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Research by Iowa State University has examined the effects of 20-inch and 30-inch row spacing on corn yields and found that it varied from location to location and from year to year. Row spacing when planting soybean is a management decision that is a priority when looking to achieve high-yielding soybean. Row spacing for both corn and soybean is an important decision to make for any crop producer and can lead to high yielding crops. [Extracted from the article]

Research by Iowa State University has examined the effects of 20-inch and 30-inch row spacing on corn yields and found that it varied from location to location and from year to year. Row spacing when planting soybean is a management decision that is a priority when looking to achieve high-yielding soybean. Row spacing for both corn and soybean is an important decision to make for any crop producer and can lead to high yielding crops. [Extracted from the article]

Row spacing for both corn and soybean is an important decision to make for any crop producer and can lead to high yielding crops. Research by Iowa State University has examined the effects of 20-inch and 30-inch row spacing on corn yields and found that it varied from location to location and from year to year. Row spacing when planting soybean is a management decision that is a priority when looking to achieve high-yielding soybean. [Extracted from the article]

Row spacing for both corn and soybean is an important decision to make for any crop producer and can lead to high yielding crops. Research by Iowa State University has examined the effects of 20-inch and 30-inch row spacing on corn yields and found that it varied from location to location and from year to year. Row spacing when planting soybean is a management decision that is a priority when looking to achieve high-yielding soybean. [Extracted from the article]

Row spacing when planting soybean is a management decision that is a priority when looking to achieve high-yielding soybean. Research by Iowa State University has examined the effects of 20-inch and 30-inch row spacing on corn yields and found that it varied from location to location and from year to year. Row spacing for both corn and soybean is an important decision to make for any crop producer and can lead to high yielding crops. [Extracted from the article]

Row spacing when planting soybean is a management decision that is a priority when looking to achieve high-yielding soybean. Row spacing for both corn and soybean is an important decision to make for any crop producer and can lead to high yielding crops. Research by Iowa State University has examined the effects of 20-inch and 30-inch row spacing on corn yields and found that it varied from location to location and from year to year. [Extracted from the article]

Hybrid selection can reduce the severity or occurrence of greensnap when hybrids have been characterized, or past hybrid knowledge can be accounted for. Yield and yield consistency. b High-yield hybrids have the potential to have high yields every year, while low-yielding hybrids rarely have the potential to be high-yielding. Evaluate hybrids yearly for yield potential since hybrids are typically only on the market for two or three years. [Extracted from the article]

Hybrid selection can reduce the severity or occurrence of greensnap when hybrids have been characterized, or past hybrid knowledge can be accounted for. Evaluate hybrids yearly for yield potential since hybrids are typically only on the market for two or three years. Yield and yield consistency. b High-yield hybrids have the potential to have high yields every year, while low-yielding hybrids rarely have the potential to be high-yielding. [Extracted from the article]

Hybrid selection can reduce the severity or occurrence of greensnap when hybrids have been characterized, or past hybrid knowledge can be accounted for. Evaluate hybrids yearly for yield potential since hybrids are typically only on the market for two or three years. Yield and yield consistency. b High-yield hybrids have the potential to have high yields every year, while low-yielding hybrids rarely have the potential to be high-yielding. [Extracted from the article]

Evaluate hybrids yearly for yield potential since hybrids are typically only on the market for two or three years. Yield and yield consistency. b High-yield hybrids have the potential to have high yields every year, while low-yielding hybrids rarely have the potential to be high-yielding. Hybrid selection can reduce the severity or occurrence of greensnap when hybrids have been characterized, or past hybrid knowledge can be accounted for. [Extracted from the article]

Evaluate hybrids yearly for yield potential since hybrids are typically only on the market for two or three years. Yield and yield consistency. b High-yield hybrids have the potential to have high yields every year, while low-yielding hybrids rarely have the potential to be high-yielding. Hybrid selection can reduce the severity or occurrence of greensnap when hybrids have been characterized, or past hybrid knowledge can be accounted for. [Extracted from the article]

Yield and yield consistency. b High-yield hybrids have the potential to have high yields every year, while low-yielding hybrids rarely have the potential to be high-yielding. Evaluate hybrids yearly for yield potential since hybrids are typically only on the market for two or three years. Hybrid selection can reduce the severity or occurrence of greensnap when hybrids have been characterized, or past hybrid knowledge can be accounted for. [Extracted from the article]

Like emergence uniformity, plant to plant spacing is more problematic for corn than soybean. Checking stand establishment involves three key steps: (1) plant population, (2) emergence uniformity, and (3) plant spacing. Both emergence uniformity and plant to plant spacing can be indicators of planter performance but also an indicator of seedling emergence issues. [Extracted from the article]

