Titlebook: Climate-Smart Rice Breeding; Akansha Singh,Shravan Kumar Singh,Jiban Shrestha Book 2024 The Editor(s) (if applicable) and The Author(s), u

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DEMUR

Climate Change Impact on Rice Production and Breeding for Climate Resilient Rice,emission climate change scenarios are expected to render around 10% of the currently suitable cropland unusable by the middle of this century. Rice, among the food crops, holds paramount significance in the context of global food security. Until now, annual rice production has matched the requiremen

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Untapped Rice Genetic Resources and Pre-breeding in Genomics Era,ustainable rice cultivation, it’s imperative to tap into the diverse genetic resources of rice. This chapter explores the significance of untapped genetic resources in enhancing rice productivity and resilience, explain the concept of pre-breeding and its role in modern rice breeding programs and di

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急性

Doubled Haploid Rice Breeding,nd . being cultivated. Due to the challenges posed by climate change and the depletion of natural resources, there is an urgent need for extensive research to enhance rice yield and quality. Traditional breeding methods, involving continuous selfing over generations, are labor-intensive and time-con

STANT

Prophylaxis

Genome-Assisted Breeding and Genome-Wide Association Studies for Rice Improvement,als. A century ago, the introduction of artificial crossing methods for inbreeding rice species significantly expanded the scope of genetic variation accessible to breeders. In light of its diversified germplasm, minuscule and well-annotated genome, and major role in ensuring global food security, r

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Haplotype-Assisted Breeding in Rice,tides that are jointly inherited from polymorphic regions, such as polymorphic Single Nucleotide Polymorphisms (SNPs), that have a low probability of current recombination between them, i.e.. substantial linkage disequilibrium (LD). Rice is the most important staple food crop grown all over the worl

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