Tropical Storm Alberto Brings Heavy Rain and Coastal Flooding to Texas
ICARO Media Group
Tropical Storm Alberto has strengthened off the coast of Mexico and is expected to make landfall overnight. The storm, which is the first named storm of the season, is bringing heavy rain, gusty winds, and coastal flooding to Texas.
According to the latest forecast, Alberto will impact Texas through Thursday, with heavy rain already underway in south Texas. The most widespread rainfall is expected from Wednesday afternoon to Wednesday evening, with scattered showers persisting through Thursday. Rainfall totals could reach up to 10 inches in Texas, while the mountains of Mexico may see up to 20 inches of rain.
To prepare for the storm's arrival, a tropical storm warning has been issued for the Texas coast, extending from San Luis Pass to Corpus Christi to the mouth of the Rio Grande. Corpus Christi and Brownsville are at a moderate risk for flash flooding.
Already, storm surge has exceeded 4 feet at San Luis Pass in Texas, just south of Galveston Island. This has led to coastal flooding, which also poses a threat for the Louisiana coast, including New Orleans. Additionally, there is a chance of a few tornadoes as Alberto moves through the region.
Residents in the affected areas are advised to stay informed about the storm's progress and to take necessary precautions to ensure their safety. It is important to heed warnings from local authorities and to be prepared for potential flooding and hazardous conditions.
As Alberto approaches, emergency response teams are on standby to assist those who may be impacted. Local authorities are urging residents to review their emergency plans and to secure loose objects that could become projectiles in strong winds.
The National Hurricane Center will continue to closely monitor Alberto's path and intensity, providing updates as necessary. The storm serves as a reminder that hurricane season has arrived, and it is crucial for coastal communities to stay vigilant and prepared for any future tropical disturbances.