Author: Hunter Biram

  • Implications of the Black Sea Grain Deal Cancellation

    Implications of the Black Sea Grain Deal Cancellation

    The Black Sea Grain Deal made it possible for Ukraine to continue to ship goods amid the Russia-Ukraine conflict. On August 1, 2022, five months after the Russian invasion of Ukraine, the first Ukrainian grain ship left the port of Odesa, marking a time when Ukraine safely exported grain, fertilizer, and other products. On July 17, 2023, nearly a year after its implementation, Russia left the deal and will no longer abide by the rules set in place by the Black Sea Grain Deal. We look at which agricultural markets will be impacted and provide implications for each market. 

    Ukraine ranked 3rd among global competitors for corn exports but is projected to fall to 4th in the 2023/2024 marketing year while ranking 7th in production (USDA-FAS, 2023). Ukrainian corn exports accounted for 15% of global exports in the 2022/2023 marketing year and are projected to drop to 9.6% in the 2023/2024 marketing year (Figure 1).  Despite Ukraine’s relatively high ranking in the corn export market, global ending stocks are projected to increase from 11.71 billion bushels to 12.36 billion bushels, carried by a projected record production of 15.27 billion bushels in the United States. Russian corn exports accounted for a smaller portion of total exports at 2.4% of global exports during the 2022/2023 marketing year, with corn exports projected to fall to 2.1% of global exports in the 2023/2024 marketing year.

    The top 3 wheat exporters in the world are Russia, the European Union, and Canada, while Ukraine ranks 7th among global competitors (USDA-FAS, 2023; Figure 2). Ukrainian wheat exports accounted for 7.5% of global exports in the 2022/2023 marketing year and is projected by USDA to drop to 5.0% in the 2023/2024 marketing year. Russian wheat exports accounted for 21% of global exports in the 2022/2023 marketing year and is projected by USDA to increase to 22% in the 2023/2024 marketing year. 

    According to the Food and Agricultural Organization, Russia ranks 1st, 2nd, and 3rd in Nitrogenous, Potash, and Phosphate fertilizer exports. At the same time, Ukraine only accounts for 2% of Nitrogenous exports and a smaller amount of Phosphate and Potash fertilizers.  Fertilizer prices increased at the start of the Russian-Ukraine conflict due to Russian supply shocks. Russia’s exports and production are expected to be uninhibited by the Black Sea deal. The same holds for Russian ally Belarus, the third largest global potash exporter behind Russia and Canada.

    The initial cancellation of the grain deal on the 17th did not significantly affect futures as the market likely already accounted for the cancellation. We saw a small rally in the futures prices for corn, soybeans, and soft red winter wheat that returned to market-open price levels by market close. However, Russia escalated Ukrainian export problems on July 18th by launching a missile strike on the Port of Odesa. Some reports indicate that critical port infrastructure was destroyed, and Russia is trying to stop grain exports (Reuters & The Hill, 2023). Continued attacks on Ukrainian ports could cause supply shocks, increasing the volatility of markets speculating on U.S. crop conditions and weather. Combining the recent missile strikes with a fall in forecasted July precipitation, the harvest-time futures price of corn and wheat have increased by $0.40 and $0.70, respectively, as of July 19th. Recent gains in wheat prices are likely due more to the Ukraine/Russia situation than weather while corn is a combination of both. Moving forward, markets will likely be affected by the Russian/Ukrainian conflict, weather, and crop conditions, increasing price volatility.

    Approaching harvest 2023, producers should take advantage of relatively higher corn prices now, before the weather risk premium associated with speculation on weather and crop conditions reduces to zero. As September approaches and winter wheat harvest progresses, the wheat price typically falls due to an influx of market supply and rebounds after the glut of harvest supplies exits the market.

    Figure 1. Global Corn Exports by Country (Marketing Years 2019/2020 to 2023/2024)

    Figure 2. Global Wheat Exports by Country (Marketing Years 2019/2020 to 2023/2024)

    References:

    Hunder, Max, and Olena Harmash. “Kyiv Says Russia Attacks Grain Infrastructure with Strikes on Ukraine’s Odesa Ports | Reuters.” Reuters. Accessed July 19, 2023. https://www.reuters.com/world/europe/russia-strikes-ukraines-odesa-port-hellish-attack-official-2023-07-19/.

