Genomic selection, gene editing and genetic engineering for drought tolerance in cereals Social welfare

Genomic selection, gene editing and genetic engineering for drought tolerance in cereals Social welfareThis chapter provides the state of the art on genomic prediction of estimated breeding values (GEBV) for selection (or genomic selection) as well as on the use of genetic engineering for both gene editing and transgenic breeding in main cereals crops. Genomic selection has been successfully used for breeding maize in drought prone sites of Africa and Asia, while progress was noted for using GEBV for improving pearl millet, rice, sorghum and wheat

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both historical and contemporary

to the detriment of the country’s people

well-orchestrated vaccination programs must prevent disease challenges for both breeders and offspring

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would be hopeful that most of the seeds would germinate in a timely manner and regardless of the normal stressors that are apparent in agricultural / horticultural environments

In this volume some light will be shed on the different ways in which »Byzantium« was used in constructing new national narratives

The Art of Startups shows how the principles Machiavelli outlined in The Prince and The Art of War can be applied to the modern business world

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the authors also look at related issues such as road taxation

ecological or eco-functional intensification of agricultural production