Standardization of crop yield estimation methods at various levels of farming helps to obtain
accurate agricultural statistics as well as assessing the suitability of agricultural practices …

Genetic variability is essential for maize breeding, being source of determining alleles and
genes that maximize traits of agronomic interest, minimize abiotic and biotic stresses, as …

Anthracnose caused by Colletotrichum graminicola (Ces.) Wils is among the most
aggressive maize diseases worldwide, considerably hindering crop productivity. To …

The current study investigates the performance of various sampling designs in providing
accurate estimates for crucial maize yield traits (intended for silage) including plant height …

This work was aimed at evidencing the agronomic performance and linear and canonical
associations of Quinoa crop grown Rio Grande do Sul state. The trials were carried out in …

Genetic divergence analysis among testers and progenies and the correlation of genetic
distance with combining ability can be an important alternative to select maize progenies …

The objective of this work was to show which traits are influenced by the interaction
genotype x irrigated environment, to reveal trends of linear associations in each …

The implementation of a network of maize trials is an onerous task, so breeding programs
seek to eliminate redundant environments, remaining only contrasting ones. The objective …

The aim of this wok was to evaluate the agronomic performance of three-waycross maize
hybrids grown in different environments, to determine linear associations and to employ …

The use of corn hybrids adapted to the soil and climate conditions of the cultivation region
under adequate optimum plant density is a determining factor for the maximization of grain …