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Although numerous studies of diversity have been conducted in cassava, there is no comprehensive assessment of global genetic diversity. Here we draw on previous studies and breeders’ knowledge to select diversity sets from the International Institute of Tropical Agriculture (IITA) and the Intern...


Ferguson, Morag E.Shah, TrusharKulakow, PeterCeballos, Hernan[A global overview of cassava genetic diversity]A global overview of cassava genetic diversity
Ferguson, Morag E.Dumet, D.Hurtado, PDuque E., Myriam CristinaMkumbira, J.Fregene, Martin A.[Cassava reference set selection and preparation for association mapping]Cassava reference set selection and preparation for association mapping

Alves, A.A.C.Setter, TLFregene, Martin A.Ferguson, Morag E.Duque, L.Mutegi, RMkamilo, G.S.[Traits related to drought tolerance mechanisms in cassava]Traits related to drought tolerance mechanisms in cassava

Mutegi, RFerguson, Morag E.Maass, Brigitte L.Tiessen, H.Mkamilo, G.S.Kamau, JAdjebeng-Danquah, JAlves, A.A.C.Setter, TLFregene, Martin A.[Field evaluation of cassava varieties under drought stress in Kenya, Tanzania and Ghana]Field evaluation of cassava varieties under drought stress in Kenya, Tanzania and Ghana

Breeding in the CGIAR Research Program on Roots, Tubers and Bananas (RTB) targets highly diverse biotic and abiotic constraints, whilst meeting complex end-user quality preferences to improve livelihoods of beneficiaries in developing countries. Achieving breeding targets and increasing the rate ...


Friedmann, MichaelAsfaw, AsratAnglin, Noelle L.Becerra López Lavelle, Luis AugustoBhattacharjee, RanjanaBrown, AllanCarey, EdwardFerguson, Morag E.Gemenet, DorcusLindqvist-Kreuze, HaneleRabbi, Ismail Y.Rouard, MathieuSwennen, RonyThiele, Graham[Genomics-Assisted Breeding in the CGIAR Research Program on Roots, Tubers and Bananas (RTB)]Genomics-Assisted Breeding in the CGIAR Research Program on Roots, Tubers and Bananas (RTB)
Kullaya, A.Mtunda, KMasumba, EAKulembeka, H.P.Ferguson, Morag E.Ospina, C.Hurtado López, PXGutiérrez A., Janeth PatriciaBarrera Sabogal, EMarín, J.A.Castro, C.Morillo, AAlzate Gutiérrez, A.M.Morante, NCeballos, H.Tohme, Joseph M.Fregene, Martin A.[Molecular marker-assisted selection (MAS) for improvement of local cassava germplasm in Tanzania for pest and disease resistance]Molecular marker-assisted selection (MAS) for improvement of local cassava germplasm in Tanzania for pest and disease resistance
Hurtado López, PXMarín, J.A.Ospina, C.Buitrago, C.Castelblanco, WHCorrea, A.M.Barrera, E.Gutiérrez A., Janeth PatriciaSantos Meléndez, Luis GuillermoVicente, M.C. deHearne, SFerguson, Morag E.Alves, A.Ferreira, CFregene, Martin A.[An assessment of the diversity in global cassava (Manihot esculenta Crantz) genetic resources based on simple sequence repeat (SSR) markers]An assessment of the diversity in global cassava (Manihot esculenta Crantz) genetic resources based on simple sequence repeat (SSR) markers
Alves, A.A.C.Fregene, Martin A.Ceballos, H.Setter, TLDuque, L.Silva, AFFerguson, Morag E.Mkamilo, G.S.Osei, C[Identifying the physiological and genetic traits related to drought tolerance in cassava]Identifying the physiological and genetic traits related to drought tolerance in cassava
Fregene, Martin A.Kullaya, AKMtunda, KKulembeka, H.P.Masumba, EAFerguson, Morag E.Ospina, C.Marín, J.A.Santos Meléndez, Luis GuillermoBarrera, E.Morante, NTohme, Joseph M.Ceballos, H.[Molecular marker-assisted selection for starchy staples]Molecular marker-assisted selection for starchy staples

Inbreeding of predominantly cross-pollinating crops is expected to result in the generation of progeny with reduced fitness and/or progeny with improved phenotypes. However, this effect is not well documented in cassava (Manihot esculenta Crantz). In this study, S1 progeny from six cassava genoty...


Kawuki, Robert S.Nuwamanya, E.Labuschagne, M.T.Herselman, L.Ferguson, Morag E.[Segregation of selected agronomic traits in six S1 cassava families]Segregation of selected agronomic traits in six S1 cassava families

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