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The ABCs of variety selection may start with letters behind a variety name denoting insect resistance or herbicide tolerance technology, but they certainly do not end there. Beyond the letters are complex characteristics controlled by multiple genes – yield, fiber quality, stress response, disease resistance, plant type and relative maturity. “A” stands for area-appropriate. Consider performance data generated from the same area as your farm. Know specific field production constraints and choose varieties with appropriate disease resistance, nematode tolerance and moisture stress response. “B” is for broadening risk with more than one variety in more than one maturity class so harvest on large farms can be staggered. Broadened risk improves the odds of catching beneficial rains and avoiding widespread hail damage. “C” is for control. Stay grounded with input capabilities. Highhorsepower varieties in low-input situations can lead to quality problems. “Control” reminds me of the first cotton farmer to ask my advice on variety selection – my father, who passed away in May. Professional presentation of yield data did not impress him. He told me, “I can make these varieties yield. Show me something with the potential for good fiber quality. I have less control over that.”

If a cotton producer has questions about weed resistance, he will find the answers at the Beltwide Cotton Conferences (BWCC) on Jan. 5-7 in New Orleans. This will be one of the key topics of discussion at the Consultants Conference, as well as the Technical Conferences. Obviously, other issues of interest are on the schedule, but perhaps none is timelier than this expensive problem. Most observers agree that cotton producers have made remarkable progress in understanding this situation and implementing workable strategies. But, there is still much to learn as new technologies become available to cotton production. “The good news is that we’ve made great progress in controlling resistant pigweed in cotton,” says Tom Barber, Arkansas Extension weed specialist and chairman of the BWCC Weed Science Conference. “I think our farmers completely understand the importance of overlapping residual herbicide applications. What has us concerned is some PPO (protoporphyrinogen oxidase) resistance that we’ve discovered in seven counties in Arkansas. Fortunately, they’ve all been in soybean fields and not cotton.” Barber says the big concern is will Reflex herbicide still give farmers the necessary control if the PPO resistance problem moves into cotton fields.

A brief glance at the face of cotton production would indicate that there are a lot of older men growing the crop. But, a deeper look reveals that a new and diverse generation of cotton producers is helping to...

Missouri’s Rone Family Strives For Efficiency By Tommy Horton Defoliating and harvesting a cotton crop is like painting a picture. Unless everything is mixed together perfectly, the finished product won’t be that good. Some have even suggested that the entire exercise...

We have seen quite a few OSHA inspections occurring in the cotton ginning industry lately. If you have never been through one, there are a few things you can do now to make it go much more smoothly. First, we...

Timing is everything in the cotton industry. Whether it’s growing or selling the crop or launching a career, it’s all about the calendar. And that is certainly the case for a young Californian named Stephen Harmer, who recently graduated from the International Cotton Institute in Memphis, Tenn. More than a year ago, he earned a degree from the University of California-San Luis Obispo in wine and viticulture and thought he was headed for a career in that industry. It seemed like the right choice at the time. Then, his parents encouraged him to consider another offer from a cotton company in Bakersfield, Calif. It seems that the Jess Smith & Sons Cotton Company was looking for someone to hire, and Stephen’s name was passed along as a potential candidate for a job as a trader. After much discussion with his parents, he finally relented and decided to interview with the company – even though his knowledge of cotton was limited. It turned out to be a life-changing decision for Stephen. He was offered a position, fell in love with cotton and hasn’t looked back. He quickly settled into being a trader with the company, and his boss decided it would be advantageous if he participated in the International Cotton Institute in Memphis. The school would increase his contacts in the global cotton industry, while helping him learn more about all aspects of cotton. And, in a bit of irony, company owner Ernie Schroeder Jr. had participated in this same class in 1995, the International Cotton Institute’s first year.

By Rusty Mitchell Louisville, MS The objectives of any cotton defoliation program are to remove cotton leaves, assist in boll opening and desiccate weeds that can interfere in harvest efficacy. Timing of a harvest-aid application is determined by the crop maturity....