    Robertson, Nick. “Russian Missiles, Drones Strike Odesa Port Just as Grain Export Deal Set to Expire.” Text. The Hill(blog), July 19, 2023. https://thehill.com/policy/international/4105251-russian-missiles-drones-strike-odessa-port-just-as-grain-export-deal-set-to-expire/.


    Biram, Hunter, and Grant Gardner. “Implications of the Black Sea Grain Deal Cancellation.Southern Ag Today 3(30.1). July 24, 2023. Permalink

    Photo by Pixabay: https://www.pexels.com/photo/sunset-cereals-grain-lighting-39015/

  • Prevented Planting and APH Reductions After Planting a Second Crop

    Prevented Planting and APH Reductions After Planting a Second Crop

    Commercial row crop production faces many risks that may result in actual harvest yields falling below yield expectations. Historical data from the USDA-RMA Cause of Loss indicate excess moisture and drought are the top weather risks faced by producers nationwide. In the mid-south, excess moisture early in the season is a prevalent risk affecting planting decisions (USDA-RMA, 2023). Producers with wet fields may be forced to plant later than anticipated, plant an alternative crop (e.g., soybeans), or forego planting altogether. If a producer is forced to forego planting altogether, not only will the producer experience the loss in revenue expected from harvesting the crop, but they also bear the cost associated with land preparation prior to the prevented planting. The prevented planting provision of federal crop insurance helps producers to reduce the financial uncertainty of navigating early season planting risks. 

    The prevented planting provision is unlike other crop insurance provisions since indemnities paid to producers are not intended to cover yield losses, but rather the sunk cost required to have land prepared for planting and, to a certain extent, the cost of invested capital needed for crop production. An insured producer is eligible to make a prevented planting claim if they are unable to plant a crop before the final planting date[1], which varies across counties and crops (USDA-RMA, 2021a). A producer will receive 100% of the prevented planting indemnity on the first insured crop if a second crop is not planted or if a cover crop is planted but not harvested for grain or seed. A producer may also receive the full prevented planting indemnity if the subsequent cover crop is grazed, cut for silage, hayed, or baled (USDA-RMA, 2021b).

    Importantly, the prevented planting indemnity itself does not affect a producer’s Actual Production History (APH), the 10-year average of an insured unit’s yields. However, the APH will be adversely impacted if a second crop is planted, grown, and harvested following the prevented planting claim of a first insured crop. If the producer decides to plant a second crop after the late planting period[2] of the first crop, the prevented planting indemnity is reduced to 35% of the full prevented planting payment, and the producer receives a yield of 60% of APH of the first crop to be included in future APH calculations (USDA-RMA, 2021a). Using long grain rice as an example, Figure 1 demonstrates how planting a second crop following a prevented planting claim can affect a producer’s APH over time. 

    Beginning with the Jackson County, AR, 2023 average APH for rice of 70.33 cwt/acre, Figure 1 shows that if insured rice is prevented from planting and a second crop for harvest is planted, the unit’s APH will be reduced by 4%. Figure 1 further shows that consecutive years of planting a second crop following prevented planting can have a compounding effect. If a producer planted a second crop in 2 of the previous crop years considered in the APH calculation, the producer’s 2023 APH is reduced by 8%. After planting a second crop in 4 of the historical crop years used in the APH calculation, the reduction in the 2023 APH will be as much as 16%. If this choice was made in 10 consecutive historical years, the unit’s APH would be reduced to nearly half its original value. In addition to losing insurable yield levels, a declining APH will impact insurance premium rates.  Special provisions exist for counties with approved double crop practices, and in certain cases multiple year prevented planting claims may be limited.  Always confirm your choice options and consequences with your crop insurance agent.

    Figure 1: Percent loss in APH rice yields after planting a second crop following prevented planting


    [1] For maps giving the breakdown of final planting dates by county and crop across the U.S., visit https://www.arcroprisk.com/data/crop-insuranceand look under “Final Planting Dates by Crop.”

    [2] The late planting period is generally 25 days after the final planting date of a given crop (USDA-RMA, 2021c).


    References:

    USDA-RMA (2021a, July). First and Second Crop Rules. Risk Management Agency Fact Sheet. Washington National Office, Washington DC.

    URL: https://www.rma.usda.gov/en/Fact-Sheets/National-Fact-Sheets/First-and-Second-Crop-Rules.

    USDA-RMA (2021b, July). Managers Bulletin: MGR-21-004. 

    URL: https://www.rma.usda.gov/en/Policy-and-Procedure/Bulletins-and-Memos/2021/MGR-21-004.

