The maize population 'Elite Synthetic NT' has been selected with the objective of improvement its yield potential in soils with low nitrogen (N) availability. During the 1994/95 season, 144 half-sib families showing good male-female flowering synchrony were evaluated with and without N fertilizer at Sete Lagoas, MG. The experimental design utilized was a 12 x 12 lattice, with 5 m plots. The open-pollinated variety 'BR 106', selected in soils with high fertility, was used as a between block check. Mean ear weight for the selected families in N+ and N-environmental averaged 4,511 kg/ha and 3,327 kg/ha, respectively. Yield reduction between environmental averaged 27.14% for the selected families and 65.8% for BR 106. The results indicate that ...
Low soil nitrogen (N) and sub-optimal N fertilizer applications result in poor grain yield (GY) in m...
ABSTRACT- The purpose of this study was to evaluate the nitrogen-use efficiency of 15 corn hybrids i...
Low-N maize variety is developed for its ability to tolerate low nitrogen soil environment. This exp...
The maize population 'Elite Synthetic NT' has been selected with the objective of improvement its yi...
Improving maize productivity in the savannas of West Africa will depend on improving soil fertility ...
The moist savannas of West and Central Africa have great potential for maize grain production due to...
The objective of this work was to evaluate the maize (Zea mays L.), Elite Synthetic NT, selected in ...
Nitrogen stress is a major nutrient constraint to maize productivity in the Northern Guinea savanna ...
The development of adapted cultivars to nitrogen stress conditions is shown as an ecologically susta...
Nitrogen (N) deficiency is a common feature in all maize growing ecologies of West and Central Afric...
Low soil nitrogen limits maize (Zea mays L.) production in the West and Central African subregion. L...
Modern agriculture has posed a great impact upon natural resources in terms of exploitation and thei...
Poor soil fertility, especially with low levels of nitrogen (N), is a major constraint to productivi...
Increase in maize grain yield in West Africa can be achieved by developing maize varieties tolerant ...
Low soil nitrogen is one of the principal abiotic stresses affecting maize productivity in Sub-sahar...
Low soil nitrogen (N) and sub-optimal N fertilizer applications result in poor grain yield (GY) in m...
ABSTRACT- The purpose of this study was to evaluate the nitrogen-use efficiency of 15 corn hybrids i...
Low-N maize variety is developed for its ability to tolerate low nitrogen soil environment. This exp...
The maize population 'Elite Synthetic NT' has been selected with the objective of improvement its yi...
Improving maize productivity in the savannas of West Africa will depend on improving soil fertility ...
The moist savannas of West and Central Africa have great potential for maize grain production due to...
The objective of this work was to evaluate the maize (Zea mays L.), Elite Synthetic NT, selected in ...
Nitrogen stress is a major nutrient constraint to maize productivity in the Northern Guinea savanna ...
The development of adapted cultivars to nitrogen stress conditions is shown as an ecologically susta...
Nitrogen (N) deficiency is a common feature in all maize growing ecologies of West and Central Afric...
Low soil nitrogen limits maize (Zea mays L.) production in the West and Central African subregion. L...
Modern agriculture has posed a great impact upon natural resources in terms of exploitation and thei...
Poor soil fertility, especially with low levels of nitrogen (N), is a major constraint to productivi...
Increase in maize grain yield in West Africa can be achieved by developing maize varieties tolerant ...
Low soil nitrogen is one of the principal abiotic stresses affecting maize productivity in Sub-sahar...
Low soil nitrogen (N) and sub-optimal N fertilizer applications result in poor grain yield (GY) in m...
ABSTRACT- The purpose of this study was to evaluate the nitrogen-use efficiency of 15 corn hybrids i...
Low-N maize variety is developed for its ability to tolerate low nitrogen soil environment. This exp...