Crop performance test (CPT) is a common practice to evaluate yield performance and adaptability of each cultivar. In this study, we combined 16 years of soybean CPT data, which included six representative locations, three major maturity groups, and over 1000 cultivars, to determine some patterns associated with yield production. As expected, the repeatability for these cultivars in trial over years was very low. Thus, the data processing in this study was focused on descriptive statistics regarding time, location, and seed supplier and several linear model analyses. The results will be presented during the conference
Since 2009, the University of Vermont Extension has conducted soybean variety trials to provide yiel...
Soybean yield differences are a combination of the genotype, environmental conditions, and managemen...
Soybean yield differences are a combination of the genotype, environmental conditions, and managemen...
Crop yield is complex trait which is influenced by many factors such as environment conditions, geno...
Successful soybean production is greatly affected by variety selection for a given growing area. Thi...
Successful soybean production is greatly affected by variety selection. This publication reports the...
Genotype-environment interaction has always been an important and challenging issue for plant breede...
Successful soybean production is greatly affected by variety selection for a given growing area. Thi...
This report features the available soybean variety trial data from 2003-2017. Crop performance testi...
Since 1960 major changes in management practices (row spacing, fertilization, new varieties, herbici...
In 2018, the University of Vermont Extension Northwest Crops and Soils Program investigated the impa...
Many soybean varieties are available to, soybean producers in Kentucky each year. Information is ava...
Many soybean varieties are available to, soybean producers in Kentucky each year. Information is ava...
Soybean genetics are changing yearly with improved yield and/or resistance capabilities. Additionall...
Soybean yield differences are a combination of the genotype, environmental conditions, and managemen...
Since 2009, the University of Vermont Extension has conducted soybean variety trials to provide yiel...
Soybean yield differences are a combination of the genotype, environmental conditions, and managemen...
Soybean yield differences are a combination of the genotype, environmental conditions, and managemen...
Crop yield is complex trait which is influenced by many factors such as environment conditions, geno...
Successful soybean production is greatly affected by variety selection for a given growing area. Thi...
Successful soybean production is greatly affected by variety selection. This publication reports the...
Genotype-environment interaction has always been an important and challenging issue for plant breede...
Successful soybean production is greatly affected by variety selection for a given growing area. Thi...
This report features the available soybean variety trial data from 2003-2017. Crop performance testi...
Since 1960 major changes in management practices (row spacing, fertilization, new varieties, herbici...
In 2018, the University of Vermont Extension Northwest Crops and Soils Program investigated the impa...
Many soybean varieties are available to, soybean producers in Kentucky each year. Information is ava...
Many soybean varieties are available to, soybean producers in Kentucky each year. Information is ava...
Soybean genetics are changing yearly with improved yield and/or resistance capabilities. Additionall...
Soybean yield differences are a combination of the genotype, environmental conditions, and managemen...
Since 2009, the University of Vermont Extension has conducted soybean variety trials to provide yiel...
Soybean yield differences are a combination of the genotype, environmental conditions, and managemen...
Soybean yield differences are a combination of the genotype, environmental conditions, and managemen...