    USDA-RMA (2021c, July). USDA Risk Management Agency Fact Sheet. Prevented Planting Insurance Provisions Flood. 

    URL: https://www.rma.usda.gov/en/Fact-Sheets/National-Fact-Sheets/Prevented-Planting-Insurance-Provisions-Flood.

    USDA-RMA (2023, May). USDA Risk Management Agency Cause of Loss Historical Data Files. 

    URL: https://legacy.rma.usda.gov/data/cause.html.


    Biram, Hunter, and Lawson Conner. “Prevented Planting and APH Reductions After Planting a Second Crop.” Southern Ag Today 3(21.3). May 24, 2023. Permalink

    Photo by Tim Mossholder: https://www.pexels.com/photo/photo-of-green-field-near-mountains-974314/

  • Flooding in the Upper Mississippi River is Associated with Relatively Weak Soybean Basis in the Midsouth 

    Flooding in the Upper Mississippi River is Associated with Relatively Weak Soybean Basis in the Midsouth 

    Grain and oilseed producers in the Midsouth experienced record low soybean basis, which is the cash price less futures price, in October 2022 due to reduced barge traffic and record high barge freight rates along the lower Mississippi River. These factors were associated with soybean basis as weak as 125 cents under the harvest time futures contract which was nearly one dollar below the 5-year average of 28 cents under for the month of October.  In a previous Southern Ag Today article, Biram et al. (2022) noted the primary reason soybean basis values fell to historic lows was because grain buyers at local elevators were pushed to bid lower cash prices for soybeans to compensate for the additional cost to transport grain from the elevator to the port of New Orleans for export. Further, grain buyers essentially had no place to store the grain even if they wanted to buy it which supports the principle of offering lower cash prices to disincentivize farmers from making delivery.

    While we witnessed the association of record-low basis with record-low river levels in the lower Mississippi River last fall, we are now witnessing an association of relatively lower basis and record-high river levels in the upper Mississippi River due primarily to snow melt. As the Mississippi River level increases to flood-level stages, barge traffic is limited as locks and dams along the river are closed, preventing the transportation of grain downriver or empty barges upriver. On April 16th, the Mississippi River gauge height at McGregor, IA, reached 16 feet which is considered a minor flood stage by the United State Geological Survey (USGS, 2023). On April 20th, the gauge height measured at the same location reached a moderate flood stage of 19 feet. On April 28th, the gauge height was measured at 23 feet, above major flood stage of 22 feet, which is the greatest gauge height reported since April 26, 2019, when it measured 22 feet. 

    Soybean basis reported in locations along the lower Mississippi River began to diverge from historical trends on April 10th and continue throughout the month of April. Consider the case of soybean basis at Elaine, AR, which is representative of basis reported in other southern states in the region (Figure 1). In this example, I consider the basis for 2023 delivery at harvest time which is the difference of the forward cash price and the November 2023 soybean futures contract (ZSX23). The first reported drop in this specific soybean basis was on April 10th with a fall from 25 cents over to 18 cents over which suggests a local response to the rising upper Mississippi River levels (Figure 1). This weakening of basis is associated with the increase in river gauge height throughout the month of April despite the relatively strong 4-year average basis for years in which the gauge height at McGregor, IA, did not reach moderate or major flood stage (i.e., 2018, 2020, 2021, and 2022). The most recent period basis fell below zero in April was in 2019 when it consistently stayed near 40 cents under which is another period in which the upper Mississippi River experienced record-high levels.

    The river level in the upper Mississippi River is starting to fall and with it will most likely come relatively stronger soybean basis in the Midsouth if the historical association between these two variables continues. Additionally, forward cash prices typically reach their strongest in early summer before declining as we approach the harvest months. One implication for a grain marketing plan would be to consider holding off on the May forward contracting decision for 2023 harvest-time delivery until the latter part of the month in anticipation of recovery in the  soybean basis.

    Figure 1. Spring Soybean Basis at Elaine, AR and Mississippi River Gauge Height at McGregor, IA (2018-2023)

    Note: The Nonflood Four-Year Average is calculated using the years when the gauge height at this location did not reach moderate or major flood stage.

