Corn hybrid genetics change yearly to increase productivity. More and more frequently corn hybrids come as a double or triple stack, and in the near future, quad and 8-stack hybrids will be on the market. There is the question as to whether these traits perform as well as the parent seed and even whether the multiple traits are needed within the same hybrid. This trial will start to look at genetic isoline performance
As part of the corn improvement program at the Nebraska Experiment Station, the variety Krug has und...
Seven experiments were conducted at seven contrasting environments in Guatemala to determine the rel...
This study was initiated to quantify the agronomic performance penalties resulting from use of secon...
Corn hybrid genetics change yearly to increase productivity. The newer hybrids appear to possess pla...
Corn hybrid genetics change yearly to increase productivity. The newer hybrids appear to possess pla...
Corn hybrid genetics change yearly to increase productivity. The newer hybrids appear to possess pla...
Every year new hybrids are available in the market and, recently, new trait packages are available. ...
Germplasm resources are the breeding materials used in corn breeding. Recurrent selection methods ar...
Information on performance of experimental corn hybrids and their parental inhreds is of importance ...
In 1996, genetically modified corn was commercially available for the first time. Since then, seed t...
One of the most important management decisions a corn grower makes each year is the selection of cor...
The evaluation of the genetic gain or response from selection in the different stages of hybrid deve...
Performance of corn (Zea mays L.) breeding programs is based on germplasm selection of breeding popu...
For the hybrid seed corn industry, corn breeding and research in the public sector ideally would ser...
Producers continually question whether they should be increasing corn plant populations based on pla...
As part of the corn improvement program at the Nebraska Experiment Station, the variety Krug has und...
Seven experiments were conducted at seven contrasting environments in Guatemala to determine the rel...
This study was initiated to quantify the agronomic performance penalties resulting from use of secon...
Corn hybrid genetics change yearly to increase productivity. The newer hybrids appear to possess pla...
Corn hybrid genetics change yearly to increase productivity. The newer hybrids appear to possess pla...
Corn hybrid genetics change yearly to increase productivity. The newer hybrids appear to possess pla...
Every year new hybrids are available in the market and, recently, new trait packages are available. ...
Germplasm resources are the breeding materials used in corn breeding. Recurrent selection methods ar...
Information on performance of experimental corn hybrids and their parental inhreds is of importance ...
In 1996, genetically modified corn was commercially available for the first time. Since then, seed t...
One of the most important management decisions a corn grower makes each year is the selection of cor...
The evaluation of the genetic gain or response from selection in the different stages of hybrid deve...
Performance of corn (Zea mays L.) breeding programs is based on germplasm selection of breeding popu...
For the hybrid seed corn industry, corn breeding and research in the public sector ideally would ser...
Producers continually question whether they should be increasing corn plant populations based on pla...
As part of the corn improvement program at the Nebraska Experiment Station, the variety Krug has und...
Seven experiments were conducted at seven contrasting environments in Guatemala to determine the rel...
This study was initiated to quantify the agronomic performance penalties resulting from use of secon...