Titlebook: Accelerated Plant Breeding, Volume 1; Cereal Crops Satbir Singh Gosal,Shabir Hussain Wani Book 2020 Springer Nature Switzerland AG 2020 Acc

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https://doi.org/10.1007/978-3-642-69475-2s controlling a quantitative trait in the form of “K-factors” and “effective factors”. Though these methods helped to decide appropriate plant breeding strategy and response to selection, the number, location and specific action of factors (genes) controlling quantitative traits remained obscure. Wi

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W. E. Pae Jr.,G. Rosenberg,W. S. Piercen be used for the introgression of traits in combination with modern genomic breeding approaches. It shows the potential to reduce the development of cultivars using six generations of backcrossing with gene introgression by 2 years. Both DH methodology and accelerated/speed breeding are being used

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https://doi.org/10.1007/978-3-642-74404-4sed with ., . and . genes by at least 50% over the . rice cultivars targeted for improvement. The recently emerged genome-editing tools will be helpful for the development of superior alleles of yield-enhancing genes, for direct target gene editing in favourite rice backgrounds without cross with th

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L. A. R. Golding,R. W. Stewart,F. D. Loopin Asian countries, mostly in south-eastern countries. Therefore, . rice improvement needs to be done by developing androgenic methods for the production of doubled haploids. A successful androgenesis method is only achieved by a conglomeration of associated factors like microspore stage, media comp

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https://doi.org/10.1007/978-3-642-74404-4ey production countries, Russia (including all the countries from former USSR), the United States, India, and China are the major countries showing the significant decrease in barley cropping area. The original area of barley cultivation is assumed to have been the Fertile Crescent, stretching from

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