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  • Cattle Auction Prices Follow Futures Prices Lower

    Cattle Auction Prices Follow Futures Prices Lower

    Cattle futures markets remained volatile last week but tended to rebound following the sharp selloff generated by the discussion of plans to lower beef prices.  Given a couple of weeks, we now have a better picture of how cattle auction cash prices reacted to the futures market uncertainty.  

    The CME December Live Cattle contract traded below $224 for part of the day on October 27th, but has since recovered some and is trading above $232 at the time of this writing. This is sharply lower than the $248 price on October 16th. However, it is just a few dollars below the average trading price of the December contract during the month of September ($235.80). Similarly, the CME November Feeder Cattle contract traded below $330 for part of the day on October 28th but has since recovered some and is trading above $342 at the time of this writing. For context, this contract topped $380 on October 16th but averaged $353.72 during trading in September. The market uncertainty over the past few weeks has not crashed the futures market to low levels, but it has erased the rally seen in futures markets over the past month or two. 

    Most auction markets operate sales one day per week, compared to the futures market that trades every weekday.  Local auctions have now had at least one sale since the futures market selloff and rebound, so we have the opportunity to better gauge the local cash market reaction.  Auction market prices saw sizable drops last week across the Southeast. The table shows selected averages for various states across the southeast.  Prices were lower across all states in the table for both 500-600lb steers and 700-800lb steers. Prices dropped the most in Oklahoma City and in Missouri. Averaging across all states, the value of a 550 lb. steer was about $150 lower per head in the southeast compared to the week prior. The value of a 750 lb. steer was about $120 lower per head. The impacts were certainly larger in some states. 

    Fed cattle prices also dropped last week. The average live negotiated fed steer price fell $7 per cwt to $230.86, which is the lowest weekly average since the last week of September. Boxed beef cutout values did not decline. The choice cutout was about $7 higher last week and is $12 higher than it was two weeks ago.  It’s worth remembering that the cutout reflects the values of the 7 primal cuts weighted by their pounds in the carcass.  Imports would largely have more of an impact on lean beef trimmings for ground beef.  While some chucks and rounds go into ground beef, along with some sirloins and occasionally some briskets, the impact of more imports might have a more indirect effect on the boxed beef cutout.

    There remains significant fundamental strength for cattle markets given the tight supplies of cattle and strong demand for beef. However, the past few weeks have shown that uncertainty can have swift impacts on cattle prices – not only for traders in futures markets but also at cattle auctions in towns across the U.S. 

    Southeast Cattle Prices
    Prices $/cwt. 
    For Weeks Ending On
    10/31/25   10/24/25     11/1/24
    %Chg
    Prev. Week
    %Chg
    Prev. Year
      Chg Prev.
    Week
    500-600lb.
    Feeder Steers
    Mississippi
    MIL #1-2
    $355.63$374.66$252.68-5%41%($19.03)
    Arkansas MIL#1$379.93$406.43$267.74-7%42%($26.50)
    Kentucky MIL#1-2$370.00$396.52$267.74-7%38%($26.52)
    Oklahoma MIL#1-2$378.76$428.54$265.80-12%42%($49.78)
    Alabama MIL#1$382.54$405.10$263.25-6%45%($22.55)
    Tennessee
    MIL #1-2
    $351.26$361.37$257.56-3%36%($10.11)
    Texas 
    MIL #1-2
    $347.73$374.21$263.65-7%32%($26.48)
    Missouri MIL#1-2$365.08$406.06$269.15-10%36%($40.98)
    700-800 lb. Feeder SteersMississippi
    MIL #1-2
    $299.22$318.83$211.66-6%41%($19.60)
    Arkansas MIL#1$341.16$355.77$226.06 -4%51%($14.61)
    Kentucky MIL#1-2$332.35$341.63$238.65-3%39%($9.27)
    Oklahoma MIL#1-2$334.26$356.95$246.09-6%36%($22.69)
    Alabama MIL#1$327.36$333.72$231.67-2%41%($6.36)
    Tennessee
    MIL #1-2
    $315.63$322.00$226.65-2%39%($6.37)
    Texas 
    MIL #1-2
    $312.50$334.24$241.60-7%29%($21.74)
    Missouri MIL#1-2$334.58$362.91$240.18-8%39%($28.33)
    Negotiated Fed SteersLive Price$230.86$237.89$189.82-3%22%($7.03)
    Dressed Price$358.54$369.30$296.97-3% 21%($10.76)
    Boxed Beef CutoutChoice Value,
    600-900 lb.
    $379.06$372.13$319.502%19%$6.93
    Select Value,
    600-900 lb.
    $360.32$354.47$288.372%25%$5.85
    Sources: USDA, LMIC, and CME