Checking stand establishment involves three key steps: (1) plant population, (2) emergence uniformity, and (3) plant spacing. Both emergence uniformity and plant to plant spacing can be indicators of planter performance but also an indicator of seedling emergence issues. Like emergence uniformity, plant to plant spacing is more problematic for corn than soybean. [Extracted from the article]

Both emergence uniformity and plant to plant spacing can be indicators of planter performance but also an indicator of seedling emergence issues. Like emergence uniformity, plant to plant spacing is more problematic for corn than soybean. Checking stand establishment involves three key steps: (1) plant population, (2) emergence uniformity, and (3) plant spacing. [Extracted from the article]

Both emergence uniformity and plant to plant spacing can be indicators of planter performance but also an indicator of seedling emergence issues. Checking stand establishment involves three key steps: (1) plant population, (2) emergence uniformity, and (3) plant spacing. Like emergence uniformity, plant to plant spacing is more problematic for corn than soybean. [Extracted from the article]

Like emergence uniformity, plant to plant spacing is more problematic for corn than soybean. Both emergence uniformity and plant to plant spacing can be indicators of planter performance but also an indicator of seedling emergence issues. Checking stand establishment involves three key steps: (1) plant population, (2) emergence uniformity, and (3) plant spacing. [Extracted from the article]

Both emergence uniformity and plant to plant spacing can be indicators of planter performance but also an indicator of seedling emergence issues. Checking stand establishment involves three key steps: (1) plant population, (2) emergence uniformity, and (3) plant spacing. Like emergence uniformity, plant to plant spacing is more problematic for corn than soybean. [Extracted from the article]

Farmers in Iowa have been experimenting with very early soybean planting dates, from late March to mid-April. The data suggests - more so for corn than soybeans - that early planting also reduces the risk of yield penalties for late planting. [Extracted from the article]

Farmers in Iowa have been experimenting with very early soybean planting dates, from late March to mid-April. The data suggests - more so for corn than soybeans - that early planting also reduces the risk of yield penalties for late planting. [Extracted from the article]

Farmers in Iowa have been experimenting with very early soybean planting dates, from late March to mid-April. The data suggests - more so for corn than soybeans - that early planting also reduces the risk of yield penalties for late planting. [Extracted from the article]

Farmers in Iowa have been experimenting with very early soybean planting dates, from late March to mid-April. The data suggests - more so for corn than soybeans - that early planting also reduces the risk of yield penalties for late planting. [Extracted from the article]

Farmers in Iowa have been experimenting with very early soybean planting dates, from late March to mid-April. The data suggests - more so for corn than soybeans - that early planting also reduces the risk of yield penalties for late planting. [Extracted from the article]

Farmers in Iowa have been experimenting with very early soybean planting dates, from late March to mid-April. The data suggests - more so for corn than soybeans - that early planting also reduces the risk of yield penalties for late planting. [Extracted from the article]

March into early April has been warm enough and dry enough to the point that soil conditions are good for planting. Once the seed begins to germinate, a significant change in soil temperature can cause problems for mesocotyl growth such as reduced vigor, leafing out underground, corkscrewing, or in severe cases seed and seedling death. In addition to the effects of early planting on seed development and growth, early planting also exposes seeds and seedlings to increased potential for frost. [Extracted from the article]

March into early April has been warm enough and dry enough to the point that soil conditions are good for planting. Once the seed begins to germinate, a significant change in soil temperature can cause problems for mesocotyl growth such as reduced vigor, leafing out underground, corkscrewing, or in severe cases seed and seedling death. In addition to the effects of early planting on seed development and growth, early planting also exposes seeds and seedlings to increased potential for frost. [Extracted from the article]

March into early April has been warm enough and dry enough to the point that soil conditions are good for planting. Once the seed begins to germinate, a significant change in soil temperature can cause problems for mesocotyl growth such as reduced vigor, leafing out underground, corkscrewing, or in severe cases seed and seedling death. In addition to the effects of early planting on seed development and growth, early planting also exposes seeds and seedlings to increased potential for frost. [Extracted from the article]

March into early April has been warm enough and dry enough to the point that soil conditions are good for planting. Once the seed begins to germinate, a significant change in soil temperature can cause problems for mesocotyl growth such as reduced vigor, leafing out underground, corkscrewing, or in severe cases seed and seedling death. In addition to the effects of early planting on seed development and growth, early planting also exposes seeds and seedlings to increased potential for frost. [Extracted from the article]

