Farms.com Home   News

Corn and Soybean Production May Move out of Iowa in Coming Years Due to Warming Temperatures in the Midwest

Corn and Soybean Production May Move out of Iowa in Coming Years Due to Warming Temperatures in the Midwest

By Nicole Welle

The production of corn and soybeans makes up a huge part of Iowa’s economy, but studies show that warming in the Midwest caused by climate change may cause the ideal growing conditions for the crops to move north into Minnesota and the Dakotas in the next 50 years.

Researchers at Penn State University studied county-level crop-yield data from 18 states compiled by the U.S. Department of Agriculture’s National Agriculture Statistics Service over approximately a 30-year period. The team also studied weather patterns and the relationships between climate and corn and soybean yield over that same time period.

Their findings showed that this northward shift has already begun and is likely to continue if there is no intervention. This may be concerning to Iowans who rely on the production of these crops for their livelihood. However, the current changes are happening gradually, so farmers would have adequate time to adapt over the coming decades, according to Armen Kemanian, a researcher at Penn State.

Click here to see more...

Trending Video

Pandemic Risks in Swine - Dr. John Deen

Video: Pandemic Risks in Swine - Dr. John Deen

I’m Phil Hord, and I’m excited to kick off my first episode as host on The Swine it Podcast Show. It’s a privilege to begin this journey with you. In this episode, Dr. John Deen, a retired Distinguished Global Professor Emeritus from the University of Minnesota, explains how pandemic threats continue to shape U.S. swine health and production. He discusses vulnerabilities in diagnostics, movement control, and national preparedness while drawing lessons from ASF, avian influenza, and field-level epidemiology. Listen now on all major platforms.

"Pandemic events in swine systems continue to generate significant challenges because early signals often resemble common conditions, creating delays that increase spread and economic disruption."