    Maples, Josh. “Cattle Auction Prices Follow Futures Prices Lower.” Southern Ag Today 5(45.2). November 4, 2025. Permalink

  • Contract Grazing: A Flexible Option for Row Crop Producers

    Contract Grazing: A Flexible Option for Row Crop Producers

    Row crop producers across the country are feeling the financial squeeze. High input costs and low commodity prices are tightening profit margins, and the outlook for 2026 offers little relief. With limited optimism for lower costs or stronger commodity prices, many row crop farmers are exploring new income streams to keep their operations profitable. One option gaining traction is contract grazing—custom growing cattle for someone else.

    This arrangement allows farmers with available land and suitable forage to generate income without the expense of owning cattle. It’s a practical way to put available acreage to work, diversify income, and reduce risk in uncertain times.

    Evaluating Resources

    Before entering a contract grazing arrangement, it’s essential to evaluate your available resources. Key considerations include:

    • Fencing – Assess the condition of existing fences, estimate the cost of repairs or new construction.
    • Cattle-handling facilities – Adequate corrals, chutes, and working areas are necessary for safe and efficient receiving and shipping of cattle on your property.
    • Feed and water systems – Ensure water quality and quantity meet livestock needs throughout the grazing season.
    • Accessibility – Many stocker operations move truckload lots of cattle (typically 50,000 pounds), so all-weather access roads are important.

    This list isn’t exhaustive but highlights key infrastructure requirements that can determine the feasibility of a grazing enterprise.

    Integrating Grazing with Crop Land

    For row crop producers, contract grazing can complement existing cropping systems rather than replace them. Fields used for row crops can often support grazing through cover crops, winter annual forages, or dedicated hay and grazing acres. Common options include small grains such as wheat, oats, or rye, as well as annual forages like ryegrass or haygrazer. These forages can fit naturally between summer cash crops, making use of otherwise idle land during the off-season.

    Integrating livestock grazing into crop rotations offers several potential benefits, including improved soil health, enhanced nutrient cycling, and reduced weed and residue management costs. Grazing cover crops can also help capture and recycle nutrients while adding an additional income stream through a grazing contract.

    However, shifting to a mixed crop-livestock system requires careful planning. Farmers must consider planting and termination dates, soil compaction risks, and the potential impact on subsequent crops. When managed properly, the combination of row crops and grazing livestock can strengthen overall system resilience and profitability.

    Experience and Cattle Management

    Experience with cattle is another critical factor. Owners are unlikely to place animals with someone lacking livestock management experience. It’s essential to understand the type of cattle involved (e.g., stockers, heifers, cows, or cow-calf pairs) and how to manage each group effectively.

    The source and history of the cattle also matter. Animals from multiple origins may pose higher management challenges or disease risks, requiring more experience and attention to detail. If contract grazing becomes a long-term enterprise, building trust and credibility within the local cattle community is vital for success.

    Forage, Feed, and Water Management

    Grazing is typically the most cost-effective feeding strategy, but weather and seasonal changes can reduce forage availability. Successful contract growers plan ahead by maintaining supplemental feed supplies or developing alternative forage options.

    Water management is equally important. Cattle spend more time grazing near water, so the placement of water sources directly influences pasture use. Strategically positioned water sources encourage more uniform grazing, support pasture health, and improve overall livestock performance.

    Well-maintained infrastructure—including fences, water systems, and forage stands—not only keeps cattle secure but also enhances the efficiency and profitability of the operation.

    The Importance of a Written Contract

    A clear, written contract protects both the grower and the cattle owner, helping to ensure that expectations are understood from the start. Key elements to include are:

    1. Parties involved – Names and contact details of both the grower and owner.
    2. Property description – Location, acreage, and pasture details.
    3. Contract duration – Start and end dates, or total grazing period.
    4. Animal details – Type, number, and starting weights of cattle.
    5. Responsibilities – Who provides veterinary care, feed, insurance, and transportation.
    6. Death losses – Agreement on how death losses are handled.
    7. Payment terms – Fee structure and schedule (daily rate, per-pound-of-gain, or revenue share).
    8. Termination clause – Conditions under which the agreement can end.