March into early April has been warm enough and dry enough to the point that soil conditions are good for planting. Once the seed begins to germinate, a significant change in soil temperature can cause problems for mesocotyl growth such as reduced vigor, leafing out underground, corkscrewing, or in severe cases seed and seedling death. In addition to the effects of early planting on seed development and growth, early planting also exposes seeds and seedlings to increased potential for frost. [Extracted from the article]

March into early April has been warm enough and dry enough to the point that soil conditions are good for planting. Once the seed begins to germinate, a significant change in soil temperature can cause problems for mesocotyl growth such as reduced vigor, leafing out underground, corkscrewing, or in severe cases seed and seedling death. In addition to the effects of early planting on seed development and growth, early planting also exposes seeds and seedlings to increased potential for frost. [Extracted from the article]

The weather from March into early April was warm enough and dry enough to the point that soil conditions were good for planting in many areas of Iowa. Problems for corn in cold soils Corn planted into cold soils usually runs into several problems. [Extracted from the article]

The weather from March into early April was warm enough and dry enough to the point that soil conditions were good for planting in many areas of Iowa. Problems for corn in cold soils Corn planted into cold soils usually runs into several problems. [Extracted from the article]

The weather from March into early April was warm enough and dry enough to the point that soil conditions were good for planting in many areas of Iowa. Problems for corn in cold soils Corn planted into cold soils usually runs into several problems. [Extracted from the article]

The weather from March into early April was warm enough and dry enough to the point that soil conditions were good for planting in many areas of Iowa. Problems for corn in cold soils Corn planted into cold soils usually runs into several problems. [Extracted from the article]

The weather from March into early April was warm enough and dry enough to the point that soil conditions were good for planting in many areas of Iowa. Problems for corn in cold soils Corn planted into cold soils usually runs into several problems. [Extracted from the article]

The weather from March into early April was warm enough and dry enough to the point that soil conditions were good for planting in many areas of Iowa. Problems for corn in cold soils Corn planted into cold soils usually runs into several problems. [Extracted from the article]

What's more sensitive to planting date, corn or soybeans? Early in the planting season, soybeans can be more sensitive to early planting dates because soybeans are not as cold tolerant as corn, and soybeans are more susceptible to seedling diseases. On-farm and research farm trials that have looked at early soybean planting (typical April 20 to May 1) do not consistently result in higher grain yields compared to planting dates in early to mid-May. [Extracted from the article]

What's more sensitive to planting date, corn or soybeans? Early in the planting season, soybeans can be more sensitive to early planting dates because soybeans are not as cold tolerant as corn, and soybeans are more susceptible to seedling diseases. On-farm and research farm trials that have looked at early soybean planting (typical April 20 to May 1) do not consistently result in higher grain yields compared to planting dates in early to mid-May. [Extracted from the article]

What's more sensitive to planting date, corn or soybeans? Early in the planting season, soybeans can be more sensitive to early planting dates because soybeans are not as cold tolerant as corn, and soybeans are more susceptible to seedling diseases. On-farm and research farm trials that have looked at early soybean planting (typical April 20 to May 1) do not consistently result in higher grain yields compared to planting dates in early to mid-May. [Extracted from the article]

What's more sensitive to planting date, corn or soybeans? Early in the planting season, soybeans can be more sensitive to early planting dates because soybeans are not as cold tolerant as corn, and soybeans are more susceptible to seedling diseases. On-farm and research farm trials that have looked at early soybean planting (typical April 20 to May 1) do not consistently result in higher grain yields compared to planting dates in early to mid-May. [Extracted from the article]

What's more sensitive to planting date, corn or soybeans? Early in the planting season, soybeans can be more sensitive to early planting dates because soybeans are not as cold tolerant as corn, and soybeans are more susceptible to seedling diseases. On-farm and research farm trials that have looked at early soybean planting (typical April 20 to May 1) do not consistently result in higher grain yields compared to planting dates in early to mid-May. [Extracted from the article]

What's more sensitive to planting date, corn or soybeans? Early in the planting season, soybeans can be more sensitive to early planting dates because soybeans are not as cold tolerant as corn, and soybeans are more susceptible to seedling diseases. On-farm and research farm trials that have looked at early soybean planting (typical April 20 to May 1) do not consistently result in higher grain yields compared to planting dates in early to mid-May. [Extracted from the article]

Highlights from the article: For many Iowa farmers, this spring's rain and flooding has brought them to a decision point about crop insurance. The two viable alternatives for farmers filing prevented planting claims are to plant alternative summer forage crops or plant traditional cover crops. Under these rules, no grain crop can be harvested in 2019, and forage crops cannot be harvested or grazed until after Nov. 1 without a reduction in the prevented planting payment.