NWS Teams Up to Look Into Tornado Damage in Boyle Heights
NWS Investigates Possible Tornado Damage in Boyle Heights
The National Weather Service (NWS) has sent a team to Boyle Heights to investigate potential tornado damage that occurred on Christmas morning. This incident unfolded during a week marked by strong winds and rainfall across Southern California.
In a statement on X, the NWS announced that the storm survey is scheduled for Friday afternoon in the Boyle Heights community, located east of downtown Los Angeles. The survey teams will analyze various damage patterns to determine if a tornado touched down, as well as assess its strength using the Enhanced Fujita Scale. This scale ranks tornadoes from 0 to 5 based on estimated wind speeds and damage, with EF 0 indicating wind speeds between 65 to 85 mph and EF 5 representing speeds exceeding 200 mph.
Tornadoes, though uncommon in Southern California, can occur during severe weather events. Recent history provides context for the potential severity of this phenomenon.
In March, a weak tornado with winds around 85 mph caused damage over several blocks in a Pico Rivera neighborhood, coinciding with a late winter storm. This tornado, classified as EF 0, lasted approximately two minutes and was reported around 3:15 a.m. southeast of downtown Los Angeles. Earlier that same month, a tornado in Montebello resulted in significant damage, including the removal of a business roof and harm to over a dozen buildings.
February also saw the formation of a rare tornado in Oxnard, which caused damage in a mobile home park. Additionally, a powerful storm system in March 1983 stirred up a devastating tornado south of downtown Los Angeles, with winds estimated between 113 and 157 mph, leading to extensive destruction, including damage to the roof of the LA Convention Center.
On Christmas Eve, a tornado warning was issued for parts of Los Angeles’ San Gabriel Valley, though no tornadic activity was reported. The current investigation in Boyle Heights underscores the continuing unpredictability of severe weather in the region.
