Organic Variety Production Tour – Thursday, September 3rd

New Deal, Texas | Registration begins at 9:30 a.m. | No registration fee

One of the continuing challenges for organic crop producers is finding seed varieties developed for the conditions in which we actually farm. This is especially true in the Texas High Plains, where crops must perform under heat, limited rainfall, declining irrigation capacity, organic fertility programs, and significant insect and disease pressure.

On Thursday, September 3, we will hold an Organic Variety Production Tour in the New Deal–Lubbock area to look at efforts underway to address that problem. This tour is built around a Southern SARE Producer Grant led by Seth Fortenberry of New Deal Grain that is helping develop local capacity to produce and supply non-GMO hybrid corn seed for organic and water-limited cropping systems.

Seth farms organic crops in the Texas High Plains and operates New Deal Grain, an organic grain and seed business. One of the problems he and other organic growers continue to face is the limited availability of non-GMO corn hybrids adapted to the hot, dry conditions of our region. Most corn seed production and much of the breeding work supplying non-GMO hybrids has historically been centered in the Midwest. The goal of this project is to begin closing that gap by taking regionally adapted genetics, producing the seed locally, and ultimately making those hybrids available to organic farmers.

New Deal Grain has licensed TAMZ106B and TAMZ107, two non-GMO corn hybrids developed through the Texas A&M AgriLife corn breeding program. The SARE project is helping Seth build the specialized knowledge and infrastructure needed to increase parent seed, produce hybrid seed, maintain genetic purity, process and condition the harvested seed, and move that seed into commercial production. The project also includes testing these hybrids on certified organic farms and comparing their performance under actual production conditions.

The September tour will use that corn seed project as a starting point, but the discussion will be broader. We will look at corn, sorghum, cowpea and guar plots and talk about what characteristics we need when selecting and developing varieties for organic agriculture. That may include yield, drought and heat tolerance, disease and insect resistance, weed competitiveness, forage quality, food quality, seed production characteristics, and opportunities for alternative markets.

At the Texas Tech corn plots, we will discuss corn breeding, promising crosses, commercial possibilities, and high-anthocyanin or High-A corn being developed for specialty food and health-oriented markets. We will then move to cowpea and guar plots to discuss their potential as cover crops, forage crops, protein crops, and alternative cash crops. The final field discussion will focus on organic sorghum, including variety needs, seed availability, and where we see opportunities for the organic sorghum industry.

This is really a tour about connecting plant breeding, seed production, and farmer needs. Developing a good variety is only the first step. Farmers also need enough high-quality seed, produced and conditioned correctly, at a price and quantity that allows them to actually plant it. Building that connection from the breeder’s plot to the farmer’s planter is one of the important long-term goals of this work.

Tentative Tour Agenda

9:30–10:00 a.m. – Registration, Introductions and Tour Overview at
New Deal Grain – Bob Whitney, Extension Organic Specialist and Seth Fortenberry, New Deal Grain

10:00 a.m. – Depart for Texas Tech Farm – Corn Plots

10:15 a.m. – Corn Breeding and Variety Development
Overview of the corn breeding program, varieties and crosses, potential industry uses, and High-A corn. Andrew Sellers, Texas A&M AgriLife Research Corn Breeding Technician and Bob Whitney

10:45 a.m. – Depart for Sorghum, Cowpea and Guar Plots

10:55 a.m. – Field Overview – Seth Fortenberry

11:00 a.m. – Organic Cowpea and Guar
Discussion of the plots and their potential as cover crops, protein crops, forage crops, and alternative crops for organic production – Dr. Waltram Ravelombola, Assistant Professor, Organic & Specialty Crop Breeding

11:25 a.m. – Organic Sorghum
Sorghum plot discussion, organic sorghum production and variety development, seed needs, and the future of organic sorghum – Dr. Bill Rooney, Professor, Sorghum Crop Breeder and Nick Porter, Senior Research Associate, Sorghum Breeding

12:00 noon – Depart for Lunch at the Texas A&M AgriLife Research and Extension Center at Lubbock
Lunch provided by Orlando’s

12:45 p.m. – Wrap-Up

Registration

There is no cost to attend the tour or lunch, but we need an accurate meal count.

Please contact Bob Whitney at 979-571-2086 to register.

Registration begins at 9:30 a.m. at New Deal Grain in New Deal, Texas, and we will leave for the field tour promptly at 10:00 a.m.

TAMZ107 Stands Out in a Wet Year for Corn Ear Rots

A wet 2026 Texas corn trial highlighted TAMZ107’s strong ear-rot resistance, showing how years of public plant breeding can deliver disease protection directly through the seed.

Sometimes two ears of corn can tell an important plant-breeding story.

Ears from the 2026 Taylor, Texas, corn hybrid trial. TAMZ107 (top) remained free of visible ear-rot symptoms, while an unnamed commercial hybrid (bottom) showed severe ear-rot damage.

Both ears pictured came from a 2026 corn hybrid trial near Taylor, Texas—one location in our multilocation testing program. The ear on top is TAMZ107, developed by Dr. Wenwei Xu, Texas A&M AgriLife Research corn breeder at Lubbock. The ear on bottom is an unnamed commercial hybrid.

Frequent rainfall and humid conditions during the 2026 growing season have favored corn ear rots across parts of Texas. The commercial ear shows severe ear-rot symptoms, with Fusarium among the predominant ear-rot pathogens observed this season. All commercial hybrids in this trial showed some ear-rot damage, while the TAMZ hybrids remained free of visible symptoms.

The importance of this comparison is not the identity of the commercial company. It is the value of years of public plant breeding. Dr. Xu selected resistant inbred parents and combined them to produce TAMZ hybrids adapted to Texas conditions. TAMZ107 has been tested for several years and is now ready for release and fits an organic program because it is GMO free and adapted to organic conditions.

