Cotton Replant Decision – Hail, Deer And Water Damage

Presented by:  Dr. Brian Pieralisi, Assistant Professor / Extension Cotton Specialist, Mississippi State University & Bryce Bullock, Mississippi Consultant, Bullock’s Ag Consulting

Cotton replanting decisions are often complicated due to uncertainty in stand establishment, extra costs, maturity loss, and yield lag. Cotton stand loss in Mississippi can usually be attributed to weather events including excessive rainfall or hail damage.  In many cases in the midsouth and southeast deer browsing can severely and repeatedly contribute to stand failures.

Surviving Low Cotton Prices By Producing Higher Lint Yields

Presented by:  Dr. Fred Bourland, Professor, University of Arkansas

Based on current market prices and costs of production, most producers in the Mississippi River Delta must achieve record yields of cotton just to break even.  Studies of genetic gain have shown strong increases in lint yield over time.  Similarly, production yields over years in Arkansas have steadily increased.  But how much more can producers expect yields to increase?  This presentation will address this question by evaluating theoretical yield potential, physiological limits, and some approaches that might be used to increase cotton yields.

Surviving Low Cotton Prices By Using Site-Specific Inputs

Presented by:  Dr. N. Ray Benson, R.E. Lee Wilson Chair-Agriculture, Arkansas State University

Increased production costs and depressed commodity prices are threatening the sustainability of cotton production in the Mid-South. The potential for immediate yield improvements through variety development may not be sufficient to offset increasing production costs. Incorporating GIS/GPS technologies, variable-rate capabilities, and site-specific production inputs can help producers enhance production efficiency and reduce costs. This presentation will introduce the production efficiency results of on-farm studies incorporating site-specific inputs based on easily defined management zones.

Evaluation Of Alternative Pesticide Application Methods For Control Of Major Insects In Mid-South Cotton Production

Presented by:  Dr. Chase Floyd, Assistant Professor/Crop Protection Specialist, Fisher Delta REEC., Crowder, A., Brown, S., Cross, C., and Parris, E.

The Environmental Protection Agency’s release of the Insecticide Draft Strategy in 2024 has raised concerns of the future of pesticide applications in production agriculture. Researchers are looking for alternative application methods they could implement in the aid in the reduction of off-target movement. Researchers from the University of Missouri are evaluating insecticide efficacy utilizing an inverted drop nozzle system. During the 2025 growing season, studies were conducted in Portageville, MO and Jackson, TN to evaluate tarnished plant bug control using the inverted application system.

Managing Tarnished Plant Bugs In Traited And Non-Traited Cotton In Mississippi

Presented by:  Dr. Tyler Towles, Research & Extension Entomologist, Mississippi State University

Experiments were conducted at the Delta Research and Extension Center in Stoneville, MS, to determine management strategies for the tarnished plant bug (Lygus lineolaris) in non-ThryvOn and ThryvOn-treated cotton systems. These studies included insecticide efficacy, insecticide timing, and effects of planting date on pest densities. Data from these experiments will be used to develop comprehensive arthropod pest management plans in cotton.

Weed Control Programs In ThryvOn And Axant Flex Cotton

Presented by:  Dr. Tom Barber, Professor & Extension Weed Scientist, University of Arkansas-Division of Agriculture

Weed control program comparison and crop response data from PRE and POST applied tank mixtures in ThryvOn  and Axant Flex cotton technology will be discussed.

Planting Date Effects On The Growth And Yield Of Arkansas Cotton

Presented by:  Dr. Zachary Treadway, Extension Cotton and Peanut Specialist, University of Arkansas-Division of Agriculture

Cotton producers in the mid-south are often faced with challenging weather conditions during planting season. These challenges, more times that not, come in the form of excessive rainfall, such as was the case during the 2025 planting season. This forces cotton producers to delay cotton planting until conditions allow. In 2025, producers were forced to plant as late as early June, which previous research has shown results on significant yield loss. This research was conducted to investigate the effect of planting date on growth and yield with today’s cotton varieties.

Evaluating The Impact Of Reduced Seeding Rates On Cotton Maturity And Lint Yield

Presented by:  Dr. Bradley Wilson, Extension Cotton Agronomist, Fisher Delta REEC

Seeding rate is a critical management decision in cotton production, particularly during planting. With rising input costs and declining commodity prices, reducing production expenses has become increasingly important. To explore cost-saving opportunities, large-block field studies were conducted to assess the effects of lower seeding rates on cotton crop maturity and lint yield.

Managing For High Yield In Cotton With Cover Crops

Presented by:  Dr. Bill Robertson, Conservation Agronomist, CWC Farm; Jacob Appleberry, Arkansas Consultant, Live Oak Agronomics, LLC; Layne Miles, Arkansas Farmer, Miles Farms

Improving soil health is critical for sustaining profitable cotton production in the Mid-South. This presentation will highlight production practices that restore and enhance soil function, including the use of cover crops, reduced tillage, crop rotation, and balanced fertility management.  Improving nutrient cycling, and increasing water-holding capacity will be emphasized as keys to improving resilience in the face of weather extremes. Real-world examples will be shared to show how regenerative approaches can improve yields, reduce input costs, and strengthen long-term profitability and sustainability in Mid-South cotton production systems.

Cotton Insect Management: Technology, Thresholds, and Timing

Presented by:  Dr. Whitney D. Crow, Associate Professor, Extension Entomologist, Mississippi State University 

Management strategies for key insect pests in cotton production systems including tobacco thrips, tarnished plant bugs, and cotton bollworm will be discussed. Topics will include new insecticide technologies, current trends in insecticide resistance, the role of ThryvOn cotton, and the integration of these tools within the integrated pest management framework.

Words Of Wisdom From A Proven Source

Presented by:  Tucker Miller III, Mississippi Consultant/Farmer, Miller Entomological Services Inc.

A man well known in the world of southern agriculture, Tucker Miller III has dedicated over a half century of his life to the betterment of farmers, working as a consultant. He also grows cotton, corn and rice. The Drew, Mississippi resident is also a member of that state’s Ag Consultants Hall of Fame. He’ll speak on the performance of the varieties of cotton planted in 2025. He’ll also address issues involving insects & soil that farmers are facing. He’ll be joined by Dr. Whitney Crow, an annual contributor to the Cotton & Rice Conference, who is a Professor at Mississippi State University in Starkville.

