Titlebook: Genetic improvement of Small Millets; Sweta Mishra,Shailesh Kumar,R C Srivastava Book 2024 The Editor(s) (if applicable) and The Author(s)

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Breeding Finger Millet for Abiotic Stress Tolerance: Strategies and Challenges, technologies, tissue culture techniques, genetic diversity assessments, and germplasm conservation techniques can contribute to the enhancement of abiotic stress tolerance capacity of finger millet..In this chapter is discussing the various research approaches that have been focused to improve abio

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Breeding Finger Millet for Biotic Stress Resistance,rces coupled with lesser application of advanced technologies constrained the development of resistance cultivars. Therefore, to meet the global nutritional security, there is urgent calls to enhance the genetic resistance in finger millet. This can be achieved by integrating conventional breeding a

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Advanced Biotechnological Tools for Genetic Improvement of Finger Millet, for nutritional studies. The crop’s status as an “orphan millet” has been remodelled by the recent attempts on genome sequencing and various transcriptomics studies in the crop making the time ripe for harnessing this information for genomic and functional genomic applications. The nutritional supr

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Recent Advancements in Proso Millet (, L.) Breeding for Quality and Yield Improvement,tify quality and yield responsive genes. The introduction of genomic selection and genome editing technologies, combined with recent advances in bioinformatics tools, has enabled a breakthrough in genomics-assisted breeding for the enhancement of yield and quality. This chapter focuses on the availa