    Determining Payment and Cost Responsibilities

    Payment structures vary depending on the type of cattle and management objectives. A daily rate is often used for breeding stock, while per-pound-of-gain agreements fit well for stocker cattle. Some operations also use a revenue-sharing model, dividing sale proceeds at the end of the grazing period.

    Before agreeing on rates, both parties should have a clear understanding of their financial boundaries. Growers must calculate total costs—which include feed, labor, maintenance, and management—then add a fair return on investment. Cattle owners should estimate the expected value of gain to determine what they can afford to pay.

    In addition to the key elements above, details are critical. Contracts should clearly define:

    • Feed responsibilities – Who provides supplemental feed during droughts or shortages.
    • Stocking rates – Number or weight of cattle per acre, with flexibility for weather-related events.
    • Shared costs – How expenses like mineral supplements, fly control, and veterinary treatments will be handled.

    A Flexible Tool for Changing Times

    Contract grazing won’t solve every financial challenge, but it can be a smart, flexible strategy for producers looking to adapt. It spreads production risk, reduces capital requirements, and makes productive use of existing land and infrastructure.

    In today’s uncertain agricultural economy, creativity and collaboration matter more than ever. For some operations, contract grazing may provide the bridge between tight margins and long-term financial resilience.


    Adapted from “Contract Growing Cattle Considerations,” University of Tennessee Extension Publication W1337. Available at https://utbeef.tennessee.edu/wp-content/uploads/sites/127/2025/10/W1337.pdf.


    Runge, Max. “Contract Grazing: A Flexible Option for Row Crop Producers.” Southern Ag Today 5(45.1). November 3, 2025. Permalink

  • Land, Power, and Computing

    Land, Power, and Computing

    Somewhere between land use issues and clean energy initiatives lies a growing battleground for land, power, water, and innovation. Just west of Washington, D.C., Virginia’s Prince William County aims to lay claim to the world’s largest data center corridor. Known as the Digital Gateway project, over 2,000 acres of rural, agricultural, and undeveloped land are proposed to host 37 data centers, spanning a total of 22 to 23 million square feet. In early August, a decision from Prince William County’s Circuit Court Judge voided three rezonings for the proposed project for failure to comply with Virginia’s public hearing notice requirements. The Court has also since denied a stay pending the county’s appeal. Oak Valley HOA v. Prince William County Board of Supervisors, CL24000375-00 (Op. Aug. 7, 2025).

    Just south of the proposed Prince William project, another data center project is well underway north of Richmond in Caroline County. This 650-acre project valued at $8.8B is planned on the site of a shuttered indoor/outdoor flea market. While this project seems to have cleared land use hurdles, it is facing water usage concerns as a result of a plan for surface water withdrawal and an interbasin transfer of water from the Rappahannock River to the Mattaponi River via two existing wastewater treatment plants and discharging into the York River Basin. Caroline County Board of Supervisors. (n.d.) Statement on Caroline County Board of Supervisors’ Approval of Economic Development Performance Agreement with CleanArc. Development Updates, Caroline County VA. https://co.caroline.va.us/215/Development-Updates.

    Meanwhile, neighboring West Virginia’s legislature has pursued policy efforts aimed at attracting data center developers. “The Power Generation and Consumption Act of 2025” (the “Act”), enacted in July of this year, shifts the governance of data centers away from counties and municipalities to centralized state control, positing that national security and economic growth are fundamental grounds for state control. The Act emphasizes that data center projects, along with their accompanying microgrids, are the prerogative of the state. Furthermore, it asserts that West Virginia is the best candidate state for data center development in the U.S., citing low tax rates, few regulatory restrictions, and abundant energy resources. 