The Most Complete And Adaptable Weed Control System Cotton Has Ever Seen

Presented by:  Andrea Althoff, Technical Service Representative, BASF & Dr. Lucas Owen, Regional Agronomist, BASF

Every season, cotton growers across the belt face the challenge of growing weed resistance and new tools are needed to keep up. This session will discuss the Axant Flex weed control system and how this quad-stacked trait technology will offer unmatched weed control for troublesome grasses and broadleaf weeds — including Palmer amaranth. We’ll also discuss BASF’s newest cotton herbicide, Alite ISO, the first and only trait-enabled residual and the first HPPD for use with FiberMax and Stoneville cotton. Join us to learn about game-changing weed control.

Selecting And Optimizing Cotton Inputs To Maximize Returns

Presented by:  Dr. Tyson B. Raper, Pettigrew Cotton Specialist, University of Tennessee

High input costs and interest rates coupled with low commodity prices have challenged profitability.  In this talk, I highlight research which would suggest opportunities exist in backing off certain inputs without negatively impacting yields.  I also will tackle the concept of earliness- and why we might need to consider looking at the concept from a different perspective.  Variety selection, seeding rates, nitrogen rates, irrigation, foliar fungicides, and defoliation will be briefly addressed.

Taking The Guesswork Out Of Irrigation

Presented by:  Danial Arant, Tennessee Farmer, Lindamood Planting Co.

Northwest Tennessee farmer Daniel Arant will talk about his experience in furrow irrigation, incorporating the use of surge valves and tillage practices focusing on a no-till/min-till rotation. He’ll discuss his work with computerized hole selection and cover crops, concluding with his views on utilizing soil moisture sensors to take the guesswork out of irrigation. His speaking partner during his presentation will be Dr. Tyson Raper of the University of Tennessee.

Diseases Affecting Cotton Seedling Stand Establishment

Presented by:  Dr. Travis Faske, Professor and Extension Plant Pathologist, University of Arkansas System, Division of Agriculture

Fungal pathogens and nematodes can reduce cotton seedling stand densities.  Common fungi associated with seedling disease and seed decay include Rhizoctonia solani, Globisporangium ultimum (syn. Pythium ultimum), G. irregulare (syn. P. irregulare), Berkelomyces basicola (syn. Thelaviopsis basicola), and Fusarium solani.  Soil conditions that delay seedling emergence, such as cool, wet soils, can promote seedling disease development. Furthermore, high populations of plant-parasitic nematodes can impact seedling stand densities.  This presentation will discuss key pathogens and environmental factors contributing to poor stand establishment in cotton, and outline management strategies to mitigate their impact.

Back To The Basics In Crop Management

Presented by:  Eddie Lomax, Missouri Consultant, Lomax Ag Consulting Inc.

He started in retail. But over 20 years ago Eddie Lomax made what proved to be a successful transition from the world of concrete and mortar to the fields of southeast Missouri, where he became a highly successful consultant. He heads Lomax Ag Consulting, Inc. The Senath, Missouri resident operates with the motto “We treat your crops like they were our own.” He’ll be speaking on the topic of effective plant population management and increasing cotton yields. He’ll be joined by Dr. Travis Faske, University of Arkansas.

Why Keep Planting Cotton:  Management Approaches To Maintain Profitability

Presented by:  Will Rutland, Extension Associate, Mississippi State University

It’s becoming increasingly difficult to stay profitable growing cotton, leading many to ask why we should keep planting it. In challenging times like these, managing inputs often matters more than chasing higher yields. Seeding rate, fertility, product selection, and other considerations all play critical roles in determining profitability. Identifying where inputs can be reduced without sacrificing yield may be one of the most effective ways to keep cotton competitive and sustainable for the long term.

Adapting & Succeeding:  Navigating A Difficult Summer

Presented by:  Eric Bell, Tennessee Consultant, Bell Ag Consulting Service

Tennessee cotton consultant Eric Bell is a guy who speaks his mind about the state of the cotton industry. But his conference presentation this year will be different. In Jonesboro he’ll tell the tale of a late October cotton harvest preceded by a late plant, heavy rain, questionable growing conditions and lots of feedback from naysayers. The outcome: It all worked out! He’ll tell the tale with help from Will Rutland of Mississippi State University.

Diving Into Nitrogen Management

Presented by:  Dr. Brian Arnall, Precision Nutrient Management Extension Specialist, Oklahoma State University & Dr. Trenton Roberts, Professor and Soil Fertility Specialist, University of Arkansas

Dr. Roberts and Dr. Arnall will discuss ongoing research which explores nitrogen management. Topics will include application timing, tissue testing, deep soil sampling and use of biologicals and stimulants to improve the nitrogen use efficiency of cotton production.

Nitrogen Use Efficiency (NUE) In Minimum Tillage And Row Rice

Presented by:  Dr. Ronnie Levy, State Rice Specialist/Associate Professor, Agronomy, LSU AgCenter

Nitrogen is the most limiting element in almost all soils. Thus, proper application of N fertilizers is vital to improve crop growth and grain yields, especially in conservation tillage and row rice.  Optimal N management strategies aim at matching fertilizer N supply with actual crop demand, thus maximizing crop N uptake and reducing N losses to the environment.

Global Rice Sustainability

Presented by:  Dr. Steve Linscombe, Director-The Rice Foundation, USA Rice Federation

Will provide a report on the Rice Global Sustainability Research Project. This endeavor compares the current status of sustainability practices in U.S, rice production compared with sustainability practices in rice production in Thailand, India, Vietnam, Pakistan, Brazil, and Uruguay. All of these countries are major competitors in many markets where U.S. rice is exported to. Will also provide an update on major U.S. rice research projects.

What Did We Learn About Rice Yield And Milling In 2025?

Presented by:  Dr. Jarrod Hardke, Rice Extension Agronomist, University of Arkansas Division of Agriculture

How did rice performance change in 2025 compared to previous years for yield and milling, and what can we learn from it?

Hi-Tech AG:  The Future Is Now

Presented by:  Paul Schwarz, Arkansas Farmer

For 20 years, the Schwarz Farms Partnership has been fighting the good fight of farming, growing rice & soybeans in Northeast Arkansas. Paul Schwarz will address the 21^st century aspect of farming, explaining how he uses precision technology to increase farm efficiency and increase yields. Incorporating GPS, sensors, drones, data analysis and AI, Paul will explain how you can ride the tractor and check the satellite photos at the same time. He’ll be joined during his talk by Dr. Jarrod Hardke of the University of Arkansas.

