Minnesota Storms: Grand Forks, Bemidji, and Minneapolis Under Heavy Rain in July 2022

Text
Severe storms are expected to impact the Dakotas, Minnesota, and other parts of the Upper Midwest, according to Fox Weather. The weather system, forecasted to develop on June 30, 2026, includes thunderstorms, hail, strong winds, and the potential for isolated tornadoes, according to the outlet’s analysis of National Weather Service (NWS) data.

Text
The National Weather Service issued severe weather watches for parts of North Dakota, Minnesota, and South Dakota on June 29, 2026, as a low-pressure system moved into the region. Forecasters warned that the storms could produce hail up to 1.5 inches in diameter, wind gusts exceeding 60 mph, and tornadoes capable of causing structural damage. “This is a high-risk scenario for the northern Plains,” said NWS meteorologist Sarah Lin in a statement. “Residents should monitor updates and prepare for rapidly changing conditions.”

Text
Fox Weather highlighted that the storm activity follows a pattern of increased severe weather in the Upper Midwest during late June, a period historically associated with summer thunderstorm seasons. The outlet cited data showing that Minnesota and North Dakota experienced 18 tornadoes in June 2022, a year marked by above-average storm activity. “While this year’s system is not yet comparable to 2022’s intensity, the potential for damaging weather remains significant,” said Fox Weather meteorologist James Carter.

Text
Local officials in Grand Forks, North Dakota, and Bemidji, Minnesota, have begun coordinating with emergency management teams to prepare for possible impacts. “We’re advising residents to secure outdoor items, avoid flooded areas, and have emergency kits ready,” said Grand Forks Emergency Management Director Laura Nguyen. In Minnesota, the state’s Department of Public Safety issued a public safety alert, urging drivers to avoid areas prone to flash flooding.

Text
The National Weather Service reported that the storm system is expected to move eastward by July 1, 2026, potentially affecting parts of Nebraska and Iowa. Forecasters noted that the region’s saturated soil from recent rainfall increases the risk of flooding, with some areas already experiencing water levels 2 feet above normal. “Even if the storms don’t reach tornado intensity, the combination of rain and wind could lead to widespread disruptions,” said NWS meteorologist David Ramirez.

Text
Residents in the affected areas are being urged to stay informed through local weather alerts and official communication channels. Fox Weather recommended using the NWS app or the Emergency Alert System for real-time updates. “Preparation is key,” said Carter. “Severe weather can develop quickly, and even minor events can escalate.”

Text
The storm activity comes as the Upper Midwest continues to experience above-average temperatures for this time of year, with June 2026 ranking as the fourth warmest June on record in Minnesota. Climate experts noted that such weather patterns are consistent with broader trends of increased storm frequency in the central United States. “While individual events cannot be directly linked to climate change, the overall trend of more intense weather is well-documented,” said Dr. Emily Torres, a climatologist at the University of Minnesota.

Text
As of June 30, 2026, no major casualties or infrastructure damage had been reported, according to state emergency management officials. However, the NWS warned that the storm system could remain active through the early hours of July 1, with potential for renewed activity later in the week.

Text
For updates, residents are advised to check the National Weather Service website, local news outlets, and the Federal Emergency Management Agency (FEMA) public safety portal. Emergency supplies, including flashlights, bottled water, and non-perishable food, are recommended for households in high-risk areas.

Text
Fox Weather and the National Weather Service continue to monitor the situation, with additional updates expected as the storm system evolves.

Quoted text
“