Omaha's Sinkhole Problem Runs Deeper Than Viral Videos

While a recent high-profile sinkhole collapse captured global attention, hundreds of other cave-ins go unnoticed in the city each year.

Apr. 9, 2026 at 5:20pm

Got story updates? Submit your updates here. ›

An abstract, highly structured painting in earthy tones of brown, ochre, and green, featuring sweeping geometric arcs, concentric circles, and precise botanical or physical spirals, conceptually representing the hidden geological forces and soil composition beneath Omaha's surface that contribute to the city's ongoing sinkhole challenges.An abstract illustration depicting the complex geological forces and soil composition that contribute to Omaha's ongoing struggle with sinkholes, both large and small.Omaha Today

A massive sinkhole that opened up in Omaha, Nebraska, in February 2026 and swallowed two vehicles quickly went viral online. However, the city sees hundreds of smaller cave-ins each year, a result of its fine-grained, erosion-prone soil and aging infrastructure. Geologists say Omaha's sinkholes are generally shallower than the dramatic sinkholes seen in other parts of the country, but the city still faces an ongoing challenge in monitoring and repairing the underground issues.

Why it matters

Omaha's susceptibility to sinkholes highlights the challenges many cities face in maintaining aging infrastructure and managing the impact of soil and geological conditions. While the viral sinkhole incident drew global attention, the city's regular experience with smaller cave-ins underscores the need for proactive monitoring and repair efforts to prevent more serious incidents.

The details

The Pacific Street sinkhole in Omaha was likely caused by a slow leak in a water main that gradually eroded the fine-grained loess soil underneath the road, creating a void that eventually collapsed. Over the past five years, the city has reported more than 2,100 cave-ins, ranging from minor pavement dips to large sinkholes. Omaha sees more cave-ins than several other Midwestern cities due to its soil composition and hilly terrain, which can facilitate the movement of water and erosion of soil. The city's Public Works crews investigate each reported cave-in, using techniques like dye testing to identify the source of the issue, whether it's a broken pipe, animal burrow, or other problem.

  • In February 2026, a sinkhole opened up on Pacific Street in Omaha, swallowing two vehicles.
  • Over the last five years, Omaha has reported more than 2,100 cave-ins across the city.

The players

Harmon Maher

A retired geology professor who noticed unusual sediment in a creek near the Pacific Street sinkhole before it occurred.

Austin Rowser

Omaha's City Engineer, who theorized that the Pacific Street sinkhole was likely caused by a slow leak in a water main that gradually eroded the soil underneath the road.

Matt Joeckel

Nebraska's state geologist and a professor at the University of Nebraska-Lincoln, who explained that Omaha's sinkholes are generally shallower than the dramatic sinkholes seen in other parts of the country due to the city's soil composition.

Ashlee Dere

A geology professor at the University of Nebraska at Omaha, who said it's surprising Omaha doesn't see more problems with sinkholes given the city's soil type, human-altered topography, and aging infrastructure.

Metropolitan Utilities District (MUD)

The utility company that has challenged the city's explanation for the Pacific Street sinkhole, contending that the city's damaged storm sewer was responsible for the incident.

Got photos? Submit your photos here. ›

What they’re saying

“I was sorry I wasn't still teaching. I would've probably spent (time) in class saying, 'Look, here's the relevance. Here's geology in action. Here's a sinkhole.'”

— Harmon Maher, Retired geology professor

“It's surprising in that it doesn't cause more problems.”

— Ashlee Dere, Geology professor, University of Nebraska at Omaha

“It would be great if you could see what was going on below the surface before something happened.”

— Matt Joeckel, State geologist, University of Nebraska-Lincoln

What’s next

The city of Omaha is exploring new technologies, such as fiber optic cables, to help detect leaks and other underground issues before they lead to sinkholes. Geologists also suggest conducting geological surveys to identify potential trouble spots and concentrate monitoring efforts.

The takeaway

Omaha's ongoing struggle with sinkholes, both large and small, underscores the need for cities to proactively manage aging infrastructure and monitor soil conditions to prevent costly and potentially dangerous incidents. While the viral Pacific Street sinkhole garnered global attention, the city's regular experience with cave-ins highlights the importance of continuous maintenance and innovative solutions to address this persistent challenge.