Many Iowa soybean producers have adopted Roundup Ready (RR) technology on their farms in recent years. Reduced weed control costs, greater flexibility in herbicide application timing, and the potential for “cleaner” soybean fields are often cited as reasons for using RR technology; however, questions remain about RR varieties’ response to row width and seeding rate. To address producer questions about RR variety response to row width and seeding rate in south central Iowa, a soybean management study was conducted at the McNay Research Farm in 1999 and 2000. Soils at the McNay Research Farm are typical of the Grundy-Haig soil association
Higher yields of soybeans are possible in North Dakota if current varieties are grown in 12-or 18-i...
This research studied the influence of row spacing on the competitiveness of soybeans with weeds. La...
During the late 90s, research in the northern Corn Belt comparing 15- and 30-inch row corn illustrat...
Many Iowa soybean producers have adopted Roundup Ready (RR) technology on their farms in recent year...
Many Iowa soybean producers have adopted Roundup Ready (RR) technology on their farms in recent year...
Many Iowa soybean producers have adopted Roundup Ready (RR) technology on their farms in recent year...
Growing soybeans in narrow rows compared to 30 in. rows has been shown to improve yields in certain ...
Many Iowa soybean producers have adopted Roundup Ready (RR) technology on their farms in recent year...
Soybean yields in Kentucky have increased steadily in the past 20 years as a result of improved vari...
Producers continue to look at different management practices to increase corn and soybean yields. On...
Farmers in Iowa and other Midwest states introduced soybeans into their cropping systems in the 1940...
Soybeans have traditionally been grown in rows wide enough to allow mechanical cultivation and to in...
There are fundamental management decisions that give the best opportunity to maintain high yield. Un...
Most past research has shown a yield benefit to planting soybeans in rows more narrow than 30-in. Ho...
Planting soybeans in rows narrower than 30 inches can improve yield potential. Most Midwest research...
Higher yields of soybeans are possible in North Dakota if current varieties are grown in 12-or 18-i...
This research studied the influence of row spacing on the competitiveness of soybeans with weeds. La...
During the late 90s, research in the northern Corn Belt comparing 15- and 30-inch row corn illustrat...
Many Iowa soybean producers have adopted Roundup Ready (RR) technology on their farms in recent year...
Many Iowa soybean producers have adopted Roundup Ready (RR) technology on their farms in recent year...
Many Iowa soybean producers have adopted Roundup Ready (RR) technology on their farms in recent year...
Growing soybeans in narrow rows compared to 30 in. rows has been shown to improve yields in certain ...
Many Iowa soybean producers have adopted Roundup Ready (RR) technology on their farms in recent year...
Soybean yields in Kentucky have increased steadily in the past 20 years as a result of improved vari...
Producers continue to look at different management practices to increase corn and soybean yields. On...
Farmers in Iowa and other Midwest states introduced soybeans into their cropping systems in the 1940...
Soybeans have traditionally been grown in rows wide enough to allow mechanical cultivation and to in...
There are fundamental management decisions that give the best opportunity to maintain high yield. Un...
Most past research has shown a yield benefit to planting soybeans in rows more narrow than 30-in. Ho...
Planting soybeans in rows narrower than 30 inches can improve yield potential. Most Midwest research...
Higher yields of soybeans are possible in North Dakota if current varieties are grown in 12-or 18-i...
This research studied the influence of row spacing on the competitiveness of soybeans with weeds. La...
During the late 90s, research in the northern Corn Belt comparing 15- and 30-inch row corn illustrat...