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Warmer winters and a hotter Gulf of Mexico could be contributing to more tornadoes in Illinois, experts say

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Warmer winters and a hotter Gulf of Mexico could be contributing to more tornadoes in Illinois, experts say


Illinois saw more tornadoes than any other state in 2023. Byron Hurley experienced that reality firsthand after three tornadoes touched down near his Chatham home in central Illinois last year.

“My house got hit on May 7. May 14 was a nasty supercell that hit Chatham,” Hurley said. “We also got some large hail on July 23. I rode that storm out in my car, taking cover at a drop-off area at a church just outside Chatham.”

According to Matthew Elliott, a meteorologist at the National Oceanic and Atmospheric Administration, Illinois experienced 118 tornadoes last year — the third most in its history. The numbers have not yet been finalized, Elliott said, but are unlikely to change.

The number of tornadoes in any state fluctuates significantly from year to year, said Jeff Frame, a professor of climate, meteorology and atmospheric sciences at the University of Illinois. According to Frame, the biggest component is the state’s number of “outbreaks.”

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The Glossary of Meteorology, published in 2000, describes a tornado outbreak as multiple tornado occurrences caused by the same weather event.

The third biggest tornado outbreak on record in Illinois occurred March 31, 2023, with 36 tornadoes in one day. The second largest outbreak was 50 years ago in 1974. Frame said most years with high numbers of tornadoes see at least one tornado outbreak.

“Weather patterns in 2022 were not conducive to a lot of thunderstorms and tornadoes,” Frame said. “But in 2023, they were helped along by a couple of big events, starting with a large tornado outbreak across the U.S.”

The 2023 numbers were a significant increase from the 34 tornadoes recorded in Illinois in 2022. Nationwide, NOAA preliminarily confirmed 1,269 tornadoes in 2023.

Studies have also found climate change may be affecting tornado patterns. Victor Gensini, a professor at Northern Illinois University, said climate change can affect the conditions necessary to create tornadoes.

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Tornadoes need instability –– warm moist air near the ground with cooler temperatures higher up –– and wind shear –– a change in wind speed or direction –– to form. Instability is more potent in the warm seasons, and shear is usually stronger in the winter.

A woman walks past downed tree limbs on her property along Main Street in Belvidere, Illinois, on April 1, 2023. Tornado-strength winds on March 31 swept through the area and damaged the Apollo Theatre on nearby State Street, whose roof and marquee sign collapsed during a concert, injuring at least 40 people and killing one. (John J. Kim/Chicago Tribune)
Heavy equipment operators survey the exterior damage of the Apollo Theatre on April 1, 2023, in Belvidere. Tornado-strength winds on March 31 collapsed the venue's roof and marquee sign during a concert, injuring at least 28 people and one fatally. (John J. Kim/Chicago Tribune)
Heavy equipment operators survey the exterior damage of the Apollo Theatre on April 1, 2023, in Belvidere. Tornado-strength winds on March 31 collapsed the venue’s roof and marquee sign during a concert, injuring at least 40 people and killing one. (John J. Kim/Chicago Tribune)

As winters get warmer, Gensini said, there can be more instability and more shear –– leading to more winter tornadoes.

“It kind of has been a good example of what to expect with a warming climate with a much warmer winter, a much earlier start to spring, in a much faster start to tornado season,” Gensini said. “But we’re not sure if that’s a climate change signal or if that’s a signal of just weather or climate variability.”

According to Elliott, data has been inconsistent on the impact of climate change on tornadoes. But, he said, the times of year and the locations of tornadoes seem to be changing.

Walker Ashley, a professor of Earth, atmosphere and environment at Northern Illinois University, said increasing temperatures in the Gulf of Mexico may be affecting the number of tornadoes in states to its north –– including Illinois.

A hotter Gulf increases low-level moisture, which creates conditions ripe for tornadoes, Ashley said

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“If the Gulf of Mexico is heating up under climate change, and we’ve seen it’s running hot, that increases your moisture and your instability,” Ashley said. “It makes sense the eastern part of the United States would heat up.”

Still, researchers cautioned against holding climate change entirely responsible for changing weather patterns in Illinois.

Technologies used to detect and predict tornadoes have adapted significantly over the last few decades, and are likely to have affected the number of tornadoes observed and recorded in Illinois –– especially since the state’s tornadoes tend to be low in intensity.

