Tag Archives: soybeans

OMAHA (DTN) — U.S. corn planting equaled last year’s pace as of Sunday, April 28, but fell further behind the five-year average, according to USDA NASS’ weekly Crop Progress report on Monday.

As of Sunday, 15% of the nation’s corn was planted, equal to 15% at the same time last year but 12 percentage points behind the five-year average of 27%. In last week’s report, corn planting was 6 percentage points behind the average.

“Noticeable progress was made in Missouri, Iowa, Nebraska and Kansas,” noted DTN Lead Analyst Todd Hultman. “Minnesota, Indiana, Michigan and Ohio are all 2% planted, and South Dakota has yet to start.”

Corn emerged, reported by NASS for the first time this season, was estimated at 3%, also equal to last year but slightly behind the five-year average of 5%.

Soybean planting was estimated at 3% as of April 28, down from last year’s 5% and also below the five-year average of 6%. Planting was still mainly taking place in the Southern states.

Like corn, spring wheat planting also fell further behind the five-year average. NASS estimated that 13% of spring wheat was planted as of Sunday, 20 percentage points behind the five-year average of 33%. In last week’s report, planting was 17 percentage points below the five-year average. Idaho and Washington are past the halfway mark and lead the planting effort, while progress in the Dakotas and Minnesota is still in the single digits.

Winter wheat progress came in at 19% headed as of Sunday, near last year’s 18% but down 10 percentage points from the five-year average of 29%.

Meanwhile, winter wheat condition continued to improve. NASS estimated 64% of winter wheat was in good-to-excellent condition, up 2 percentage points from the previous week. Fifty-eight percent of Kansas winter wheat was considered in good-to-excellent condition.

“States in the eastern Midwest show poor-to-very-poor ratings in the double digits,” Hultman noted.

Sorghum was 20% planted, compared to 26% last year and a 25% five-year average. Cotton planting was 11% complete, compared to 12% last year and a 13% average. Rice was 38% planted, compared to 54% last year and a 57% average. Twenty-seven percent of rice was emerged, compared to 28% last year and an average of 37%.

Oats were 43% planted as of April 28, compared to 38% last year and a 61% average. Oats emerged were at 31%, compared to 29% last year and a 41% average.

To view weekly crop progress reports issued by National Ag Statistics Service offices in individual states, visit http://www.nass.usda.gov. Look for the U.S. map in the “Find Data and Reports by” section and choose the state you wish to view in the drop-down menu. Then look for that state’s “Crop Progress & Condition” report.

National Crop Progress Summary
This Last Last 5-Year
Week Week Year Avg.
Corn Planted 15 6 15 27
Corn Emerged 3 NA 3 5
Soybeans Planted 3 1 5 6
Winter Wheat Headed 19 9 18 29
Spring Wheat Planted 13 5 9 33
Cotton Planted 11 9 12 13
Sorghum Planted 20 17 26 25
Barley Planted 28 17 24 41
Barley Emerged 6 2 6 15
Oats Planted 43 36 38 61
Oats Emerged 31 27 29 41
Rice Planted 38 31 54 57
Rice Emerged 27 18 28 37


National Crop Condition Summary
(VP=Very Poor; P=Poor; F=Fair; G=Good; E=Excellent)
This Week Last Week Last Year
Winter Wheat 2 6 28 49 15 2 6 30 48 14 16 21 30 26 7



For the week ending April 28, 2019, there were 5.1 days suitable for fieldwork, according to the USDA’s National Agricultural Statistics Service. Topsoil moisture supplies rated 0 percent very short, 6 short, 79 adequate, and 15 surplus. Subsoil moisture supplies rated 0 percent very short, 3 short, 83 adequate, and 14 surplus.

Field Crops Report: Corn planted was 16 percent, near 15 last year, but behind 23 for the five-year average.

Soybeans planted was 3 percent, near 5 both last year and average.

Winter wheat condition rated 1 percent very poor, 3 poor, 28 fair, 65 good, and 3 excellent.

Sorghum planted was 1 percent, equal to average.

Oats planted was 55 percent, behind 61 last year, and well behind 84 average. Emerged was 18 percent, behind 28 last year, and well behind 56 average.