Genetic resistance is especially valuable for organic farmers because it arrives in the seed. The plant begins the season with its own protection rather than depending on a treatment after disease develops. Resistant hybrids can also benefit any farmer facing difficult weather and disease pressure.

See the TAMZ Hybrids in the Field

The TAMZ hybrids will be featured during the Field to Fiesta Corn Tour on Wednesday, August 12, beginning at 9 a.m. at the Halfway Research Center in Halfway, Texas. The tour will include the research center and nearby farm fields, followed by a sponsored lunch.

Topics will include heat during pollination, corn borers and earworms, drought tolerance, ear rots and herbicide drift. For attendance information, contact Extension Agronomist Kristie Keys at kristie.keys@ag.tamu.edu. View the program announcement.

Corn Breeding – Not an Easy Process

In the world of organic agriculture, the continuous development of improved corn varieties is crucial for addressing the evolving challenges faced by farmers. This November, Dr. Wenwei Xu, a TAMU Research Corn Breeder from Lubbock, and I traveled to work in the Winter Corn Nursery in Ponce, Puerto Rico. Our mission involved carefully collecting pollen from specific corn varieties and crossing them onto the silks of other varieties to produce hybrids for future variety production.

The Winter Corn Nursery plays a vital role in accelerating the breeding process by allowing researchers to conduct additional growing cycles during the off-season. This enables breeders to make faster progress in developing new varieties with desirable traits such as brown mid-rib, improved leaf structure for weed suppression, drought tolerance, high antioxidant production, and enhanced silage production capability. By utilizing winter nurseries, breeders can significantly reduce the time required to bring new, improved varieties to market, ultimately benefiting organic farmers and the agricultural industry as a whole.

The work of corn breeders is essential for advancing organic agriculture and addressing the unique challenges faced by organic farmers. Through careful selection and crossing of varieties with known traits, breeders aim to develop new hybrids that combine multiple desirable characteristics. These efforts result in corn varieties that are better adapted to organic growing conditions, more resilient to pests and diseases, and capable of producing higher yields with improved nutritional profiles. By continually refining and enhancing corn genetics, breeders contribute to the sustainability and productivity of organic farming systems, helping to meet the growing demand for organic products while supporting the long-term viability of organic agriculture.

Organic Corn Resources

Finding a corn variety adapted to Texas extremes can be very difficult. At this time, I just don’t know of too many certified organic corn varieties that can make it through the difficult hot nights in most of Texas except maybe the northern panhandle area of Texas. Even in those area many growers have tried to bring in corn varieties popular in the Midwest and they just don’t yield well.

That said, I have tried to list varieties that Texas organic growers have grown and continue to grow. The companies listed may or may not have varieties adapted to Texas, but you have their contact information to check. If you see anything I need to add, change or delete please let me know. This is an ongoing project and one that will continually be updated and changed.

Click a link below to scroll down!

Updated 3/12/25

  1. Corn Varieties Used for Organic
  2. Seed Contacts:
  3. Organic Corn Buyers:
  4. Resources (just click to see)
  • Pioneer Yellow – P0075, P0157, P0487, P1185, P1197, P1222, P1359, 6381, 5353, P1608, P1639, P1718, P1870, P17677 (available in 2025), and (not sure about availability – P1751, P33Y74, P1422, 63T1GH, 6589ZZ, P33774)
  • Pioneer White – P1790W, P1306W, P1543W (available in 2025), and (not sure about availability – 1639 and 32B10)
  • Partners Brand – PB 11802 (118 day), CL 860 (116 day), and PB 8580 (115 day)
  • Seitec Genetics – 6345, 6381
  • BH Genetics – 8780, 8700, 8590, 8555, 8420, 8443W, 8121

This list does not necessarily mean that these companies have corn varieties adapted for Texas. Companies continue to develop varieties that work in areas they have not traditionally grown in and so some testing helps know and use new materials.

Pioneer

  • I am in contact with Pioneer to get contact information soon. Till then check with your local rep if you have one?

New Deal Grain

  • 501 E Main St, New Deal, TX 79350
  • Office: (806) 784-2750

Partners Brand

B-H Genetics

  • 5933 Fm 1157, Ganado, TX 77962
  • Office: (361) 771-2755
  • seed corn, sorghum, sorghum-sudangrass

Seitec Genetics

Beck’s Hybrids/Great Harvest Organics

  • 6767 E. 276th Street, Atlanta, IN 46031
  • (800) 937-2325
  • Corn, Corn Silage, Soybeans, Wheat, Alfalfa, Milo/Sorghum, Forage and Cover Crop

Albert Lea Seed/Blue River Organic Seed/Viking Non-GMO

  • 1414 West main Street Albert Lea MN 56007
  • seedhouse@alseed.com
  • Work: (800) 352-5247
  • www.alseed.com
  • corn, soybeans, alfalfa, wheat, oats, cover crops, wildflowers, native grasses, CRP

De Dell Seeds

American Organic Seed

Falk’s Seed Farm

  • 1170 High 9 NE Murdock MN 56271
  • falkseed@westtechwb.com
  • (320) 875-4341
  • www.falkseed.com
  • soybeans, corn, forages, small grains

Foundation Organic

Genetic Enterprises International

Master’s Choice

Welter Seed and Honey Company

Byron Seeds

  • 775 N 350 E Rockville IN 47872
  • duane@byronseeds.us
  • (800) 801-3596
  • http://byronseeds.net/
  • alfalfa, corn, clover, cover crop, grasses, mixes

Enger Farms

McDowell Feed Source

Coyote Creek Organic Feed Mill

Deaf Smith County Grain

Panhandle Milling

Heartland Co-op

Triple Nickel

Pink Rose Organix