Managing Inbred Varieties In Furrow-Irrigated Rice

Presented by:  Dr. Justin Chlapecka, Assistant Professor/Research Agronomist, University of Arkansas System Division of Agriculture & Nick Newberry, Program Associate-Research Operations Manager, University of Arkansas System Division of Agriculture

While not typically recommended in furrow-irrigated rice (FIR), inbred varieties are sometimes preferred over hybrids and have the potential to be grown successfully. Altering seeding rate, seed treatment, fertility programs, and other agronomic practices can increase chances of success while minimizing the inherent risks. Data from research studies conducted with the University of Arkansas System Division of Agriculture will be discussed along with recommendations from both a university researcher and a farmer perspective.

Rice Market Outlook – The Swings In Supply And Demand

Presented by:  Dennis DeLaughter, Market Analyst, VantageRM, LLC

The outlook for the rice market in 2026 can best be described as “unsettled.” Significant uncertainty persists, impacting not only rice producers but farmers of all crops across the country. Government support payments have become essential, providing critical relief to help reduce the considerable debt burden facing the agricultural sector. A central challenge for the rice market remains the ongoing U.S. trade imbalance, which has led to the “tariff wars.” It is important to recognize that tariffs themselves are not the end goal; rather, they serve as tools to achieve broader objectives within the current trade negotiation environment. We will delve into the complexities of these tariff measures and seek to clarify the true objectives driving current U.S. trade discussions.  The U.S. rice industry faces significant changes in demand, which have sent a clear warning to all stakeholders. We will explore the shifts in domestic demand and assess their implications for rice producers and the broader industry landscape. Beyond the domestic market, the global supply and demand situation for rice is also undergoing changes. There is a need to monitor potential shifts in worldwide demand and what these could mean for U.S. rice exports and competitiveness. This analysis will also include an initial look at the factors shaping the 2026 rice crop outlook.  Additional uncertainty stems from large carryover stocks in other grains, as well as broader economic questions related to a possible recession and fluctuating interest rates. These issues are central to understanding the swings in rice supply and demand as the industry prepares to plant, or not plant, the 2026 crop.

Basics Of Rice IPM And Rice Delphacid Update

Presented by:  Dr. Nick Bateman, Extension Entomologist, University of Arkansas System Division of Agriculture

Many insect pests can cause yield loss in rice, however there are some basic steps growers can take to help minimize or reduce the effects from insect feeding. Thresholds, cultural and chemical control tactics, as well as application timings will be discussed. Further, rice delphacid was documented in Arkansas and Louisiana late in the 2025 growing season. An update on management strategies and what the future of pest management could look like with rice delphacid in the system.

The RD Invasion And How To Stop It

Presented by:  Cliff Mock, Texas Consultant/Farmer

Cliff Mock, a longtime Texas rice consultant who hails from Nolan Ryan’s hometown of Alvin, will talk about the high, hard fastball mother nature has thrown Gulf Coast rice farmers through the appearance of Rice Delphacid (RD). The mysterious plant hopping insect which migrated to Texas from south of the border is wreaking havoc by killing rice plants in the Lone Star state. Mock and Dr. Nick Bateman, of the University of Arkansas, will speak on the crisis and how farmers can defend against RD.

Research Updates For Phosphorus And Potassium Management In Furrow- And Flood-Irrigated Rice

Presented by:  Dr. Gerson Drescher, Assistant Professor of Soil Fertility, University of Arkansas

Fertilization is one of the single largest input costs for rice production. Changes in crop management practices, such as flood to furrow irrigation, can affect soil nutrient dynamics and rice response to fertilization. Understanding how rice responds to phosphorus (P) and potassium (K) fertilization under different production systems is key to profitable farming. This presentation will discuss P and K management practices for furrow-and flood-irrigated rice, and how fertilizer application timing influences nutrient uptake and crop yield.

Looking Back On A Perplexing Year

Presented by:  Jim Whitaker, Arkansas Farmer, Whitaker Grain LLC / Trinity Farms Partnership LLC

The Whitaker’s have been farmers since the late 1800’s, based in the southeastern Arkansas town of McGehee. Jim Whitaker will speak about “What went right in 2025”, a presentation part commentary, part observation on a very eccentric year in the world of rice farming and agriculture overall. He’ll give his take on drone use, carbon markets and rice weed control practices. He’ll be joined by Dr. Gerson Drescher of the University of Arkansas.

New Developments In Rice Weed Control

Presented by:  Dr. Bob Scott, Extension Weed Scientist, University of Arkansas, Division of Agriculture & Adam Compton, Branch Manager, Helena Agri Enterprises

In the past several years there have been few new developments in herbicide technology.  One exception to this has been rice herbicides.  Soon there will be several new technologies emerging for rice producers.  These tools may arrive a little late as herbicide resistance continues to develop and evolve at an alarming rate.  The development of herbicide resistant weeds and new herbicide technology for rice will be discussed.

Rice And Water And Politics

Presented by:  Milo Hamilton, CEO, Firstgrain Inc. & John Anderson, Rice Consultant, Firstgrain Inc.

Rice is a small business in the Americas, about 5% of the total consumption and production happens across the Americas. But the Americas are a big part of the wheat, corn, and soybean world markets. Actually, rice in the Americas has been in business for several centuries. In the US it is grown in the World’s largest aquifer, the Mississippi Basin, which is about twice the size of the water footprint of the Ganges and Yangtze Basins combined. It has the only rice futures market that is quoted globally. Come find out why this is so from Firstgrain advisory service and where the rice market may head in the next few months.

Agriculture Policy Outlook From Washington

Presented by:  Vernie Hubert, Principal, Cornerstone Government Affairs

The One Big Beautiful Bill Act increased agriculture-focused spending by approximately $65.6 billion over the next decade (fiscal year 2025–fiscal year 2034). $59 billion of that total was directed toward core farm safety net enhancements, such as updates to Agriculture Risk Coverage (ARC), Price Loss Coverage (PLC), Dairy Margin Coverage (DMC) and crop insurance. The remaining $6.6 billion includes investments in disaster assistance programs, trade promotion, agricultural research, horticulture, energy, and rural infrastructure.  What is the outlook for farm policy and legislation in 2026?  Where are we on ag trade/tariff policy?  How does the larger fiscal picture affect agriculture policy?

Fertilizer Nutrient Management In A Difficult Economic Landscape

Presented by:  Matt Fryer, Technical Agronomist-Southeastern US, Koch Agronomic Services

With rising economic pressures, maximizing the value of every input dollar is vital to maintaining a profitable farming operation. With agronomically effective solutions in nitrogen protection and nutrient management, Koch Agronomic Services (KAS) is dedicated to empowering growers and retailers with the resources, expertise, and products they need to maximize their investments.

Multi-Year Performance Data With RiceTec’s Portfolio

Presented by:  Whitney Blake, Regional Business Innovation Agronomist, RiceTec, Inc.