According to the National Weather Service, nearly 37% of tornadoes in northern Illinois from 1950 to 2017 were EF0 — the lowest intensity a tornado can be. Only 2% were classified as “violent.”

Out of the 22 days with tornado activity in 2023, four days caused injuries, two days saw property damage, and there were no days with crop damage, according to NOAA.

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A wall sits partially collapsed on the 1500 block of North Fremont Street after strong storms passed through the area, June 13, 2022 in Chicago. During the event a tornado warning was issued for the Chicago area by the National Weather Service. (Armando L. Sanchez/Chicago Tribune)
A wall sits partially collapsed on the 1500 block of North Fremont Street in Chicago after strong storms passed through the area on June 13, 2022. During the event, the National Weather Service issued a tornado warning for the Chicago area. (Armando L. Sanchez/Chicago Tribune)

Hurley said the tornadoes that passed by his home in Chatham only caused tree damage. A conservationist who does storm chasing in his free time, Hurley said he followed multiple other tornadoes in Illinois last year, including one that started near Loami, 10 miles west of Chatham, on Aug. 6.

“I saw the beginning. … I had a great view of the wall cloud and bowl funnel near Loami but only got to see it briefly before falling too far behind,” Hurley said. “On Aug. 6, I got hailed on in Taylorville as well. It was a wild year, that’s for sure.”

Taylorville is about 30 miles southwest of Chatham.

Frame added that metropolitan areas throughout Illinois have also expanded in the past couple of decades. While lower-level tornadoes in rural areas may have gone undetected in the past, cellphones and population sprawl make them harder to miss in the 21st century.

“What we’re able to do is detect a lot more of these tornadoes with more spotters, better reporting technology, cellphones and internet, and better radar technology,” Frame said. “In 1960 you’re just never going to see those reports, because the technology and the infrastructure wasn’t there.”

While experts remain conflicted about the impacts of climate change on the number of tornadoes, they said Illinois residents should remain on high alert.

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“It’s been an active year,” Gensini said. “I think we all need to be anticipating more of these tornado disasters. And that’s regardless of what’s happening with the frequency of climate change. Climate change is playing a role, an important role, but it’s not the only role.”



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Historical Corn versus Soybean Returns in Illinois – farmdoc daily

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Historical Corn versus Soybean Returns in Illinois – farmdoc daily


Average per acre returns to soybean production have exceeded those for corn production in 10 out of the 13 crop years from 2013 to 2025. The opposite was true over the prior 13 crops years from 2000 to 2012. Acreage trends in Illinois indicate farmers are responding to the shift in relative profitability by planting a smaller percentage of their acres to corn.

Corn versus Soybean Returns in Illinois

Figure 1 shows average corn minus soybean returns for central Illinois grain farms with high-productivity farmland enrolled in Illinois FBFM from 2000 to 2025, with projections for 2026 based on the latest Illinois crop budgets (see farmdoc daily from May 19, 2026).

From 2000 to 2012, average per acre returns to corn production exceeded returns to soybeans in 10 years with an average advantage for corn of $59 per acre.  The latter half of this period includes the years of high returns and farm incomes during the biofuel boom resulting from the Renewable Fuel Standard.

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The large increases in use of corn for ethanol production largely came to an end by 2013. Since 2013, average returns to soybeans have exceeded those for corn.  Soybean returns exceeded corn returns in 10 out of the 13 years from 2013 to 2025, with an average advantage for soybeans of $53 per acre. The 2013 to 2025 period has been characterized by lower returns due to low commodity price levels relative to production costs, which have increased consistently through time. Exceptions include the 2020 to 2022 crop years when a significant amount of ad hoc assistance was provided in response to the pandemic (2020), and corn and soybean prices saw significant increases (2021 and 2022) due in part to supply chain issues associated with the pandemic and the start of the Russia-Ukraine War. The largest return advantage for soybeans in the last 25 years occurred in 2023 when average soybean returns exceeded corn returns by $237 per acre.  Notably, average farmer returns to both corn and soybeans were negative in 2023 but the average loss for soybeans was less than that for corn acres.

Acreage Allocation Trends

Figure 2 shows the percentage of total tillable acres planted to corn by grain farms enrolled in FBFM in the northern (upper panel), central (middle panel), and southern (lower panel) regions of Illinois from 2003 to 2024. The percentage of acres planted to corn has trended down slightly in all three regions over the past 12-15 years, a period which corresponds with the greater relative returns to soybean acres. This indicates a response from farmers in adjusting their crop rotation decisions to the shift in relative profitability.

