The Highlands of Central Mexico is a very important region for the production of maize (Zea mays L.) and specifically for breeding and technology for the generation of agricultural area. In this study were evaluated in demonstration and validation 17 maize hybrids in 17 environments in this region plots to identify outstanding genetic material considering its performance mainly grain, plant and ear heights and the growing cycle of the cultivars. The main results showed that the 17 hybrid material could be classified as intermediate cycle based on male blooms (87 to 97 days) and female (89.4 to 99 days). The variable most affected by the heterogeneity among the 17 environments from central Mexico was the grain yield (RG), which ranged from 2...
Agronomic performance of corn hybrids in two municipalities of Veracruz, Mexico. Corn productivity u...
The Comarca Lagunera region is the most important area of maize forage in México. In this region; w...
In this paper five trilinear maize hybrids (H-53 AE1, AE2 H-53, H-47 AER1, Aer2 H-47, H-48 AE1) were...
In Mexico, the application of the selection and hybridization have generated increased production of...
In order to improve grain yield (GY) maize varieties and hybrids could be identified with stable gra...
The objective of this study was to evaluate the productivity of maize hybrids developed for The High...
The development of maizegenotypes (Zea maysL.) for forage production in rainfed conditions is incipi...
In the High Valleys of Mexico maize is produced with varied yield and quality which sometimes do not...
Genotype by environment interactions may modify the responseof a given cultivar acrossseveral enviro...
Genotype by environment interactions are extremely important when evaluating cultivars developed for...
The objective of this study was to evaluate the agronomic performance of maize hybrids in three diff...
The best elite hybrids were selected from the project. The following objective is to validate their ...
In Mexico the demand for maize grain for human consumption and livestock is around 38 million tons; ...
The aim of this study was to determine the effect of population density and production site on the m...
The objective of this study was to increase the productivity of maize in High Valleys of Mexico, at ...
Agronomic performance of corn hybrids in two municipalities of Veracruz, Mexico. Corn productivity u...
The Comarca Lagunera region is the most important area of maize forage in México. In this region; w...
In this paper five trilinear maize hybrids (H-53 AE1, AE2 H-53, H-47 AER1, Aer2 H-47, H-48 AE1) were...
In Mexico, the application of the selection and hybridization have generated increased production of...
In order to improve grain yield (GY) maize varieties and hybrids could be identified with stable gra...
The objective of this study was to evaluate the productivity of maize hybrids developed for The High...
The development of maizegenotypes (Zea maysL.) for forage production in rainfed conditions is incipi...
In the High Valleys of Mexico maize is produced with varied yield and quality which sometimes do not...
Genotype by environment interactions may modify the responseof a given cultivar acrossseveral enviro...
Genotype by environment interactions are extremely important when evaluating cultivars developed for...
The objective of this study was to evaluate the agronomic performance of maize hybrids in three diff...
The best elite hybrids were selected from the project. The following objective is to validate their ...
In Mexico the demand for maize grain for human consumption and livestock is around 38 million tons; ...
The aim of this study was to determine the effect of population density and production site on the m...
The objective of this study was to increase the productivity of maize in High Valleys of Mexico, at ...
Agronomic performance of corn hybrids in two municipalities of Veracruz, Mexico. Corn productivity u...
The Comarca Lagunera region is the most important area of maize forage in México. In this region; w...
In this paper five trilinear maize hybrids (H-53 AE1, AE2 H-53, H-47 AER1, Aer2 H-47, H-48 AE1) were...