Most soybean varieties used In Kentucky, whether grown full season or double-cropped behind wheat or barley, are from Maturity Groups (MG) IV or V. Some MG III varieties are also grown; however, virtually no MG 1/ or earner varieties are planted. Agronomists and soybean producers in Kentucky· have generally felt that MG IV and V varieties produce the highest yield. Since the driest months in Kentucky are August, September,and October, MG IV and V varieties frequently encounter moisture stress during the important seed fill stage. The use of earlier maturing varieties was initially proposed as a means of getting a major portion of seed fill to occur before the driest part of the growing season, thus getting higher yields in dry years
The aim of this study was to evaluate different management systems to close the yield gap in soybean...
In an effort to increase soybean yield potential, early planting dates have been promoted as a manag...
Double-crop (DC) soybeans (Glycine max L.) are gaining popularity as an alternative system to intens...
Production of early maturing soybean varieties has grown in popularity across the southeastern US in...
Maturity Group (MG) II soybean varieties have performed well in University of Kentucky tests over th...
Drought is a major yield-limiting factor for soybean [Glycine max.] in the southern U.S.A. The ultra...
On-farm research with early maturing soybean varieties in Kentucky in both 1993 and 1994 has indicat...
In 1993, an on-farm study funded. by the Kentucky Soybean Promotion Board showed that the best Matur...
In the Kentucky Soybean Performance Test program, varieties of maturity groups (MG) 3, 4 and 5 are t...
In 1975 approximately 350,000 acres were double-cropped using small grain and soybeans in Kentucky. ...
Maturity group (MG) and plant population are two important agronomic factors for successful double-c...
Today’s high-yielding soybean varieties respond favorably to early planting. Multi-year results from...
Planting date plays a significant role in determining soybean growth, development and seed yield. Th...
Soybean yield differences are a combination of the genotype, environmental conditions, and managemen...
"Missouri's growing season is characterized by excessive moisture in the spring followed by inadequa...
The aim of this study was to evaluate different management systems to close the yield gap in soybean...
In an effort to increase soybean yield potential, early planting dates have been promoted as a manag...
Double-crop (DC) soybeans (Glycine max L.) are gaining popularity as an alternative system to intens...
Production of early maturing soybean varieties has grown in popularity across the southeastern US in...
Maturity Group (MG) II soybean varieties have performed well in University of Kentucky tests over th...
Drought is a major yield-limiting factor for soybean [Glycine max.] in the southern U.S.A. The ultra...
On-farm research with early maturing soybean varieties in Kentucky in both 1993 and 1994 has indicat...
In 1993, an on-farm study funded. by the Kentucky Soybean Promotion Board showed that the best Matur...
In the Kentucky Soybean Performance Test program, varieties of maturity groups (MG) 3, 4 and 5 are t...
In 1975 approximately 350,000 acres were double-cropped using small grain and soybeans in Kentucky. ...
Maturity group (MG) and plant population are two important agronomic factors for successful double-c...
Today’s high-yielding soybean varieties respond favorably to early planting. Multi-year results from...
Planting date plays a significant role in determining soybean growth, development and seed yield. Th...
Soybean yield differences are a combination of the genotype, environmental conditions, and managemen...
"Missouri's growing season is characterized by excessive moisture in the spring followed by inadequa...
The aim of this study was to evaluate different management systems to close the yield gap in soybean...
In an effort to increase soybean yield potential, early planting dates have been promoted as a manag...
Double-crop (DC) soybeans (Glycine max L.) are gaining popularity as an alternative system to intens...