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Walia, H.Wilson, C.Condamine, P.Xuan LiuIsmail, A.Linghe ZengWanamaker, S.Mandal, J.Jin XuXinping CuiClose, T.[Genomic comparison between barley and rice in relation to salt adaptation and heritable salt tolerance]Genomic comparison between barley and rice in relation to salt adaptation and heritable salt tolerance

The availability of genomic resources can facilitate progress in plant breeding through the application of advanced molecular technologies for crop improvement. This is particularly important in the case of less researched crops such as cassava, a staple and food security crop for more than 800 m...


Ferguson, Morag E.Hearne, S.J.Close, T.J.Wanamaker, S.Moskal, W.A.Town, C.D.Young, J. deMarri, P.R.Rabbi, Ismail Y.Villiers, Etienne P. de[Identification, validation and high-throughput genotyping of transcribed gene SNPs in cassava]Identification, validation and high-throughput genotyping of transcribed gene SNPs in cassava
Close, T.J.Walia, H.Wilson, G.Condamine, P.Liu, X.Ismail, A.M.Zeng, L.Wanamaker, S.Mandal, J.Xu, J.Cui X.[Genomic comparisons between barley and rice in relation to salt adaptation and heritable salt tolerance]Genomic comparisons between barley and rice in relation to salt adaptation and heritable salt tolerance

Cowpea [Vigna unguiculata (L.) Walp.] is a major tropical legume crop grown in warm to hot areas throughout the world and especially important to the people of sub-Saharan Africa where the crop was domesticated. To date, relatively little is understood about its domestication origins and patterns...


Huynh, B.Close, T.J.Roberts, P. A.Hu, Z.Wanamaker, S.Lucas, M. R.Chiulele, R.Cisse, N.David, A.Hearne, S.Fatokun, C.A.Diop, N.N.Ehlers, J.D.[Gene pools and the genetic architecture of domesticated cowpea]Gene pools and the genetic architecture of domesticated cowpea

Consensus genetic linkage maps are formed from merging individual linkage maps. They provide powerful tools for genetic analysis and a foundation for marker-assisted breeding, trait mapping, and positional cloning. In 2009, the first cowpea consensus map was developed. It included 928 markers spa...


Diop, N.N.Ehlers, J.D.Wanamaker, S.Muchero, W.Fatokun, C.A.Guojing, L.Roberts, P.A.Close, T.J.Timothy[An improved consensus genetic linkage map of cowpea ( Vigna unguiculata L. Walp. )]An improved consensus genetic linkage map of cowpea ( Vigna unguiculata L. Walp. )

The genomics revolution has enabled rapid advances in genotyping capabilities and construction of high-density genetic linkage maps that enable new plant breeding strategies which have the potential to expedite delivery of improved crop varieties. These breeding strategies utilize mole...


Ehlers, J.D.Diop, N.N.Ousmane, B.Muranaka, S.Wanamaker, S.Issa, D.Muchero, W.Pottorff, M.Cisse, N.Roberts, P.A.Close, T.J.[Modern approaches for cowpea breeding: how highthroughput genotyping and a highdensity map change everything]Modern approaches for cowpea breeding: how highthroughput genotyping and a highdensity map change everything

The genomics revolution has enabled rapid advances in genotyping capabilities and construction of high-density genetic linkage maps that enable new plant breeding strategies which have the potential to expedite delivery of improved crop varieties. These breeding strategies utilize molecular marke...


Ehlers, J.D.Diop, N.N.Ousmane, S.Muranaka, S.Wanamaker, S.Issa, D.Muchero, W.Pottorff, M.Cisse, N.Roberts, P.A.Close, T.J.[Modern approaches for cowpea breeding]Modern approaches for cowpea breeding

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