Corn acreage as a share of total tillable acres on Illinois FBFM grain farms, 2003–2025, by region. Northern Illinois consistently has the highest corn share (about 55%–69%), Central Illinois remains near 50%–60%, and Southern Illinois has the lowest share (about 37%–47%). Corn acreage shares peaked in the late 2000s to early 2010s and have since stabilized or declined slightly.

Historically, a higher percentage of acres have been planted to corn in northern Illinois.  This is due to continuous corn rotations being more common in the northern region of the state, which can be linked to greater feed demand from beef and dairy operations in that region of Illinois among other factors. Corn and soybeans are by far the primary crops planted over the past 25 years in both northern and central Illinois, with both typically accounting for 95% or more of total planted acreage. Thus, reductions (increases) in corn acreage are typically offset by corresponding increases (reductions) in soybean acres. The proportion of corn acres in northern Illinois has dropped back under 60% in recent crop years after exceeding that level from 2007 to 2018 with a peak of just over 69% in 2011.  The share of corn acres in central Illinois has dropped down to around 50%, trending down from a peak of nearly 60% in the 2007 crop year.

Southern Illinois has historically had the smallest percentage of acres planted to corn. While planted on a small percentage of total acres, wheat more commonly enters farmers’ crop rotations in southern Illinois, often with wheat followed by double-crop soybeans. The percentage of corn acres has trended down from around 47% in 2012 to around 40% in 2024.

Discussion

The shift towards higher returns to soybeans over the last 13 crop years can be linked to a number of factors.

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  • Since the 2012 drought, both corn and soybean yield performance has, on average, been relatively good across Illinois.  Average soybean yields in particular have been strong, exceeding trend levels in all years but 2019.  Anecdotal evidence suggests that farmers are improving management decisions and practices on soybean acres, moving to earlier planting dates and adopting new technologies such as seed treatments which can improve yields particularly in stressful conditions (see the Illinois Soybean Management Guide for more information).
  • Except for the three-year period from 2020 to 2022, market returns have been relatively poor for corn and soybean producers since 2013.  The non-land costs to produce soybeans are smaller than those for corn.  Fertilizer costs have been volatile and machinery costs have been on the rise, particularly since the pandemic and 2020 crop year – both of which are lower for soybeans than for corn.
  • While trade policies over the past decade have negatively impacted export markets for U.S. agricultural commodities, and in particular for U.S. soybeans, trade aid payments have helped to partially offset those losses.
  • The RFS was a rising tide that tended to lift all boats in the form of higher commodity prices in the latter half of the 2000s.  The initial impact of U.S. biofuel policy was arguably more beneficial to corn, but over time the role of biodiesel has increased resulting in greater demand for feedstocks, primarily soybean oil (see farmdoc daily from April 12, 2024). The share of acreage planted to corn in Illinois rose to meet the increase in demand for ethanol and has declined back to levels similar to the early 2000s. In contrast, the share of acres planted to soybeans declined and then increased as relative returns have shifted.
  • The planting flexibility provision of the 1996 farm bill has provided farmers a better ability to respond to return conditions through acreage adjustments (see farmdoc daily article from March 3, 2025).

A key question is whether returns will continue to favor soybeans over corn for grain farms in Illinois and across the Midwest.  If so, will producers continue to shift towards more soybean acres in their crop rotations? This would imply some farmers moving to planting soybeans to the same land in consecutive years (i.e. soybeans on soybeans).  Agronomists tend to advise against planting multiple years of soybeans in a row due to concerns over disease, weed, and other pest pressures and the potential for the development of pest resistance to existing tools (Illinois Soybean Management Guide). However, research is being done on continuous soybean rotations in the Midwest (see here for an example of a recent study in Iowa).

Over the next few months we plan to provide a short series of articles which take a closer look at the shift in relative profitability of corn versus soybeans over the past 25 years. These will include more analysis of the factors that have contributed to the shift and whether we should expect the trend to continue.

Acknowledgments

The authors would like to acknowledge that data used in this study comes from Illinois Farm Business Farm Management (FBFM) Association.  Without their cooperation, information as comprehensive and accurate as this would not be available for educational purposes.  FBFM, which consists of 4,900 plus farmers and 80 plus professional field staff, is a not-for-profit organization available to all farm operators in Illinois.  FBFM field staff provide on-farm counsel with recordkeeping, farm financial management, business entity planning and income tax management.  For more information, please contact the State FBFM Office located at the University of Illinois Department of Agricultural and Consumer Economics at 217-333-8346 or visit the FBFM website at www.fbfm.org.

