Titlebook: Soybean Breeding; Felipe Lopes da Silva,Aluízio Borém,Willian Hytalo Book 2017 Springer International Publishing AG 2017 plant breeding.ge

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Quantitative Genetics in Breeding,plish that, it is necessary to use all tools available in the plant breeding. Normally, the traits that soybean breeders work are controlled by several genes and are also greatly affected by the environment. These traits are the object of quantitative genetics. In this chapter, some of the most rele

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Parental Selection,a and generate useful information to select superior genitors more accurate in a soybean breeding program. Methodologies presented here aim the formation of base population with large genetic variability, suitable adaptability and repeatability, and with high average for the most important agronomic

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Recurrent Selection, to the cumulative genetic progress in the desired traits over several cycles, that is, to increase additive and epistatic additive × additive genetic variances in the populations used in breeding programs. Currently, in species such as soybean, the use of the term recurrent selection is restricted

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BLUP in the Genetic Evaluation of Parents, Generations, Populations, and Progenies, Thus, it would be important to have a selection index (BLUP) for progenies that includes not only the effects of progenies in the different generations but also the effects of populations in all the generations and the data from parents and the F. and F. generations simultaneously. The main objecti

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