… The bulk of the world's cotton is supplied by modern cultivars (“Upland cotton”) of G.
hirsutum. Upland cultivars currently are grown in more than 40 nations in both tropical and …

… This research pointed out that the genetic diversity of Upland cotton was lower in China, but
it was vital for introducing Fusarium wilt resistance genes from G. arboreum, G. barbadense, …

… , genetic, and genomics studies in cotton. The objectives of this study were to (1) estimate US
Upland cotton genetic diversity; (… maximize allelic diversity in the Upland cotton germplasm. …

… found little variation for allozyme and restriction fragment length polymorphism in a survey
of Upland cottons. Cotton has a long history of cultivation in North America, and many …

… Genetic basis of some quantitative traits in upland cotton. … traits and genetic variation in
different genotypes of upland cotton (… Genetic diversity of US upland cotton cultivars released …

… to evaluate the genetic divergences between cultivars of upland cotton (… Eleven cultivars of
upland cotton were used in an … In order to evaluate the genetic diversity among cultivars, the …

… fibre yield and quality is challenging due to the narrow genetic base of modern cotton …
the genetic diversity and population structure at DNA level, 302 elite upland cotton germplasm …

… genetic distance between genotypes was 0.57 indicating low levels of genetic diversity in
upland cotton … levels of allelic richness in upland cotton were identified. Establishment of …

… A collection of 719 upland cotton germplasms was evaluated in this study. These accessions
were from different countries/regions, 588 were collected from China and 131 were from …

… In cotton as well, AFLPs have been used for genetic diversity … the genetic diversity in
advanced breeding lines of cotton by … , and to compare the genetic distances obtained from the …