Autor: Eta-Ndu, J.T.
- Combining ability among source populations for tropical midaltitude maize inbreds
- Application of a modified comprehensive breeding system for maize (Zea mays L.) in Cameroon
- Registration of four tropical midaltitude maize germplasm populations
- Registration of 19 second cycle tropical midaltitude maize germplasm lines
- Registration of 18 first cycle tropical midaltitude maize germplasm lines
Autor: Ndioro, M.
- Combining ability among source populations for tropical midaltitude maize inbreds
- Application of a modified comprehensive breeding system for maize (Zea mays L.) in Cameroon
- Registration of four tropical midaltitude maize germplasm populations
- Registration of 19 second cycle tropical midaltitude maize germplasm lines
- Registration of 18 first cycle tropical midaltitude maize germplasm lines
Ejemplares similares: Combining ability among source populations for tropical midaltitude maize inbreds
- Registration of 19 second cycle tropical midaltitude maize germplasm lines
- Registration of four tropical midaltitude maize germplasm populations
- Combining ability of tropical maize germplasm in West Africa. III. Tropical maize inbreds
- Northern leaf blight response of elite maize inbred lines adapted to the midaltitude subhumid tropics
- Grouping of tropical midaltitude maize inbred lines based on yield data and molecular markers
- Analysis of genetic structure and diversity among lowland and midaltitude adapted maize inbred lines with AFLP markers
Ejemplares similares: Application of a modified comprehensive breeding system for maize (Zea mays L.) in Cameroon
- Registration of four tropical midaltitude maize germplasm populations
- Registration of 18 first cycle tropical midaltitude maize germplasm lines
- Registration of 19 second cycle tropical midaltitude maize germplasm lines
- Combining ability among source populations for tropical midaltitude maize inbreds
- Response of maize (Zea mays) to phosphorus application on basaltic soils in Northwestern Cameroon
- Transformation and Regeneration Protocol for Two Farmer Preferred Open Pollinated Tropical Maize (Zea Mays) Varieties