    Days after Governor Patrick Morrisey signed West Virginia’s Act into law, Virginia’s Governor Glenn Youngkin vetoed identical bipartisan bills that would have required developer applicants to perform sound level assessments on data centers proposed in close proximity to communities. Additionally, the bills granted localities the ability to require that new development applicants assess potential effects on the nearby public resources. S.B. 1449, H.B. 1601, 406th Gen. Assemb., Reg. Sess. (Va. 2025) https://lis.virginia.gov, Vetoed (May 2, 2025). Governor Youngkin asserts that the proposed legislation “limits local discretion and creates unnecessary red tape.” Virginia. Governor. May 2, 2025. Veto Explanation for S.B. 1449, https://lis.virginia.gov/bill-details/20251/SB1449/text/SB1449VG.

    In Youngkin’s veto, he also declared Virginia to be the “data center capital of the world,” urging Virginia to not restrict local governments from “developing data centers based on their community’s specific circumstances.” Id. Youngkin’s veto, following the landmark Act passed in West Virginia, suggests an arms race for data center development between the two Virginias. 

    A 2024 report from Virginia’s Joint Legislative Audit and Review Commission (JLARC) found that data center demand would drive an “immense increase” in Virginia’s energy needs, resulting in a 183% increase in unconstrained demand. JLARC (2024) “Data Centers in Virginia.” Commonwealth of Virginia. https://jlarc.virginia.gov/landing-2024-data-centers-in-virginia.asp. The report found that meeting the Virginia Clean Economy Act (VCEA) requirements while meeting the forecasted energy demand of data centers is not a likely outcome. Virginia would need to add twice the number of new solar facilities added on an annual basis compared to 2024, which comes with its own host of land use challenges, both socially and legislatively. The Commonwealth would also need to increase large natural gas plants at equal or faster rates than the peak build period of 2012 – 2018, and necessary new wind generation would exceed the potential capabilities of all existing and forthcoming offshore wind sites. Id. While states struggle to compete for innovative industries with rewarding economic incentives, land use and resources remain a common hurdle. 


    Friedel, Jennifer S.. “Land, Power, and Computing.” Southern Ag Today 5(44.5). October 31, 2025. Permalink

  • Recent Trade Tensions Cause U.S. Beef to Lose Ground in China, Spurs Gains for Australia and Brazil

    Recent Trade Tensions Cause U.S. Beef to Lose Ground in China, Spurs Gains for Australia and Brazil

    Over the past decade, China has gone from a minor player to the world’s largest beef importer, with purchases rising from around a $100 million in 2010 to nearly $18 billion in 2022, which is a staggering increase of over 17,000%. This surge isn’t just about spending more. The actual volume of beef purchased has grown by more than 8,000%, driven by rising incomes, urban lifestyles, and shifting diets that favor beef over traditional staples like pork. The outbreak of African Swine Fever in 2018, which devastated China’s pig population, further accelerated the shift, while government dietary guidelines have promoted beef as a healthier option. Due to rising demand and imports, coupled with lifting the import restriction on U.S. beef in 2017, China is now the third largest foreign market for U.S. beef—around $1.5 billion in 2024. This rise has been highlighted in previous Southern Ag Today articles (For example, see: https://southernagtoday.org/2025/04/17/high-tariffs-could-halt-u-s-beef-exports-to-china/).

    Rising trade tensions between the U.S. and China, which started earlier this year, raised concerns for U.S. beef exporters. Chinese tariffs on American beef soared as high as 145%, making it far more expensive than beef from countries like Brazil and Australia. Although those tariffs were later lowered to around 33%, the decline had already begun. On top of that, China let export approvals expire for nearly 400 U.S. beef processing plants in March, about 60% of all facilities allowed to ship beef to China, effectively blocking a large portion of U.S. supply (Marianetti, 2025). This move, seen as a non-tariff barrier, has created uncertainty, shaking confidence in the reliability of U.S. beef exports.

    In 2025, rising trade tensions quickly took a toll on American beef in China (see Figure 1). From January to September, U.S. beef exports fell sharply—from $814 million in 2024 to $442 million in 2025—a 46% drop driven mostly by lower volumes. The decline was even steeper in the second and third quarters, after China let key export approvals expire, with U.S. beef falling nearly 70%. This happened even as China’s overall beef imports grew in value. Meanwhile, Australia and Brazil gained ground: Australia’s exports to China rose 42%, and Brazil’s increased nearly 25%. In 2024, the U.S. held about 9% of China’s beef import market, compared to Brazil’s 48% and Australia’s 9%. By the third quarter of 2025, the U.S. share had dropped to less than 1%, while Brazil and Australia accounted for 59% and 13%, respectively. It’s a clear sign that when trade tensions rise, other suppliers are quick to take the lead.