KANSAS:  For the week ending April 28, 2019, there were 6.2 days
suitable for fieldwork, according to the USDA’s National Agricultural Statistics Service. Topsoil moisture supplies rated 1 percent very short, 14 short, 77 adequate, and 8 surplus. Subsoil moisture supplies rated 1 percent very short, 6 short, 83 adequate, and 10 surplus.

Field Crops Report: Soybeans planted was 2 percent, equal to both last year and the five-year average.

Winter wheat condition rated 3 percent very poor, 8 poor, 31 fair, 48 good, and 10 excellent.

Winter wheat jointed was 64 percent, ahead of 50 last year, but behind 75 average. Headed was 4 percent, near 2 last year, but behind 22 average.

Corn planted was 31 percent, ahead of 25 last year, but behind 36 average. Emerged was 3 percent, near 5 last year, and behind 14 average.

MANHATTAN, Kan. — A Kansas State University research team is putting the finishing touches on the findings from 12 years of work in which they tested the value of growing cover crops in a no-till rotation with wheat, sorghum and soybeans.

Kraig Roozeboom, a research agronomist with K-State Research and Extension, says the group is finding that intensifying the cropping system with cover crops or double-cropping increases soil organic carbon near the surface, potentially leading to such benefits as better soil structure, aggregate size, water infiltration and more.

“We’ve demonstrated that you can grow cover crops in our environment with either neutral or positive benefits on cash-crop yields if managed appropriately,” Roozeboom said. “And there are benefits to the soil when doing that.”

The researchers conducted the study in three-year cycles, which includes harvesting wheat in June of a given year, followed by double-crop soybeans or cover crops through the summer, then sorghum planted the following May. Soybeans are planted the summer after sorghum harvest.

The cycle starts over again with winter wheat planted immediately after harvest of the full-season soybean crop. Roozeboom notes that the entire system is done with no-till farming.

Double-cropping is a strategy of growing two or more crops on the same land in the same growing season.

“The base system is wheat-sorghum-soybeans; spray out any weeds and volunteer wheat that comes out between wheat and sorghum planting,” Roozeboom said. “We call that our chemical fallow check.”

The work by K-State’s group has drawn the attention of the Soil Health Institute, a national organization that aims to raise awareness of soil health in the United States. The Institute selected the long-term experiment coordinated by Roozeboom for intensive sampling this spring. He said it is “one of dozens of sites” being sampled across North America.

“One of their objectives is to get a better handle on how to characterize soil health scientifically,” Roozeboom said.

The study, which began in 2007, has helped to establish the value of cover crops in suppressing weeds and improving soil health. Roozeboom said the results, in most years, indicate no negative impact on yields of the grain crops in the rotation, with appropriate modifications to nitrogen fertilization applied to sorghum.

“In fact, some cover crops have resulted in yields comparable to that obtained in the chemical fallow system but with less nitrogen fertilizer,” Roozeboom said. “The exception came in the summer of 2018. The previous winter and spring were extremely dry. As a result, sorghum yields were reduced dramatically if a cover crop was grown right up to sorghum planting.”

However, he adds, “sorghum yields after cover crops grown the previous summer and terminated in late fall or by frost over the winter were comparable to sorghum yields in the chemical fallow system.”

The economics of the system are still to be determined. Roozeboom notes that cover crops aren’t always the best route for growers, due to the added cost of planting and fertilizing and managing cover crops. The biggest question to researchers – and perhaps most important to farmers – is whether the added cost and time needed to grow cover crops actually benefits them in the end.

“If you’ve got the added component of grazing livestock on the cover crops, then suddenly cover crops have a much better economics component,” Roozeboom said. “Double-crop soybeans also increase the potential for a positive economic result because of the additional grain harvested from the system in most years.”

K-State’s team has published results from parts of the project, and expect to publish more findings soon. More information also is available from local extension agents, and at the K-State Department of Agronomy’s website.

WASHINGTON (AP) — The White House says a U.S. delegation will travel to Beijing next week to continue trade negotiations, and a Chinese delegation will return to Washington for additional talks starting May 8.

