Arkansas Researchers Target Insecticide Resistance in Rice Stink Bugs

University of Arkansas’ Allen Szalanski discusses a news study on rice stink bugs, what it could mean for farmers, and pest management strategies for the future.

FAYETTEVILLE, ARK. (RFD NEWS) — Native rice stink bugs may be small, but they cost farmers millions of dollars each year in crop losses and control costs. Now, researchers say new findings could help address one of the industry’s growing concerns: insecticide resistance.

Allen Szalanski from the University of Arkansas joined us on Thursday’s Market Day Report to discuss the pest’s impact on agriculture and why it continues to be a costly challenge for rice producers.

Szalanski explained the background of the Rice Stink Bug and outlined how infestations can affect crop quality and farmers’ profitabilityto help insecticides remain effective for longer periods. He also shared details from a new study that identified clues that could help researchers better understand how the pest develops resistance to insecticides.

According to Szalanski, those findings could eventually support new management strategies designed to help insecticides remain effective for longer periods of time. He also discussed the next steps in the research process as scientists continue studying the pest and potential control options.

Related Stories
Benchmark machinery costs against those of similar-sized, high-performing operations to inform equipment and investment decisions.
Record pace corn exports are helping stabilize prices despite softer global grain production and ongoing supply competition.
Rep. Randy Feenstra, R-IA, details how the “One, Big, Beautiful Bill” Act (OBBBA) supports farmers, biofuels, and rural communities with tax breaks, crop insurance relief, and ag infrastructure.
Jake Charleston of Specialty Risk Insurance shares risk-reduction strategies to help cattle producers prepare for a successful year ahead.
Producers across the country balanced winter weather disruptions, shifting export demand, and tightening margins as year-end decisions come into focus.
Reviewing risk management now can help dairy and livestock producers enter 2026 with clearer margins and fewer surprises.

Marion is a digital content manager for RFD News and FarmHER + RanchHER. She started working for Rural Media Group in May 2022, bringing a decade of digital experience in broadcast media and some cooking experience to the team.

LATEST STORIES BY THIS AUTHOR:

Rep. Erin Houchin of Indiana discusses how the Affordable Homes Act will benefit rural communities, and her broader efforts to improve access to affordable housing.
Iowa Secretary of Agriculture Mike Naig discusses market conditions, policy priorities, and his outlook for agriculture moving forward.
NEFB President Mark McHargue recaps the Farm Bureau’s Annual Convention, producer sentiment in Nebraska, and discusses key issues facing agriculture.
Congressman Dusty Johnson of South Dakota joined us to discuss key ag policy developments and his outlook for agriculture in 2026.
House Agriculture Committee Democrats are calling for action on the Farm and Family Relief Act, warning that proposed SNAP cost shifts to states could reduce food assistance for low-income families amid ongoing tariffs and trade disruptions that continue to strain U.S. farmers.
Expanded school access to whole milk provides modest but reliable demand support for U.S. dairy producers.
Agriculture Shows
Hosted by Scott “The Cow Guy” Shellady and RFD News Markets Specialist Tony St. James, Commodity Talk delivers expert insight into the day’s ag commodity markets just before the CME opens. Only on RFD-TV and Rural Radio SiriusXM Channel 147.
A look at the news, weather and commodities headlines that drove agriculture markets in the past week.
Everything profits from prairie. Soil, air, water — and all kinds of life! Learn how you can improve your land with prairie restoration, cover crops and prairie strips, while growing your bottom line.
Special 3-part series tells the story of the Claas family’s legacy, which changed agriculture forever.