402 resultados para Bread.


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Includes index.

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Samples of menus on p. 348-352.

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[Vols. 4-6] are called "Series IV-VI."

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Bread and the newspaper.--My hunt after "the captain."--The inevitable trail.--The physiology of walking.--The seasons.--The human body and it's management.--Cinders from the ashes.--Mechanism in thought and morals.--The physiology of versification.--Crime and automatism.--Jonathan Edwards.--The pulpit and the pew.

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Bread and the newspaper.--My hunt after "the captain."--The inevitable trail.--The physiology of walking.--The seasons.--The human body and it's management.--Cinders from the ashes.--Mechanism on thought and morals.--The physiology of versification.--Crime and automatism.--Jonatahan Edwards.--The pulpit and the pew.

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Also published in Linné's Amoenitates academicae, v. 5, ed. 1, 1760; ed. 2, 1788, p. 50-67. For other reprints and translation see J.M. Hulth, Bibliographia Linnaeana (1907) p. 108.

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Mode of access: Internet.

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Spanish: [v.10] The tall woman, by P.A. de Alarcón. -- The white butterfly, by J. Selgas. -- The organist, by G.A. Becquer. -- Moors and Christians, by P.A. de Alarcón. -- Bread cast upon the waters, by Fernan Caballero.

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The inheritance of resistance to root-lesion nematode was investigated in five synthetic hexaploid wheat lines and two bread wheat lines using a half-diallel design of F-1 and F-2 crosses. The combining ability of resistance genes in the synthetic hexaploid wheat lines was compared with the performance of the bread wheat line 'GS50a', the source of resistance to Pratylenchus thornei used in Australian wheat breeding programmes. Replicated glasshouse trials identified P. thornei resistance as polygenic and additive in gene action. General combining ability (GCA) of the parents was more important than specific combining ability (SCA) effects in the inheritance of P. thornei resistance in both F-1 and F-2 populations. The synthetic hexaploid wheat line 'CPI133872' was identified as the best general combiner, however, all five synthetic hexaploid wheat lines possessed better GCA than 'GS50a'. The synthetic hexaploid wheat lines contain novel sources of P. thornei resistance that will provide alternative and more effective sources of resistance to be utilized in wheat breeding programmes.

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The advent of molecular markers as a tool to aid selection has provided plant breeders with the opportunity to rapidly deliver superior genetic solutions to problems in agricultural production systems. However, a major constraint to the implementation of marker-assisted selection (MAS) in pragmatic breeding programs in the past has been the perceived high relative cost of MAS compared to conventional phenotypic selection. In this paper, computer simulation was used to design a genetically effective and economically efficient marker-assisted breeding strategy aimed at a specific outcome. Under investigation was a strategy involving the integration of both restricted backcrossing and doubled haploid (DH) technology. The point at which molecular markers are applied in a selection strategy can be critical to the effectiveness and cost efficiency of that strategy. The application of molecular markers was considered at three phases in the strategy: allele enrichment in the BC1F1 population, gene selection at the haploid stage and the selection for recurrent parent background of DHs prior to field testing. Overall, incorporating MAS at all three stages was the most effective, in terms of delivering a high frequency of desired outcomes and at combining the selected favourable rust resistance, end use quality and grain yield alleles. However, when costs were included in the model the combination of MAS at the BC1F1 and haploid stage was identified as the optimal strategy. A detailed economic analysis showed that incorporation of marker selection at these two stages not only increased genetic gain over the phenotypic alternative but actually reduced the over all cost by 40%.