President Donald Trump has slapped tariffs on $250 billion in Chinese imports in a dispute over Beijing’s aggressive drive to challenge U.S. technological dominance. China has retaliated by targeting $110 billion in U.S. products.

The two countries are in talks to settle their differences.

Press Secretary Sarah Sanders says U.S. Trade Representative Robert Lighthizer and Treasury Secretary Steven Mnuchin will travel to Beijing for talks that begin April 30. Vice Premier Liu He will lead the talks for China.

Sanders says topics for next week’s discussions include protection of intellectual property, agriculture and enforcement.

For the past three years, researchers from the University of Nebraska-Lincoln and University of Wisconsin-Madison collected survey data from producer soybean fields planted in four growing seasons (2014-2017) in Nebraska and nine other states in the North Central region (WI, MI, IN, IL, IA, ND, OH, KS, and MN). The work was led by Associate Professor of Agronomy and Cropping System Specialist Patricio Grassini (UNL) and Professor of Agronomy and State Soybean and Small Grain Specialist Shawn Conley (UW) and supported by the North-Central Soybean Research Program (NCSRP), the Nebraska Soybean Board, and the Wisconsin Soybean Marketing Board.

The goal of the project was to identify key management practices explaining the gap between current yield and yield potential as determined by climate, soil, and genetics. This information can help producers understand what factors are preventing them from fully realizing the potential of their soybean fields and fine-tune their current management to increase yield and profit.

The UNL-WU team collected data on soybean yield and management practices from 9,133 fields across the north-central US (Figure 1), including 2,447 Nebraska fields (irrigated and dryland). UNL researchers partnered with Nebraska Extension and the Nebraska Natural Resources Districts (NRDs) to reach out to producers to take the surveys. We especially want to thank the many Nebraska farmers for the time they devoted to taking our surveys.


Chart showing soybean yield resposne to planting date in dryland and irrigated fields in Nebraska.
Figure 2. Soybean yield response to planting date in dryland and irrigated fields in Nebraska. The line represents the yield potential along the range of planting dates.


Major Findings

First, we found that the average yield gap (the difference between potential and current yield) in Nebraska ranged from 11% in irrigated fields in south-central Nebraska to 21% in dryland fields in eastern Nebraska.


Second, we found that planting date is the most consistent management factor explaining the current yield gap. Delay in planting date after late April leads to a yield penalty of about 1/4 bushel per acre per day in both dryland and irrigated fields (Figure 2). Foliar fungicide application and tillage were other practices explaining the yield gap.

Washington, D.C. April 19, 2019.  While the International Trade Commission (ITC) report on the United States-Mexico-Canada Agreement (USMCA) demonstrated marginal increases in agricultural exports, the value of USMCA to soybean producers goes beyond the pages released yesterday. The report is a good tool, yet it does not account for valuable non-tariff provisions in the “new NAFTA” –or look back historically on the myriad benefits to agriculture since NAFTA’s inception.

Davie Stephens, soy grower from Clinton, Kentucky, and American Soybean Association (ASA) president said, “USMCA builds upon the strong foundation set by the original NAFTA. Under NAFTA, the value of agricultural exports to Canada and Mexico increased to roughly $43 billion each year. Soybean exports to Mexico quadrupled under NAFTA, making Mexico the number two market for U.S. soybeans, meal and oil. We also saw a doubling of soybean exports to Canada, making it the number four market for soybean meal and the number seven market for soybean oil.”

Stephens continued, “We know that the modernizations included in USMCA will make trade with our North American neighbors even smoother. These non-tariff enhancements include the highest enforceable sanitary and phytosanitary (SPS) standards of any trade deal to date, an enforceable biotechnology chapter that supports 21st century innovations, and create a rapid response mechanism to address trade challenges. These provisions not only serve to update the North American agreement but set a paradigm for future free trade agreements.”

While continuing to review and assess the ITC, the American Soybean Association reaffirms its support for USMCA and urges Congress to pass the agreement once the bill arrives. Passage of USMCA is vital to ensuring continued trade with two of U.S. soybeans’ top trading partners, Canada and Mexico.