    References

    Biram, Hunter, John Anderson, Scott Stiles, and Andrew McKenzie. “Low Water Levels in the Mississippi River Result in Abnormally Weak Soybean Basis“. Southern Ag Today 2(45.1). October 31, 2022. Permalink

    Report-Arkansas Daily Grain Bids | MARShttps://mymarketnews.ams.usda.gov/viewReport2960

    Mississippi River at Mcgregor, IA – 05389500, United States Geological Survey. May 3, 2023.https://waterdata.usgs.gov/monitoring-location/05389500/#parameterCode=00065&timeSeriesId=43560&startDT=2023-04-01&endDT=2023-04-30


    Biram, Hunter. “Flooding in the Upper Mississippi River is Associated with Relatively Weak Soybean Basis in the Midsouth.” Southern Ag Today 3(21.1). May 22, 2023. Permalink

    Photo by Tom Fisk: https://www.pexels.com/photo/mississippi-river-during-golden-hour-14819622/

  • Analyzing the Relative Riskiness of Rice Yields

    Analyzing the Relative Riskiness of Rice Yields

    Two of the primary risks faced by any producer at any point in time are production and price risk. In agricultural crop production, farmers must deal with the risk of crop yield losses due to several causes of loss such as excess rainfall, drought, and pest pressure via parasitic insects or weed populations. While all crops grown in the U.S. are exposed to these risks, the effect that these risks have on crop yield is not the same for all crops. Understanding the differences in the production of each crop and the risks faced by each crop is important for risk management as this information informs which tools a producer will need to select to minimize losses and stabilize their farm income year-to-year. In this article, we evaluate the relative riskiness of rice to other principal crops grown in the midsouth region to better inform a producer’s risk management strategy and provide implications for policymakers evaluating risk protection programs in the upcoming farm bill.

    We compare the relative yield risk of rice production to corn, soybean, and cotton production by considering the state-specific coefficient of variation (CV) for the yield of each crop as a measure of relative yield risk. Put simply, the CV is a measure of how much yield across a given state varies relative to the average yield of that state. The CV allows us to make comparisons between different crops and counties to assess if one crop is more or less risky to grow than another crop in a specific state. We used state-level data[1] from 2007-2022 (USDA-NASS, 2023) and removed a linear time trend from each crop yield in each state to account for changes in technology and production practices in each state over time.

    Figure 1 gives the state-specific ratio of the CV for corn relative to the CV for rice. This ratio of two CVs tells us how much more, or less, risky corn yield is relative to rice yield. For example, in Arkansas the ratio of 1.62 implies that it is about twice as risky to grow corn relative to rice in that state.  Figure 2 gives the state-specific ratio of the CV for soybeans relative to the CV for rice. Using Mississippi as an example, the ratio of 4.92 implies it is nearly 5 times riskier to grow soybeans than rice in that state. Finally, Figure 3 gives the ratio comparing CVs for upland cotton to CVs for rice with ratios ranging from nearly 2 to a little over 5 indicating it is nearly 2-5 times more risky to grow cotton than it is rice in the states considered.  

    There are several other levels of relative riskiness across rice-producing counties in the midsouth, but the same message generally holds: rice yield risk is relatively lower than the yield risk of its competing crops in the midsouth. This becomes important when deciding between risk management strategies that focus on production risk or price risk. Due to the lower rice yield risk, programs such as the Price Loss Coverage (PLC) may be more advantageous to rice producers than programs like the Agriculture Risk Coverage (ARC) program, which also helps explain why rice producers have overwhelmingly favored PLC. 

    Figure 1. Ratio[1] of the CV for Corn Yield to the CV for Rice Yield (2007-2022)

    [1] The Coefficient of Variation (CV) is the ratio of the Standard Deviation to the Mean of each state and crop yield distribution. The plots in Figures 1-3 gives the ratio of two CVs. The state-specific values plotted are not CVs. 

    Figure 2. Ratio of the CV for Soybean Yield to the CV for Rice Yield (2007-2022)

    Figure 3. Ratio of the CV for Upland Cotton Yield to the CV for Rice Yield (2007-2022)

    [1] We note that while we are unable to distinguish between irrigated and nonirrigated yields across time, USDA-NASS provides a breakdown of the shares of irrigated and nonirrgated acres in Table 34 of the 2017 Agricultural Census. The portions of acres irrigated in Arkansas for corn, soybeans, and cotton is 93%, 85%, and 93%, respectively. The same irrigated portions in Mississippi are 81%, 74%, 74%. The irrigated portions for Louisiana are 78%, 68%, 60%. The irrigated portions for Texas are 84%, 83%, and 52%.