References

Gerveni, M., T. Hubbs and S. Irwin. “FAME Biodiesel, Renewable Diesel, and Biomass-Based Diesel Feedstock Trends over 2011-2023.” farmdoc daily (14):71, Department of Agricultural and Consumer Economics, University of Illinois at Urbana-Champaign, April 12, 2024.

Illinois Soybean Management Guide, 2025. University of Illinois Extension.

Paulson, N., G. Schnitkey, C. Zulauf and B. Zwilling. “Spring Revision to 2026 Illinois Crop Budgets.” farmdoc daily (16):88, Department of Agricultural and Consumer Economics, University of Illinois at Urbana-Champaign, May 19, 2026.

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Zulauf, C., J. Coppess, G. Schnitkey and N. Paulson. “US Corn, Soybean, and Wheat Acres in the Planting Flexibility Era.” farmdoc daily (15):40, Department of Agricultural and Consumer Economics, University of Illinois at Urbana-Champaign, March 3, 2025.



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Unincorporated Bensenville residents say ‘nightmare’ rat infestation threatens their health, safety

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Unincorporated Bensenville residents say ‘nightmare’ rat infestation threatens their health, safety


UNINCORP. BENSENVILLE, Ill. (WLS) — People living in a neighborhood in unincorporated Bensenville say a rat infestation is a threat to their health and safety.

Those in the White Pines neighborhood say they know the source of the problem, but they feel like elected officials are not doing enough to help them.

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Multiple homeowners say the issue goes back at least two years. They believe one particular property is ground zero and that there have been no significant measures to eliminate what they are calling a rat infestation.

“It’s just a nightmare right now,” said White Pines resident Jim Brill.

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Brill says for two years, he and his neighbors have dealt with rats running around their property.

“It’s impacting every house that surrounds that house. The rats come out when we put our trash cans out. They literally swarm out of the yard, that house’s yard, go in our trash cans,” Brill said.

Another neighbor says his home security picked up the rodents after they tripped the camera’s motion sensors, sharing at least a dozen videos with ABC7 showing them scurrying around the side of his house.

And pictures show multiple rats on the windowsills on the home that neighbors believe is the root of the issue.

“We have to, you know, take huge measures to maintain our property, and we’ve done that, but when your neighbor isn’t doing that, and then creating housing for these vermin, right, that carry disease, and can, you know, be troublesome and problematic, it’s quite frustrating,” said White Pines resident Kristin Henri.

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Henri says her parents have lived there for more than 50 years, never with a rat problem, until 2024. She says the rats are a hazard to their health and safety.

“We’ve had rats on our property, running through in broad daylight, so it’s unnerving. I can’t let my dog out. I worry about my neighbor’s child across the street, who’s a toddler,” Henri said.

Henri and Brill say living in an unincorporated part of Bensenville has complicated matters. At this point, they believe it is in the county’s hands, but still the problem persists.

“We contacted the county. They keep telling us they’re going to take care of the problem, and they don’t,” Brill said.

“We need somebody to help eliminate this. It’s not fair to us. We maintain our properties, and we want to live in a safe environment,” Henri said.

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The DuPage County Building and Zoning Staff told ABC7 they been working on this problem since 2024.

They are working with the owner of a single property to clean the home’s interior.

Once that’s done, the county says, it will have an exterminator come in and set traps in the area.

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Fireball sightings reported in at least 8 states including Illinois

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Fireball sightings reported in at least 8 states including Illinois



Sightings of a fireball were reported across Illinois and at least eight other states on Monday night. 

The American Meteor Society received nearly 200 reports of a fireball seen over Illinois, Indiana, Kentucky, New York, Ohio, and Wisconsin around 10 p.m.

Some of the reports out of Illinois came from Chicago, Aurora, Carpentersville, Warrenville, Addison, Waukegan, Oak Lawn, Shorewood Westchester, and Glen Ellyn. There were also reports from Indiana, including Valparaiso and Fort Wayne. 

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Matt Snyder


There was also a report out of Ontario, Canada. 

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Home camera footage, posted by the American Meteor Society, shows a flash across the sky in Michigan about an hour Northwest of Detroit. 



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