[HTML][HTML] Breeding cowpea for tolerance to temperature extremes and adaptation to drought

AE Hall, AM Ismail, JD Ehlers, KO Marfo, N Cisse… - books.google.com
Cowpea exhibits incomplete emergence when soil temperatures are below 19 oC. Chilling
tolerance at emergence appears to be conferred by a dominant gene encoding a dehydrin …

[PDF][PDF] Breeding cowpea for tolerance to temperature extremes and adaptation to drought

AE Hall, AM Ismail, JD Ehlers, KO Marfo… - … and opportunities for …, 2000 - researchgate.net
Cowpea exhibits incomplete emergence when soil temperatures are below 19 oC. Chilling
tolerance at emergence appears to be conferred by a dominant gene encoding a dehydrin …

[PDF][PDF] Breeding cowpea for tolerance to temperature extremes and adaptation to drought

AE Hall, AM Ismail, JD Ehlers, KO Marfo… - … and opportunities for …, 2000 - biblio.iita.org
Cowpea exhibits incomplete emergence when soil temperatures are below 19 oC. Chilling
tolerance at emergence appears to be conferred by a dominant gene encoding a dehydrin …

[PDF][PDF] Breeding cowpea for tolerance to temperature extremes and adaptation to drought

AE Hall, AM Ismail, JD Ehlers, KO Marfo… - … and opportunities for …, 2000 - cgspace.cgiar.org
Cowpea exhibits incomplete emergence when soil temperatures are below 19 C. Chilling
tolerance at emergence appears to be conferred by a dominant gene encoding a dehydrin …

[PDF][PDF] Breeding cowpea for tolerance to temperature extremes and adaptation to drought

AE Hall, AM Ismail, JD Ehlers, KO Marfo… - … and opportunities for …, 2000 - cgspace.cgiar.org
Cowpea exhibits incomplete emergence when soil temperatures are below 19 C. Chilling
tolerance at emergence appears to be conferred by a dominant gene encoding a dehydrin …