A national quality protein maize program was initiated to develop, identify and release high yield potential quality protein maize hybrids and varieties adapted to different regions. Three-way crosses were predicted, based on 10 quality protein maize inbred lines diallel, which were evaluated at five Mexican locations during 1997. The predicted three-way crosses performance were evaluated at 11 tropical and subtropical Mexican locations during 1999. The superior group of predicted three-way crosses showed a good performance in almost all locations. They were competitive in grain yield with quality protein maize single crosses and normal commercial hybrids. The three-way quality protein maize hybrids with the best adaptation across locations...
Twenty maizelines were crossed with six inbreds used as testers, with theobjective of examining thei...
Twenty maizelines were crossed with six inbreds used as testers, with theobjective of examining thei...
In Mexico the demand for maize grain for human consumption and livestock is around 38 million tons; ...
A partir de 1998 se inició un programa nacional de maíz con el fin de desarrollar, identificar y lib...
Adaptability of three-way hybrids of corn and their parental lines to the tropical region of South-E...
Yellow grain hybrids of high quality protein can provide a comparative advantage because carotenes f...
Adaptability of three-way hybrids of corn and their parental lines to the tropical region of South-E...
Genotype by environment interactions may modify the responseof a given cultivar acrossseveral enviro...
During Spring .Summer season in 2001 experiments of normal and highquality protein maize were conduc...
In the humid tropics of Mexico, improved maize (Zea mays L.) varieties with favorable agronomic char...
The Highlands of Central Mexico is a very important region for the production of maize (Zea mays L.)...
The present investigation work with the objective of evaluating the adaptation of hybrid Tropical of...
The objective of this work was determine the adaptation of experimental maize hybrids in Costa Rica....
Genotype by environment interactions are extremely important when evaluating cultivars developed for...
Energy is maize´s biggest contribution for humans and animals. Scientist have been trying to increas...
Twenty maizelines were crossed with six inbreds used as testers, with theobjective of examining thei...
Twenty maizelines were crossed with six inbreds used as testers, with theobjective of examining thei...
In Mexico the demand for maize grain for human consumption and livestock is around 38 million tons; ...
A partir de 1998 se inició un programa nacional de maíz con el fin de desarrollar, identificar y lib...
Adaptability of three-way hybrids of corn and their parental lines to the tropical region of South-E...
Yellow grain hybrids of high quality protein can provide a comparative advantage because carotenes f...
Adaptability of three-way hybrids of corn and their parental lines to the tropical region of South-E...
Genotype by environment interactions may modify the responseof a given cultivar acrossseveral enviro...
During Spring .Summer season in 2001 experiments of normal and highquality protein maize were conduc...
In the humid tropics of Mexico, improved maize (Zea mays L.) varieties with favorable agronomic char...
The Highlands of Central Mexico is a very important region for the production of maize (Zea mays L.)...
The present investigation work with the objective of evaluating the adaptation of hybrid Tropical of...
The objective of this work was determine the adaptation of experimental maize hybrids in Costa Rica....
Genotype by environment interactions are extremely important when evaluating cultivars developed for...
Energy is maize´s biggest contribution for humans and animals. Scientist have been trying to increas...
Twenty maizelines were crossed with six inbreds used as testers, with theobjective of examining thei...
Twenty maizelines were crossed with six inbreds used as testers, with theobjective of examining thei...
In Mexico the demand for maize grain for human consumption and livestock is around 38 million tons; ...