RiceTec’s hybrid rice has been a cornerstone of many rice farms in the Mid-South over the last 26 years. Replicated Field Yield Trials (RFYTs) have been conducted throughout the Mid-South and Gulf Coast rice growing areas to assess our products across a vast range of geographies, soil types, and growing conditions. RiceTec’s hybrids typically have a significant yield advantage over inbred varieties and have the potential to mill very well. Milling scores are very dependent upon the harvest moisture in the field. Multi-year data shows that RiceTec’s hybrids have excellent milling and yield potential.

Balancing Rice Yields And Milling Quality:  Thinking Short Term And Long Term

Presented by:  Dr. Tim Walker, CEO, Horizon Ag LLC & Dr. Maria Montiel, Rice Breeder, Horizon Ag LLC 

Rice production has changed tremendously over the last 25 years in the southern USA.  Only a few varieties made up 80% or more of the total rice production area in the south.  Practically all rice was flood irrigated, and planted over a wider planting window due largely to equipment size.  Fast forward to today where over 30 varieties or hybrids are available and seldom does one variety or hybrid achieve more than 15% of the total planted acres.  A considerable amount of acres in the Upper Delta region are produced under alternative irrigation management schemes that can create more variability in grain moisture at harvest, a major contributing factor for milling quality.  Furthermore, when the weather allows, planting commences at a much faster pace due to improvements in equipment.  This session aims to tackle genetic and environmental components of long grain rice milling quality and how finding a balance between grain yield and quality have both short and long term impacts.

Reducing Phosphorus Based Fertilizer While Increasing Availability?

Presented by:  Robb Dedman, Head of Agronomy, AgroTech USA & Wes Long, Regional Sales Manager-South Central USA, AgroTech USA

Learn how to reduce phosphorus fertilizer while increasing the availability to your crops.

Soil Sampling Timing And Position Shape Phosphorus And Potassium Guidance For Soybean

Presented by:  Dr. Rasel Parvej, Assistant Professor & State Soil Testing Specialist, University of Missouri & Mead Hardwick, Louisiana Farmer, Hardwick Planting Co.

Land-grant phosphorus (P) and potassium (K) recommendations rely on pre-plant soil samples, but most producers sample after harvest in fall. Because soil tests vary in space and time, this shift may alter soybean fertilizer rates. We sampled soils and crop residues every 15–20 days from harvest to planting from 2022-2024 for corn–soybean, rice–soybean, and cotton-soybean rotations. Soil-test K at 0-6-inch depth was ~31 ppm greater in mid-March than mid-September after corn and rice harvest; increases from mid-October (post-soybean) to mid-March ~12 ppm, and from mid-November (post-cotton) to mid-March ~17 ppm. Soil-test P differences for these same periods after harvesting corn, rice, cotton, and soybean were around 7-11 ppm. Rain leaches K from residues, raising spring K and reducing K needs. Soil P changes modestly but may also justify lower spring P rates.

Early Season Insect Control In Midsouth Soybeans

Presented by:  Dr. Sebe Brown, Field Crop Entomologist, West TN Research and Education Center

Early-season arthropod pests pose a consistent challenge to soybean production in Tennessee and the Midsouth. Damage from pests such as seedcorn maggot, cutworms, and wireworms can reduce plant stands, slow early growth, and lower yield potential. Additional issues, including slugs and subterranean pests, are often associated with cool, wet conditions and high-residue or no-till fields. Because soybeans are most vulnerable during germination and seedling stages, protection during the first three weeks after planting is critical to achieving uniform stands and vigorous growth. This presentation will address early season arthropod management strategies in soybean.

Observations And Experiences With Cotton Jassid In Southeastern US Cotton

Presented by:  Dr. Scott H. Graham, Extension Entomologist, Auburn University

This presentation will provide an overview of invasive the two-spot cotton leaf hopper, or cotton jassid, which rapidly infested and established at treatable levels across Alabama, Florida, Georgia and South Carolina during the 2025 growing season. In addition to presenting identification of adult cotton jassid and injury symptoms, this presentation will discuss learnings from on-farm trials and observations from across the southeast. While there is much to learn for 2026, many observations have been made that will guide management recommendations in 2026.

Weed Management In Mississippi Soybean

Presented by:  Dr. Jason A. Bond, Weed Scientist, Mississippi State University

Weed control is one of the primary inputs for soybean production in the midsouthern U.S. Many challenges face soybean growers in the area; however, new tools are available that
will assist growers in mitigating the negative effects of weeds in soybean.

How Smart Farmers Survive In Tough Times

Presented by:  Tyler Hydrick, Arkansas Consultant, Ag Assistance, LLC

A familiar face at past Cotton & Rice conferences, in 2026 Tyler Hydrick will speak on his home turf. A resident of this year’s host city, Hydrick brings nearly two decades of wisdom gained in consulting farmers in northeast Arkansas on a wide variety of issues including pesticide & fertilizer application and the procedures behind a successful harvest. This year’s topic will focus on growing cost effective and productive soybean crops, in this challenging time for farmers. He’ll be joined by Dr. Jason A. Bond of Mississippi State University.

Road To Soybean High-Yield And Profitability

Presented by:  Dr. Eros Francisco, Assistant Professor & Extension Specialist, Auburn University & Eddie McGriff, Regional Extension Agent, Auburn University

Soybeans represent an important crop in most crop rotations and can contribute to the sustainability of other farming systems. Average soybean yields are a long way from ideal due to several misplaced management practices or the absence of certain ones. We’ll discuss different practices that have consistently promoted yield increases for farmers and preserving their profitability.

Soybean Seeding Rates That Pay:  How Low Can You Go?

Presented by:  Dr. Justin Calhoun, Assistant Professor, Agronomy, Mississippi State University & Keith King, Mississippi Consultant, Southern Ag Services

With rising production costs, many soybean growers are looking for practical ways to reduce inputs without sacrificing yield. Recent university research across the Midsouth has evaluated soybean stand and yield response to reduced seeding rates to determine how low populations can go while maintaining yield potential. Early results show strong opportunities for cost savings by cutting seeding rates, with minimal impact on yield. These findings align with on-farm experiences in the Mississippi Delta, where lower seeding rates have delivered consistent performance and improved profitability.

