UACES Facebook In Arkansas forage, August rains result in high bale counts, but low protein and energy

In Arkansas forage, August rains result in high bale counts, but low protein and energy

By Ryan McGeeney
U of A System Division of Agriculture
Oct. 7, 2016

Fast Facts:

  • Heavy rains in August delayed much of state’s forage harvest
  • Dry fall/winter may result in short grazing season, requiring more forage to feed cattle
  • Armyworms impacting as much as one quarter of all hay acreage in the state 

(739 words) 

LITTLE ROCK — The same summer rains that delayed rice harvest and triggered as much as $50 million in crop losses throughout Arkansas are having a different effect on forage producers, albeit in a different way. 

Hay

John Jennings, professor and extension forage specialist for the University of Arkansas System Division of Agriculture, said Thursday that heavy rains, especially throughout the month of August, prevented growers from harvesting Bermuda and other warm-season pereforage grasses. 

“I had one producer tell me, tongue in cheek, that he saved a lot of time this year because he cut his first, second and third hay harvest all at the same time,” Jennings said. 

In the plus column, Jennings said, the abundant rain has made for abundant production, in terms of bales harvested. However, because much of the hay grass across the state remained unharvested for a month or more past its ideal maturity date, much of that hay will be lower in protein and energy. 

Statewide, Arkansas producers grow approximately 2 million acres of fescue grass, a cool-season perennial grass, and about 2 million acres of Bermuda grass, a warm-season perennial, Jennings said. Rye grass is over-seeded on a significant portion of the Bermuda grass for pasture grazing, he said. 

In many counties around the state, hay harvest is now in full swing. In Sharp County, Cooperative Extension Service chair Joe Moore said growers in his county planted approximately 4,000 acres of forage grasses, which have seen an abundant yield. 

“Because of the tremendous rainfall, the production is up, and the prices are down,” Moore said. “I’ve seen prices all over the map, anywhere from $20 a round bale to $35.” 

A typical round bale of hay ranges from about 650-900 lbs, Moore said. 

As with many areas in the state, Moore said growers in their county had had “their fair share” of dealings with fall armyworms, an invasive pest that has affected both forage and residential grasses throughout the state this season. 

“I have some farmers who’ve sprayed three and four times for the armyworms,” Moore said. “We’ve had different flushes of these things — different generations, different hatches, and we’ve had variable growth stages in the fields, too. Whenever we’re out scouting, we can have small worms, medium and large worms. It’s an indication we’ve had different generations of egg laying take place by the adult moths. 

“Most of our farmers are using the pyrethroid-based insecticides,” he said. “They are very, very short-lived in relation to the residual contact killing power they have. Most of the farmers try to get by as cheap as they can, and that’s why they’re having to spray three to four times.” 

Moore said he, along with other Cooperative Extension Service agents and Division of Agriculture crop and pest specialists, have tried to convince growers to use longer-lasting insecticides that require fewer applications. 

Although researchers have yet to determine how much forage production may be lost to the armyworms, Kelly Loftin, extension entomologist for the Division of Agriculture, said approximately 300,000-500,000 acres of hay grass in the state has suffered from armyworm infestations. 

“In some cases, when possible, the grass was cut and baled rather than making an insecticide application,” Loftin said. “In other cases the field was treated. Some producers noted a yield loss, while some lost a cutting of hay in a field. In some fields, the rain was such that producers could not get into the field which delayed or prevented an insecticide application — you can’t make an effective insecticide application when it’s raining.” 

Following a wet summer, cattle and forage producers are now facing a dry fall, a situation that complicates forage and feeding strategies, Jennings said. 

“For crop farmers that’s great, because they’re trying to get their harvest out, but for cattle farmers who are trying to grow that fall grass, so they can graze longer and not have to feed hay so early, it’s tough,” Jennings said. “The temperatures are cooling off, but now we’ve got no rainfall. That’s really going to reduce the fall forage production, and even though we may have a lot of that hay, we may be feeding it early, because of a lack of fall forage production.” 

Jennings advised cattle producers to test their available hay for nutrient values to best calculate their livestock’s feeding needs for the coming winter. 

To learn more about hay production in Arkansas, contact your local Cooperative Extension Service agent, or visit www.uaex.edu.

 

 

The University of Arkansas System Division of Agriculture offers all its Extension and Research programs and services without regard to race, color, sex, gender identity, sexual orientation, national origin, religion, age, disability, marital or veteran status, genetic information, or any other legally protected status, and is an Affirmative Action/Equal Opportunity Employer. 

# # #

 

Media Contact: Mary Hightower
Dir. of Communication Services
U of A Division of Agriculture
Cooperative Extension Service
(501) 671-2126
mhightower@uaex.edu

Related Links