Striga hermonthica control strategy through maize variety resistance/tolerance in Western Kenya
Odongo, O.M.
Striga hermonthica control strategy through maize variety resistance/tolerance in Western Kenya - Addis Ababa (Ethiopia) CIMMYT|EARO : 1999 - p. 161-163 - Printed
Sources of resistance for Striga hermonthica in maize is being sought through evaluation of local and introduced germplasm as well as molecular marker assisted back crossing of adapted maize germplasm to teosinte, its wild relative. Three sets of trials have been carried out since 1995. The initial work started with evaluation of local maize germplasm aimed at identifying sources of resistance to Striga. This was followed by evaluation of maize varieties reported by IITA, Nigeria, to be Striga tolerant or resistant in West Africa. The third effort is based on biotechnology concept. The teosinte x maize backcrosses were evaluated to identify resistant lines that will be sources of resistance through molecular marker backcrossing with adapted elite lines from western Kenya. The work done has identified two local open pollinated varieties and two hybrids from IITA Nigeria as promising maize varieties for Striga infested areas. The preliminary results from the molecular marker assisted backcrossing suggest presence of sources of resistance in a few lines derived from teosinte x maize backcrossing.
English
92-9146-065-6
Euchlaena mexicana
Kenya
Maize
Parasitic plants
Striga hermonthica
Temperature resistance
Weed control
Weeds
Zea mays
Hybrids
CIMMYT
Striga hermonthica control strategy through maize variety resistance/tolerance in Western Kenya - Addis Ababa (Ethiopia) CIMMYT|EARO : 1999 - p. 161-163 - Printed
Sources of resistance for Striga hermonthica in maize is being sought through evaluation of local and introduced germplasm as well as molecular marker assisted back crossing of adapted maize germplasm to teosinte, its wild relative. Three sets of trials have been carried out since 1995. The initial work started with evaluation of local maize germplasm aimed at identifying sources of resistance to Striga. This was followed by evaluation of maize varieties reported by IITA, Nigeria, to be Striga tolerant or resistant in West Africa. The third effort is based on biotechnology concept. The teosinte x maize backcrosses were evaluated to identify resistant lines that will be sources of resistance through molecular marker backcrossing with adapted elite lines from western Kenya. The work done has identified two local open pollinated varieties and two hybrids from IITA Nigeria as promising maize varieties for Striga infested areas. The preliminary results from the molecular marker assisted backcrossing suggest presence of sources of resistance in a few lines derived from teosinte x maize backcrossing.
English
92-9146-065-6
Euchlaena mexicana
Kenya
Maize
Parasitic plants
Striga hermonthica
Temperature resistance
Weed control
Weeds
Zea mays
Hybrids
CIMMYT