    References

    USDA-NASS. (2023, May 10). USDA-NASS 2017 Agricultural Census. Retrieved from https://www.nass.usda.gov/Publications/AgCensus/2017/Full_Report/Volume_1,_Chapter_1_State_Level/

    USDA-NASS. (2023, April 20). USDA-NASS QuickStats. Retrieved from https://quickstats.nass.usda.gov/


    Biram, Hunter, and Brian E. Mills. “Analyzing the Relative Riskiness of Rice Yields.Southern Ag Today 3(19.4). May 11, 2023. Permalink

    Photo by Polina Tankilevitch: https://www.pexels.com/photo/close-up-photo-of-assorted-rice-4110255/

  • Key Takeaways and Reliability of the 2023 Prospective Plantings Report

    Key Takeaways and Reliability of the 2023 Prospective Plantings Report

    On Friday, March 31st, USDA released the Prospective Plantings report. These acreage estimates are based primarily on surveys conducted by the National Agricultural Statistics Service (NASS) during the first two weeks of March. Principal crop acres planted were projected nationally at nearly 312 million acres, up roughly six million acres compared to last year. Corn acres are estimated at 92.0 million, up 3.42 million from last year. Soybean planted acres are estimated at 87.5 million, up slightly from last year by 55 thousand acres. Cotton acres are projected to be down 18% from last year, at 11.3 million acres. Peanut acreage is projected at 1.55 million acres, up 7% from last year, and rice area is projected at 2.58 million acres, up 16% from last year. All wheat acreage is projected at 49.86 million, up 9% from last year. Projections from the Prospective Planting results are comparable to recent projections released at the February USDA Outlook Forum which had March projections calling for 1 million more acres of corn, no difference in soybean acres, and 500,000 fewer acres of cotton. 

    The market expected more corn acres in 2023 compared to last year. Corn plantings were held back in 2022 due to high fertilizer prices, which have been alleviated slightly, allowing for a rebound in acreage.  Cotton was expected to struggle to retain acres this year due to struggling demand and lower prices compared to other commodities. Every state, besides Arizona, is projected to remain steady or see a decrease in cotton acreage from last year. Rice acres are seeing a rebound on higher prices, but a forecast of wet weather in the Midsouth over the next couple of weeks could lower plantings. Price reaction from the report was mixed, with harvest contract corn unchanged, soybeans 10-15 cents higher, cotton 0.40 cents lower, and rice unchanged.

    How reliable are the March prospective planting numbers? The NASS planted acreage projections across the U.S. generally hold well with low predictive error and hold especially well for corn and soybeans (Figure 1). There appears to be a larger error, albeit still quite small, when predicting planted acreage for cotton and rice. This is likely for two reasons stemming from the fact that cotton and rice are grown primarily in southern states.  The larger variance can be due to (1) the smaller sample size of farms and (2) the alternative crops available to plant in place of corn and soybeans. Most of the U.S. corn and soybean acreage is grown in the upper Midwest but tends to take up acreage across the entire U.S. which allows for a larger sample of farmers and less variance. In the south, farmers rotate corn and soybean crops with cotton, peanuts, and even some vegetables.  This makes it more difficult to project acres that may shift based on rotational needs, commodity prices, input costs, and weather.  

    One way to investigate the difficulty in projecting acreage is by choosing the subsample of southern states to see if 1) there is more variance across the changes in corn and soybean acreages given a smaller sample and 2) the pattern of acreage changes across cotton and rice still holds in the subsample. We find this to be true (Figure 2). We see more differences each year between prospective and actual planted acreages in corn and soybeans across southern states, and the general pattern of differences each year for cotton and rice still holds between the full U.S. sample and the southern subsample. This implies that we should generally not expect any significant changes in harvest price expectations driven by differences in planted acreages but rather look to future market-moving events.

    Figure 1. Comparison of Prospective vs. Actual Planted Acreage across the U.S. (2014-2023)

    Source: USDA-NASS Prospective Plantings Report (2023)
     

    Figure 2. Comparison of Prospective vs. Actual Planted Acreage across Southern[1] States (2014-2023)

    Source: USDA-NASS Prospective Plantings Report (2023)

    [1] States included are Alabama, Arkansas, Florida, Georgia, Kentucky, Louisiana, Mississippi, North Carolina, Oklahoma, South Carolina, Tennessee, Texas, Virginia.


    Biram, Hunter, and William E. Maples. “Key Takeaways and Reliability of the 2023 Prospective Plantings Report.Southern Ag Today 3(14.1). April 1, 2023. Permalink