The Impact Of Deer Depredation On Southern Row Crops With A Focus On Management

Presented by:  Dr. Craig Sandoski, Southern Region Development Representative, Gowan USA & Dr. Cory Heaton, Extension Wildlife Specialist, Clemson University Cooperative Extension / Assistant Director, Sandhill Research and Education Center

Deer depredation has emerged as a persistent and costly threat to southern row crop production, with annual losses estimated in the millions across the region.  This session will examine the growing impact of deer pressure on soybean yields and farm profitability.  Attendees will explore deterrent strategies that can include the recently labeled M-pede® product from Gowan USA which has demonstrated promising results in reducing deer feeding and minimizing the need for costly replanting.  Through expert insights and real-world case studies, this session will equip producers, consultants, and researchers with practical tools to manage wildlife pressure and protect crop investments.

Soil Microbiology:  A Quick Dissection Of Microbes In Row Crop Fields

Presented by:  Dr. Jeremy Ross, Extension Agronomist-Soybean Professor, UADA & Dr. William Johnson, President, Johnson Agronomic Services, LLC

Soil microbes play a pivotal role in the productivity and sustainability of row crop agriculture. These microscopic organisms—including bacteria, fungi, archaea, and protozoa—drive essential processes such as nutrient cycling, organic matter decomposition, and plant health promotion. In soybean and other row crop systems, beneficial microbes contribute to nitrogen fixation, phosphorus solubilization, and disease suppression, while also enhancing soil structure and resilience. Understanding the diversity, function, and management of soil microbial communities is critical for optimizing crop yields and reducing reliance on chemical inputs. This overview highlights key microbial groups, their ecological roles, and emerging strategies for harnessing soil microbiology to support sustainable row crop production.

Soybean Disease Identification And Management In The Mid-Southern U.S.

Presented by:  Dr. Tom Allen, Associate Extension Research Professor, Plant Pathologist, Delta Research & Extension Center

The major foliar diseases impacting soybean in the mid-southern U.S. will be covered.  Information related to soybean responses to foliar diseases in the mid-southern production system as well as response of soybean to foliar fungicides as a means to prevent yield losses associated with important foliar diseases will also be presented.

Looking For An Answer:  The Battle Of The Nematode Parasite

Presented by:  Perry Galloway, Arkansas Farmer

Based in Gregory, Arkansas, Perry Galloway has enjoyed a successful career farming the soil of the east central part of the state. He’ll speak on the ongoing battle he and many other farmers fight against the nematode parasite, a nemesis that wages war against the very root of the crops he attempts to grow every year. He’ll be joined by Dr. Tom Allen of Mississippi State University.

Updating Soil-Test-Based Phosphorus And Potassium Recommendations For Corn

Presented by:  Dr. Rasel Parvej, Assistant Professor & State Soil Testing Specialist, University of Missouri & Mead Hardwick, Louisiana Farmer, Hardwick Planting Co.

We re-evaluated soil-test phosphorus (P) and potassium (K) recommendations for Louisiana corn using 49 P trials and 53 K trials (2021–2024) with fertilizer rates of 0, 40, 80, 120, and 160 lb P₂O₅ or K₂O acre^-1. Fertilizer-P increased yield at 23 of 49 sites. Soil-test P at 0–6-inch depth explained 59% of relative yield and identified P-responsive sites with 95% accuracy using a 25–35 ppm critical range. Fertilizer-K increased yield at 25 of 53 sites. Soil-test K at 0–6-inch depth explained 92% of yield variability and identified K-deficient sites with 100% accuracy using a 90–120 ppm critical range. These results support updated, depth-standardized P and K thresholds for corn.

Maximizing Corn Yield And Profitability In 2026

Presented by:  Dr. Jason Kelley, Professor, Wheat and Feed Grains Extension Agronomist, University of Arkansas System Division of Agriculture

The presentation will discuss management practices to maximize irrigated corn yield while minimizing input costs. Items of discussion will include nitrogen fertility management practices, including rates and timing, plant populations, hybrid selection, planting dates, and overall best management practices to achieve optimum yields with minimal inputs. Economic returns from trials with varying plant populations and nitrogen rates will also be discussed.

25-Year Agronomic Summary Of The Arkansas Corn Research Verification Program

Presented by:  Chuck Capps, Corn & Grain Sorghum Research Verification Coordinator, University of Arkansas System Division of Agriculture

This talk will focus on the agronomic findings of the Arkansas Corn Research Verification Program over the last 25 years. Discussion will include impacts of planting date, soil type, fertility programs, irrigation usage and type, previous crop, plant populations, and row spacing/configuration on corn yield. In addition, overall cropping and yield trends in Arkansas corn production will be discussed.

Managing Nitrogen To Improve Corn ROI

Presented by:  Dr. Erick Larson, Professor of Agronomy / Extension Corn Specialist, Mississippi State University

Corn profitability is greatly influenced by how we manage nitrogen fertilizer in the Midsouth. This year was a prime example of how nitrogen efficiency can be affected by water relations, and impact corn productivity. Unfortunately, our seasonal weather often varies dramatically, which alters nitrogen availability and corn response. Our ability to counter environmental challenges depends primarily on timing, fertilizer source, and application methods which help minimize exposure to losses, while enhancing availability for a high yielding corn crop. Accordingly, we will identify corn needs and discuss key strategies we can use to reduce risk and enhance returns of our southern corn production systems.

Balancing The Books:  Keeping Your Head Above Water In 2025

Presented by:  Walt Rambo, Mississippi Farmer, A & W Farm Partnership

Walt Rambo farms the land of Sunflower County, Mississippi and says he loves doing so. He’ll admit he passionately loves MSU Bulldog football as well. He didn’t grow up on a farm, and he says he enjoys the stress of farming. (You won’t find that everywhere) His discussion topic is based on his search for the most cost-effective practices he can implement throughout his operation, so he can manage his ROI so that farming isn’t in his words “costing him bushels.” He’ll share the podium with Dr. Erick Larson of Mississippi State University.

Soybean Irrigation Termination Strategies And Sensor-Based Tools For Improved Water Management

Presented by:  Dillon Russell, Extension Specialist, Mississippi State University – NCAAR & Trey Freeland, Commercial Manager, Goanna Ag

Determining the optimal timing to terminate irrigation in soybeans is critical for conserving water while protecting yield. This presentation will share first-year results from a study evaluating irrigation termination at various soybean growth stages and the associated impacts on water use and yield. Following this, Trey Freeland with Goanna Ag will discuss how sensor technologies and data platforms, including those used in this study, provide producers with actionable information to support better irrigation decisions. The session will conclude with an overview of the Mississippi Master Irrigator program, which equips growers with the knowledge and tools to adopt improved irrigation practices.