How are you dealing with the current situation? I could probably write a book about this. First, ginners love to gin cotton, but we know it will be a different fall with the reduced cotton acres. To me, the best thing to do is think positive. You can’t shut the doors while the game is still going on. We’ve had something that has been good, and it will probably be good again. It’s all about maintaining an attitude that will help you survive. Can cotton survive in a diversified crop mix in your area? We are definitely looking at a major shift in acres in Arkansas. Frankly, I don’t think we need to go back to a “fencerow to fencerow” cotton environment. I think we need to diversify. The farmers need it, and the soil needs it. The problem occurs when you see cotton harvesters on acres that reduced cotton by 25 to 50 percent. That is a concern.

For the 2015 back-to-school season, Cotton Incorporated wanted to learn what parents’ priorities are when making back-to-school purchasing decisions for their children – and to see how cotton fits into the back-to-school picture. Cotton Incorporated used its Lifestyle Monitor...

• By Carroll Smith, Senior Writer • Transform My Community Contest Winners Announced Grand Prize Winner: A.J. Hood, Cotton Producer, Tillar, Ark. First Place Winner: Steve Robert, Cotton Consultant, Wynne, Ark. Second Place Winner: Frank Phelps, Cotton Consultant, Mer Rouge, La. Third Place Winner: Stephanie Miller,...

Has this been an unusual year for cotton producers in many parts of the Belt? Most would agree with that assessment. First, there is the frustrating cotton price that has stayed in the 60-cent range for months. Then came the floods in Texas and the Mid- South and dry conditions in the Southeast and West. One theme, however, remained consistent – the need for an effective strategy that could deal with weed resistance, namely pigweed. While most producers understand the concept of “starting clean and staying clean,” technology is assisting in the quest to reduce production costs even more. You’d be hard pressed to find a more forward-thinking farmer than Jason Luckey of Humboldt, Tenn., in the western part of the state. He, father Rege, brother Ken and nephew Zac have consistently adhered to a diversified crop mix involving cotton, corn, soybeans and wheat. They rarely increase acreage for any one crop and have succeeded in their dryland operation by staying with this philosophy.

Texas Cotton Ginners’ Association (TCGA) members know how to adapt. No matter how unusual the production environment or number of issues, this organization usually finds a way to adjust quickly. Not surprisingly, members had plenty to talk about at TCGA’s Summer Meeting recently at the Barton Creek Resort in Austin, Texas. “We certainly discussed a wide range of issues at our meeting,” says TCGA executive vice president Tony Williams. “Our organization is optimistic and hopeful about the size of the crop our farmers can deliver this year – even though we know that some areas couldn’t even plant.” In one of his reports to the TCGA Board of Directors, Williams presented data that supports the idea that a large cotton crop is possible this year – despite lower planted acreage statewide. The latest USDA crop report pegs cotton acreage in Texas at 5.2 million acres. That is a reduction of one million acres compared to 2014.

BY GLEN HARRIS TIFTON, GA. The fertilizer spreader truck rolls across the field spitting out a custom blend of N-P-K, secondary and micronutrients based on grid soil sampling, followed later by the sidedress rig equipped with sensors to measure plant...

Even though some cotton varieties have natural drought tolerance built in, weather patterns of erratic rainfall and predictions of increased competition for water resources in the future are of concern to the entire cotton-growing community. Last year, Cotton Incorporated...

The first iPiPE design originated 10 years ago with the soybean rust website, which became known as Integrated Pest Management PiPE or ipmPiPE. The ipmPiPE was a collaboration of Extension professionals in the United States, Canada and Mexico. The ipmPiPE offered IT tools, pest observations and models to meet the information requirements for the economical management of invasive and endemic crop pests. With its awardwinning success at monitoring soybean rust and providing guidelines for its control, the ipmPiPE design was extended to other geographies, crops and pests, such as the Legume, North Central, Onion, Pecan and Cucurbit ipmPiPEs. The PiPE design took another evolutionary step with the integrated PiPE or iPiPE. The iPiPE has advanced IT features, including the modernization of data collection (i.e. electronic records versus paper notes) and storage (central database for data sharing); scouting apps for mobile devices; pest alerts to provide lead time for implementing control practice and multi-form derivative products from weather, crop and pest models to support