    Figure 1. Chinese Beef Imports: 2024 and 2025 (Year-to-date: January–September) 

    Note: Imports are defined according to the Harmonized System (HS) classification HS 0202 meat of bovine animals, frozen. Frozen beef accounts for over 90% of China’s beef imports.
    Source: Trade Data Monitor®

    References

    Marianetti, J. (2025). USA Dairy Pork and Poultry Registrations Renewed while Beef Remains Overdue (GAIN Report No. CH2025- 0056). Foreign Agricultural Service, Washington, D.C.

    Trade Data Monitor. (2025). https://tradedatamonitor.com/


    Muhammad, Andrew. “Recent Trade Tensions Cause U.S. Beef to Lose Ground in China, Spurs Gains for Australia and Brazil.” Southern Ag Today 5(44.4). October 30, 2025. Permalink

  • Will the 2025 Peanut Crop Set a New Record?

    Will the 2025 Peanut Crop Set a New Record?

    We often look at the World Agricultural Supply and Demand Estimates (WASDE) report for guidance on expected supply, demand, and pricing for commodities.  Rarely, however, does this report mention anything about peanuts.  The last WASDE (September 12, 2025) before the government shutdown was one of those rare exceptions when it included the statement that “Other changes [in oilseeds] this month include higher U.S. peanut production.”  To obtain more details, one needs to look at the monthly Oil Crops Outlook (OCO), which focuses on oil crops and animal fats.  The last OCO on September 16, 2025, reported that peanut production for marketing year 2025-26 was increased to a record-high 7.4 billion pounds, due to an expected higher harvested acreage (mainly in Georgia and Texas) as well as an increase in the average peanut yield.  With the government shutdown, this report has also not been updated, leaving the peanut industry with a month-old forecast during the peak harvest period that indicates a record crop.

    Figure 1 shows U.S. peanut production and uses from 2020/21 to forecasted 2025/26.  Production is forecasted to reach record levels at 7.4 billion pounds, representing a 14.7% increase.  Meanwhile, total use for food, crush, and exports are expected to increase 8.5%, to 7 billion pounds.  The additional production is expected to increase ending stocks by 29.6% to 2 billion pounds, levels similar to the ending stocks in the 2022/23 marketing year. 

    The lack of readily available data further limits information in an already thin market that, unlike other commodities, does not have a futures market to help establish prices.  This leaves producers questioning what the actual production levels will be during the peak of harvest.  One could look at various weather conditions, especially in Georgia, Texas, and Alabama, the three largest peanut acreage states this year.   Dry weather that is prevalent in these areas has the potential to bring down yields or affect quality.  

    Another source of alternative information comes from the Georgia Federal-State Inspection Service, which publishes the National Tonnage Report.  This report contains data provided by buying points throughout the peanut belt on peanut production classified by segmentation. The official report is also affected by the government shutdown, but unofficial tonnage data have been made available.  Since October 1, data have been self-reported only for Arkansas, Georgia, South Carolina, and Texas.  While the total tonnage reported thus far stands at 3.1 billion pounds, it is certainly a data point that has too many caveats to use for pricing decisions.  

    The last source of information is the weekly Crop Progress & Condition report, which has also been affected by the government shutdown.  The last report at the end of September showed harvest ahead of last year and the previous 5-year average. However, at the end of October, harvest over the last 5 years has been, on average, about 70% completed.  Thus, there is still a way to go before we can figure out how big the 2025 peanut crop may be. In the meantime, the lack of official USDA reports is leaving producers with limited guidance.

    Source:

    Bukowski, M., & Swearingen, B. (2025). Oil crops outlook: September 2025 (Report No. OCS-25i). U.S. Department of Agriculture, Economic Research Service

    Crop Progress & Condition. U.S. Department of Agriculture, National Agricultural Statistics Service. 

    World Agricultural Supply and Demand Estimates. U.S. Department of Agriculture, September 12, 2025.

    Rabinowitz, Adam. “Will the 2025 Peanut Crop Set a New Record?” Southern Ag Today 5(44.3). October 29, 2025. Permalink