Irrigation Best Management Practices For The Whole Farm

Presented by:  Dr. Dave Spencer, Assistant Professor, Mississippi State University & Seth Hutton, Mississippi Farmer, Delta H Farms

This presentation provides a holistic overview of irrigation management strategies for major Midsouth crops – rice, soybean, corn, cotton, and peanuts. For rice, water management strategies including continuously flooded, furrow-irrigated, alternate wetting and drying, and tailwater reuse will be discussed. Additionally, current recommendations and best management practices for both pivot and furrow irrigation systems will be reviewed and guidance updated based on recent research and field experience. Emphasis is placed on managing multiple crops and irrigation systems simultaneously.

Payback Periods And ROIs Of Remote Irrigation Pump Controllers:  A Case Study

Presented by:  Dr. Joe Massey, Research Agronomist, USDA-ARS Delta Water Management Research Unit, Gustavo Lima, José Flores, Lessandro Faria, and Nicolas Quintana Ashwell

This case study was conducted for the 2021 irrigation season for a 2800 acre corn-rice-soybean farm in NE Arkansas.  Estimated payback periods and returns-on-investment for diesel and electric pump controllers will be presented based on reductions in driving and excess pumping afforded by remote pump shut off.  Potential impacts of farmer quality-of-life valuations on shut off economics will be discussed.

Utilizing New Technology While Maintaining A Budget

Presented by:  Scott Whitaker, Arkansas Farmer, Trinity Farms Partnership LLC

The Southeast Arkansas farmer, part of the Whitaker legacy that has grown crops on Arkansas land for 135 years, will talk about bringing a practical approach to a complicated subject: How to use all the new technology out there and stay within your budget. He’ll be joined by Dr. Joe Massey of the University of Arkansas, who works out of the USDA-ARS Delta Water Management Unit in the host city of Jonesboro.

The Evolution Of Rice Irrigation

Presented by:  Mike Hamilton, Instructor-Irrigation Educator, UADA & Scott Matthews, Arkansas Farmer

This session we will discuss the evolution of rice irrigation practices on the Matthews Farm Partnership (MFP). Over the past 10 years MFP has transitioned from decades of conventional cascade flooding to Multiple Inlet Rice Irrigation (MIRI). This phenomenon has not just occurred on MFP but has continued to gain significant acres across Arkansas. The difficulties experienced as well as the economic and environmental advantages with adopting MIRI will be discussed during our session. The new normal for agriculture must include proven technologies and techniques that help the bottom line. We used RTK drones, LiDAR, GIS softwares, Computerized Hole Selection, Alternate Wetting and Drying, reduced tillage, soil moisture monitors, and other irrigation water management tools and practices during our journey. These changes were essential for our learning, developing, and improving the rice irrigation designs on this farm and should be implemented on all farms to improve irrigation efficiency conservation on every acre.

Water, Soil And Salinity:  How Can We Overcome?

Presented by:  Dr. Katie Lewis, Professor, Texas A&M AgriLife Research & Clay Lewis, Texas Farmer, Clay Lewis Farms

Sustaining agricultural productivity while preserving water quality and quantity is a pressing challenge for Texas producers. In many of Texas’s key crop-producing regions, including the High Plains, water and soil salinity have become a critical constraint to sustainable water and land management. Increasing irrigation demands, reliance on marginal-quality water, and limited drainage capacity have accelerated salt accumulation in the soil profile, reducing crop yields, degrading soil structure, and threatening long-term soil and water resource sustainability.

Furrow Irrigated Rice, With Nitric Acid Fertilizer, In-Furrow Fertilizer, Camera Guided Weed Control And Developments With The Pit-Less Pump System

Presented by:  Dr. Chris Henry, Associate Professor & Water Management Engineer, University of Arkansas

The patented pitless recirculating pump system (PRPS) developed by the University of Arkansas has over 10 years of research and on-farm demonstration experience.  The system has been shown to improve head rice yield by 9% using a 23% Urea ammonium nitrate plus calcium nitrate fertilizer (YaraLiva UCAN-23).  A three-year study found that the pit-less system improved yields by 9% and total water use efficiency by 31% over a 3-day irrigation cycle.

A recent study comparing the pit-less system to a 3 day, 7 day and using soil moisture sensors at a 40% allowable depletion using the University of Arkansas “Watermark Soil Sensor Calculator”  mobile app, found that the continuous system had a significantly higher yield than the other irrigation treatments, an improvement of 29 bushels per acre.  There was no difference between 3, 7 and 40% allowable depletion treatments.  Improvements and the first attempt to use the system in soybeans was accomplished in 2025, with a reduction of 4.2 ac-in/ac but a significant reduction of 4 bushels per acre.  More work is needed to understand how to apply the system in furrow irrigated soybeans.  Polymer-coated urea that were applied in-furrow show and UCAN that is fertigated show promise in improving yields as both were numerically higher than a reference urea plot and control urea plots by between 5 and 13 bushels per acre.

Missouri Experience With Furrow Irrigated Rice And The Pit-Less Pump System

Presented by:  Will Hunter, Missouri Farmer, Willow & Company

Experience with the pitless pump system for rice shows promise in Missouri furrow irrigated production systems.  The installation and adaption to management shows promise for larger fields, including cost effective ways for farmers to install systems including over 3,000 feet of underground wire using farmer available equipment.

Performance And Accuracy Evaluation Of A UAS For Applying Cover Crop Seed Mixes

Presented by:  Dr. Wesley M. Porter, Professor and Extension Ag Engineer, University of Georgia

The main goal of this presentation is to provide an evaluation of the performance of unmanned aerial systems (UAS) for cover crop seeding (CCS) in agriculture. A DJI Agras T-40 was utilized for this study. Calibration trials and statistical analyses reveal variability in seed distribution, with discrepancies between controller-reported and actual application rates. While UAS technology offers promising capabilities for precision agriculture, limitations in accuracy and consistency highlight the need for further refinement to meet agronomic standards.

Drones Crash The World Of Ag

Presented by:  William Walker, Tennessee Consultant, Walker Ag Services

Well, the zombie invasion never occurred, but the drones are here, and they are becoming a big part of the ag world real fast. William Walker, a Western Tennessee ag consultant and retail entrepreneur will discuss how he became involved in the use of spray drones, and what his learning curve has been in the two years they’ve been a part of his company & farming operation. He’ll be joined during his talk by Dr. Wesley Porter of the University of Georgia.

High-Speed Planting In Cotton:  Is The Investment In Technology Worth It?

Presented by:  Eddie McGriff, Regional Extension Agent, Auburn University; Matt & Nick McMichen, Alabama Farmer’s, McMichen Farms

Planting technology has advanced significantly in recent years, with several options available for precision seed metering and placement of cotton seed. With narrower planting windows due to weather challenges each year, there is a growing interest among cotton growers in utilizing technologies such as high-speed planters to maximize planting efficiency. However, there is also a significant cost associated with a high-speed planting technology, which is one of the major factors related to its adoption. This session will cover information on various commercially available high-speed planting options for cotton, as well as whether the benefits outweigh the cost of investment. Data from several research trials evaluating the performance of high-speed planter trials in cotton will also be shared.

