A Union Pacific train derailed in West Texas during severe storms on Tuesday evening. Around 24 rail cars were affected by the derailment that took place east of Trent at 8 p.m. CDT. While no injuries were reported, Union Pacific crews are now working to clear the incident, which is currently under investigation. The National Weather Service office in San Angelo believes that straight-line winds were the cause of the derailment, with an estimated 80-mph wind gust occurring at the time of the incident.
The derailment of the Union Pacific train in West Texas occurred during a period of severe storms moving through the area. With no injuries reported, the incident is currently being cleared by Union Pacific crews and is under investigation. Based on Doppler radar data, the National Weather Service office in San Angelo believes that straight-line winds caused the derailment, with an estimated 80-mph wind gust taking place at the time of the incident. This highlights the impacts severe weather can have on transportation infrastructure in the region.
The train derailment in West Texas during severe storms was likely caused by straight-line winds, according to the National Weather Service office in San Angelo. With an estimated 80-mph wind gust occurring at the time of the incident, around 24 rail cars were derailed east of Trent at 8 p.m. CDT. Fortunately, there were no injuries reported, but Union Pacific crews are now working to clear the incident, which is currently under investigation. This highlights the importance of monitoring weather conditions to ensure the safety of transportation infrastructure.
Severe storms in West Texas caused a Union Pacific train to derail east of Trent on Tuesday evening. The incident, which involved around 24 rail cars, occurred during a period of severe weather moving through the area. While no injuries were reported, Union Pacific crews are clearing the incident, which is currently under investigation. Doppler radar data indicates that straight-line winds were the likely cause of the derailment, with an estimated 80-mph wind gust occurring at the time of the incident.
Straight-line winds caused a Union Pacific train to derail in West Texas during severe storms on Tuesday evening. The derailment took place east of Trent at 8 p.m. CDT and involved approximately 24 rail cars. While no injuries were reported, the incident is currently under investigation as Union Pacific crews work to clear the area. The National Weather Service office in San Angelo believes that the derailment was caused by straight-line winds, with an estimated 80-mph wind gust occurring at the time of the incident. This serves as a reminder of the potential impacts severe weather can have on transportation infrastructure.
The Union Pacific train derailment in West Texas, caused by straight-line winds during severe storms, resulted in around 24 rail cars being affected. The incident, which took place east of Trent at 8 p.m. CDT, did not result in any injuries. Union Pacific crews are now clearing the area, which is under investigation by authorities. Doppler radar data supports the belief that straight-line winds caused the derailment, with an estimated 80-mph wind gust occurring at the time of the incident. This event underscores the importance of monitoring weather conditions to mitigate the impacts on transportation infrastructure.
