Genetics, 7:267–275, August, 2000.
abstract   bibtex   
Inbreeding depression (ID) has been estimated for populations and individual pedigrees in many tree species by comparing the mean performance of selfed progeny with related outcrossed progeny. The traditional use of outcrossed progeny as the reference population (F= 0) can introduce bias into the estimation of ID for individual pedigreesas well as forpopulationsdueto unequal contributionsof parentalbreeding valuesto selfed and outcrossed progeny. In addition,maternaleffectsandheterogeneous variancesamong selfed and outcrossedfamiliesmay further distort estimates of population and individual ID.
@article{wu_accounting_2000,
	title = {{ACCOUNTING} {FOR} {BREEDING} {VALUES}, {HETEROGENEOUS} {VARIANCES} {AND} {MATERNAL} {EFFECTS} {IN} {ESTIMATING} {SELFING} {DEPRESSION} {FOR} {INDIVIDUAL} {PEDIGREES}},
	volume = {7},
	abstract = {Inbreeding depression (ID) has been estimated for populations and individual pedigrees in many tree species by comparing the mean performance of selfed progeny with related outcrossed progeny. The traditional use of outcrossed progeny as the reference population (F= 0) can introduce bias into the estimation of ID for individual pedigreesas well as forpopulationsdueto unequal contributionsof parentalbreeding valuesto selfed and outcrossed progeny. In addition,maternaleffectsandheterogeneous variancesamong selfed and outcrossedfamiliesmay further distort estimates of population and individual ID.},
	language = {en},
	journal = {Forest Genetics},
	author = {Wu, Harry X and Burdon, Rowland D},
	month = aug,
	year = {2000},
	pages = {267--275},
}

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