Hitting The Target:  How Evolving Spray Drone Technologies Are Stacking Up Against Traditional Application Methods

Presented by:  Dr. Jason Davis, Assistant Professor of Remote Sensing and Pesticide Application, University of Arkansas System Division of Agriculture & Dr. Terry Spurlock, Professor and Extension Plant Pathologist, University of Arkansas System Division of Agriculture

Interest in spray drone systems has surged exponentially in the Midsouth recently, with increasing adoption among both private and commercial applicators. Both successes and challenges are widely discussed in conversations and on social media. This session will present findings from recent RPAAS trials, comparing spray drones to traditional application methods. We will explore application uniformity, canopy penetration, product efficacy, and off-target movement, drawing insights from field trials and multiple platforms evaluated.

How Are You Using AI Tools On Your Farm?

Facilitated by:  Dr. Ed Barnes, Director, Agricultural and Environmental Research, Cotton Incorporated

 Artificial intelligence (AI) is making its way into agriculture in both visible and behind-the-scenes ways. Early uses have included machine vision for weed detection and precision “detect-and-treat” spraying, as well as unpiloted aerial vehicles (UAVs) for crop imaging and spray applications. Now, more farmers are directly using general AI tools like Grok, ChatGPT, Claude, and Copilot to:

• Query and analyze farm records
• Design equipment modifications
• Compare insurance programs
• Price farm inputs
• Research agronomic and market information

While these tools can be powerful, they are not infallible—AI can make mistakes, so it’s important to verify answers, especially when financial or safety decisions are involved.

This discussion-focused session will invite you to share:

• Examples of where AI has helped in your operation
• Areas where you wish AI could offer new solutions
• Challenges you’ve faced in putting AI to work on your farm

Whether you farm cotton, rice, corn, soybeans, or all of the above, your insights will help others learn how AI is being used on real farms today—and where it could go next. Come ready to share your stories, ideas, and questions.

Considerations For Adding Max-Ace Technology Into Your Rice Rotation

Facilitated by:  Hayden Hambrick, RiceTec Technical Services Representative, RiceTec, Inc.

Stewardship is critical to all rice herbicide tolerant systems to prevent the development of herbicide resistant weeds and weedy rice.  Stewardship is based on common Best Management Practices that are optimum for weed control and resistance prevention.  The utilization of a rotation system of Max-Ace Rice Cropping Solutions will help minimize the selection pressure on weeds and allow a suitable rice rotation.  The rotation of the different herbicide technologies is a crucial step in the prevention of uncontrollable weeds in rice.

Understanding Your Soil Test Recommendations

Facilitated by:  Dr. Nathan Slaton, Associate Vice President for Agriculture and Assistant Director of the AAES, (SOIL)-Soil Testing, University of Arkansas / Dr. Vaughn T. Reed, Assistant Professor, Soil Fertility, Mississippi State University / Dr. Oscar Ruiz Jr., Senior Agronomist, Waypoint Analytical

Consistent high yield cotton and rice production often requires supplemental fertilization. In this roundtable, the details of how a soil test recommendation is constructed will be discussed. This information can be used to make more profitable fertilizer decisions.

Cotton Leaf Spot Diseases:  A Cause For Concern Or Just Cosmetic?

Facilitated by:  Dr. Travis Faske, Professor and Extension Plant Pathologist, University of Arkansas System, Division of Agriculture & Perry Galloway, Arkansas Farmer

The leaf spot complex, which includes Stemphylium leaf spot, Alternaria leaf spot, and Cercospora leaf spot, is often considered a minor issue in cotton.  However, under certain environmental conditions, these diseases can become severe and raise concerns about potential yield losses.  This presentation will explore a case study from Arkansas where leaf spot diseases were unusually severe, prompting questions about when such outbreaks warrant concern.  Additional discussions will include other foliar diseases such as target spot and areolate mildew.   Finally, the discussion will address environmental conditions, production practices, and agronomic practices that promote severe disease development, along with when and if management strategies are necessary to protect cotton yield potential.

Lessons Learned From Master Irrigators

Facilitated by:  Dr. Chris Henry, Associate Professor & Water Management Engineer, University of Arkansas; Dr. Drew Gholson, Associate Professor & Extension Irrigation Specialist/Coordinator, National Center for Alluvial Aquifer Research, Mississippi State University; Bryce Howard, Texas Farmer, H Bar H Farms; Mike Schulz, Oklahoma Farmer, Schulz Farm; Sledge Taylor, Mississippi Farmer; Jeremy Wiedeman, Arkansas Farmer, Wiedeman Farms

Programs in the region have helped irrigators learn new skills and with confidence make substantial changes to how irrigation is done on their farms.  While technology is promoted as the solution to water management woes, it’s understood that management is the key factor to actually improving irrigation on a farming operation.  This session brings farmers from the mid-south with farmers from the high plains together to compare experiences with making initially uncomfortable, improvements on their farms.

Getting Started With Soil Health:  Tools And Resources For Success

Presented by:  Emily Ball, Soil Health Educator, Soil Health Institute & Dr. Bill Robertson, Conservation Agronomist, CWC Farm

Adopting soil health management practices can feel overwhelming, but practical tools and trusted resources can make the journey more approachable. This talk will highlight decision-support materials from the Soil Health Institute, the value of experienced growers and mentor networks, emerging opportunities to use artificial intelligence (AI) to access information more efficiently, and real examples of growers successfully implementing soil health practices on their operations

Strategies To Provide Additional Phosphorus Availability And Increasing Yields With Sulphur

Presented by:  David Annis, CPAg, CCA, Market Development Manager, Tiger-Sul Products & Chuck Farr, President, Mid-South Ag Consultants

Economics is on the mind of producers and consultants for 2026. In row crop production systems, sulfur fertilizers enhance nitrogen use efficiency, increase phosphorus availability to the plant, reducing input costs while increasing yields. This presentation explores practical uses of various sulphur sources to maximize nutrient use efficiency to meet plant uptake demands, maximizing yields, and reducing overall nutrient management costs.

