Polyploidisation is an important process in the evolution of many plant species. An
additional set of chromosomes can be derived from intraspecific genome duplication (autopolyploidy) …

… Using plant breeding, scientists have developed improved … Therefore, plant breeding must
evolve and make use of new … been gradually incorporated into plant breeding over the last few …

… We also speculate on the prospects for GS and GP in plant breeding. Most of the results
presented in this review include studies performed on maize and wheat from the International …

… breeders to speed up the breeding process. In this chapter, the history of plant breeding, …
advance strategies, and challenges and perspectives are briefly reviewed and discussed. …

… of physic)logical understanding from the perspective of plant breeding programs. First, we …
respect to plant breeding by surveying opinions of a sample of breeders and physiologists and …

… We envision a promising future for the integration of enviromics approaches into plant
breeding when coupled with next-generation genotyping/phenotyping and powerful statistical …

… perspectives in plant breeding that result from the integration of the recent advances in plant
genomics into traditional breeding … they open innovative perspectives in plant breeding. For …

… Genomic selection provides many opportunities to increase genetic gain in plant breeding
per unit time and cost. Early empirical and simulation results are promising, but for GS to …

… describe the application of targeted mutagenesis to crop plants and … traits, which could have
direct impacts on plant breeding. … perspectives for the practical application of mutants in crop …

… to plant breeding, very few are written for the student who is learning the subject of plant
breeding or the breeder … , specifically with plant breeders and students of plant breeding in mind. …