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Author: Fregene, Martin A.

  • Author: Ferguson, Morag E.
  • Author: Mkamilo, G.S.
  • Author: Ceballos, H.
  • Author: Duque, L.
  • Author: Ceballos, Hernán
  • Author: Hyde, Peter T.
  • Author: Kulakow, Peter A.
  • Author: Mutegi, R.
  • Author: Okogbenin, Emmanuel
  • Author: Salazar Erazo, Sandra Milena
  • Author: Adeyemo, O. Sarah
  • Author: Adjebeng-Danquah, J.
  • Author: Alves, A.C.
  • Author: Aparicio Arce, Johan Steven
  • Author: Barinas Rodriguez, Erika Paola
  • Author: Bart, R.S.
  • Author: Bredeson, J.V.
  • Author: Calle, Fernando
  • Author: Chavarriaga Aguirre, Paul
  • Author: Davis, Seth J.
  • Author: Edsinger-Gonzales, E.
  • Author: Egezi, C.
  • Author: Ferguson M
  • Author: Gleadow, R.M.
  • Author: Grimwood, J.
  • Author: Ha, C.M.
  • Author: Jaramillo, J.J.
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    Phenotyping cassava for adaptation to drought
  • Quick Look
    Phenotypic approaches to drought in cassava: review
  • Quick Look
    Identifying the physiological and genetic traits that make cassava one of the most drought tolerant crops
  • Quick Look
    Identifying the physiological and genetic traits that make cassava one of the most drought tolerant crops
  • Quick Look
    Identifying the physiological and genetic traits related to drought tolerance in cassava
  • Quick Look
    Traits related to drought tolerance mechanisms in cassava
  • Quick Look
    Field evaluation of cassava varieties under drought stress in Kenya, Tanzania and Ghana
  • Quick Look
    Drought tolerance mechanisms in cassava
  • Quick Look
    Identifying the physiological and genetic traits related to drought tolerance mechanisms in cassava
  • Quick Look
    Overexpression of Arabidopsis FLOWERING LOCUS T (FT) gene improves floral development in cassava (Manihot esculenta, Crantz)

Author: Alves, A.A.C.

  • Author: Ferguson, Morag E.
  • Author: Mkamilo, G.S.
  • Author: Ceballos, H.
  • Author: Duque, L.
  • Author: Ceballos, Hernán
  • Author: Hyde, Peter T.
  • Author: Kulakow, Peter A.
  • Author: Mutegi, R.
  • Author: Okogbenin, Emmanuel
  • Author: Salazar Erazo, Sandra Milena
  • Author: Adeyemo, O. Sarah
  • Author: Adjebeng-Danquah, J.
  • Author: Alves, A.C.
  • Author: Aparicio Arce, Johan Steven
  • Author: Barinas Rodriguez, Erika Paola
  • Author: Bart, R.S.
  • Author: Bredeson, J.V.
  • Author: Calle, Fernando
  • Author: Chavarriaga Aguirre, Paul
  • Author: Davis, Seth J.
  • Author: Edsinger-Gonzales, E.
  • Author: Egezi, C.
  • Author: Ferguson M
  • Author: Gleadow, R.M.
  • Author: Grimwood, J.
  • Author: Ha, C.M.
  • Author: Jaramillo, J.J.
  • Show items as search results
  • Explore related channels
  • Quick Look
    Response of cassava leaf area expansion to water deficit: Cell proliferation, cell expansion and delayed development
  • Quick Look
    Identifying the physiological and genetic traits that make cassava one of the most drought tolerant crops
  • Quick Look
    Identifying the physiological and genetic traits that make cassava one of the most drought tolerant crops
  • Quick Look
    Identifying the physiological and genetic traits related to drought tolerance in cassava
  • Quick Look
    Traits related to drought tolerance mechanisms in cassava
  • Quick Look
    Field evaluation of cassava varieties under drought stress in Kenya, Tanzania and Ghana
  • Quick Look
    Drought tolerance mechanisms in cassava
  • Quick Look
    Identifying the physiological and genetic traits related to drought tolerance mechanisms in cassava

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