Beyond Fertilizer: The Role of Polysulphate® in Balancing Agronomy, Economics and Soil Health

Presented by:  Dr. AJ Foster, North America Agronomy Lead/PhD, CPAg, CCA, ICL Growing Solutions

Polysulphate® is a natural, multi-nutrient fertilizer delivering sulfur (S), potassium (K), calcium (Ca), and magnesium (Mg) in one granular product. Research in southern U.S. cropping systems—rice, soybean, and cotton—shows that meeting sulfur needs with Polysulphate can reduce Muriate of Potash (MOP) and seeding rates without sacrificing yield. Beyond nutrient supply, Polysulphate enhances soil health by improving nutrient efficiency, crop establishment, and ecosystem resilience. These benefits make it a practical solution for boosting agronomic performance, profitability, and long-term soil sustainability.

Profit-Driven Farming:  Turning Data Into Decisions

Presented by:  Alan Grafton, Principal, Pinion

With the number of factors limiting farm productivity today, it’s important to hone in on areas for improvement. Pinion agribusiness advisor, Alan Grafton, will discuss steps you can take to evaluate and manage your farm operation profitability to increase your margins and protect your legacy. Learn the recipe for creating true profitability and making valuable decisions.

Weathering The Economic Storm:  Tools For Farm Success

Presented by:  Tim Stults, Agribusiness Consultant, Pinion

In 2025, agricultural producers faced significant financial challenges due to poor commodity prices and high input costs, threatening the sustainability of their operations. This presentation will delve into the importance of understanding the “cost of doing business” on your farm through comprehensive financial stress testing. We will explore effective strategies and tools that can help you evaluate your financial sensitivity, forecast potential risks, and make informed decisions to navigate economic uncertainties and the future of your farming operation.

PLINAZOLIN Technology:  Agricultural Insect Control

Presented by:  Tony Burd, Senior Regulatory Policy Manager, Syngenta & Dr. Ben Thrash, Associate Professor, University of Arkansas

In an era where innovative crop protection solutions are crucial for sustainable agriculture, the introduction of PLINAZOLIN^® technology, upon registration from the U.S. Environmental Protection Agency, will represent a new offering in insect control. This presentation explores the journey of bringing this novel active ingredient to market amid evolving regulatory frameworks, particularly as the first insecticide to undergo the EPA’s new Endangered Species Act (ESA) requirements. Attendees will gain valuable insights into the rigorous regulatory process, including detailed examination of ESA compliance protocols and their implications for future crop protection products. The discussion will showcase the technology’s unique mode of action and its demonstrated effectiveness in controlling yield-limiting insect pests across key row crops.

© 2025 Syngenta. Important: Always read and follow label instructions. Some products may not be registered for sale or use in all states or counties. Please check with your local extension service to ensure registration status. PLINAZOLIN is not yet registered for sale or use in the U.S. and is not being offered for sale. PLINAZOLIN^® is a trademark of a Syngenta Group Company.

Next-Gen Solutions In Pest Management:  What’s New, What’s Next

Presented by:  Lawson Priess, Technical Service Manager, FMC & Drake Copeland, Technical Service Manager, FMC

Stay ahead of the curve with the latest in rice and soybean protection innovation from FMC. This breakout session delivers key updates on Command® 3ME microencapsulated herbicide, including 2(ee) uses for teaweed and prickly sida control in soybeans. Learn about expanded crop uses, rice application enhancements, and the transition from Vantacor® to Coragen® eVo insect control for rice weevil control. We’ll also provide an update on the upcoming Keenali™ complete herbicide. Packed with timely insights and forward-looking solutions, this session will help strengthen weed and insect management strategies for today—and the seasons ahead.

History And Benefits Of Cotton Insecticides Accompanied By An Update From Corteva’s Rice Portfolio

Presented by:  Dr. Hunter Bowman, Crop Protection Market Development Specialist, Corteva Agriscience; Dr. Gus Lorenz, Distinguished Professor Emeritus of Entomology, University of Arkansas, LG Management, LLC; Dr. Ben Thrash, Associate Professor, University of Arkansas

This session will provide attendees with an in-depth understanding of the history and key benefits of Transform® WG insecticide with Isoclast® active. Participants will also learn best practices for maximizing return potential on investment through effective use of the product. The session will then shift focus to the impact and management of thrips in cotton production. To conclude, attendees will receive updates on recent and ongoing research related to Corteva’s rice portfolio.

Corn & Soybean Market Outlook & Risk Management Update

Presented by:  Dr. Aaron Smith, Interim Assistant Dean and Professor, University of Tennessee

Mid-South corn and soybean farmers continue to face significant headwinds going into the 2026 crop year. Depressed commodity prices, persistently high input costs, geopolitical uncertainty, and ongoing changes in farm policy are creating a complex environment for producers in the region to navigate. This presentation will examine the current economic landscape and provide a price outlook for corn and soybeans. In addition, the presentation will offer practical guidance to help farmers navigate credit applications, evaluate and select effective risk management tools, and develop sound marketing strategies to protect their bottom line.

Protecting Yields, Securing Profitability: The Role Of Kojami™ In Peanuts & Rice

Presented by:  Dr. Diane Reynolds, PhD, Head of Marketing, ADAMA, Jason Meier, Product Development Manager, ADAMA & John Robertson, Market Development Manager, ADAMA

Discover how ADAMA’s new fungicide Kojami™ is helping growers in the Mid-South protect peanut and rice crops from devastating foliar diseases. Backed by field trial data, this session will highlight Kojami’s unique modes of action, broad-spectrum disease control, and role in integrated crop management. Crop consultants, ag distribution partners, retailers, and growers will gain practical insights into maximizing yields, improving ROI, and stewarding long-term production sustainability.

Ag Law & Litigation Industry Update

Presented by:  Dr. Rusty Rumley, Senior Staff Attorney, UADA

This presentation will cover top legal issues impacting the cotton, rice, and soybean industry across the U.S.  Areas covered will include U.S. Supreme Court updates, as well as state and federal updates on pesticides, MAHA, economic assistance, and related issues.

Integration Of Livestock In Row Crop And Solar Applications

Presented by:  Keith Scoggins, NRCS State Agronomist-Soil Health Specialist; Arkansas Soil Health Alliance Member/Retired Farmer, USDA-NRCS & Michael Dickey, Arkansas Farmer, M & K Farm

Integrating livestock production or renewable energy generation, supporting both agricultural and environmental goals. NRCS programs such as EQIP and CSP offer technical and financial assistance for vegetation management, pollinator habitat, and grazing infrastructure under solar arrays. Grazing livestock reduces vegetation control costs, improves soil health, and promotes carbon sequestration while keeping land in agricultural use. NRCS field staff assist with planning, site assessment, and practice implementation to align grazing systems with conservation and energy site standards. This partnership demonstrates practical, climate-smart agriculture in action.