Tropical Storm 'Hilary' struck the Los Angeles area in Southern California on Monday, August 21, prompting local officials to urge residents to remain in safe locations. California Governor Gavin Newsom declared a state of emergency in most southern regions of the state. Mountainous and desert areas in Southern California are expected to receive between 12 to 25 centimeters of rain, which is rare in desert regions. Officials in the San Bernardino area, east of Los Angeles, issued evacuation orders for mountain communities. Meteorologists predict that Storm 'Hilary' will weaken after passing through neighboring Nevada. The storm, which initially formed in the Baja California Peninsula in Mexico, reached the San Diego area on Sunday, causing at least one death in Mexico and resulting in flooding and road destruction. Images shared on social media show severe mudflows pouring into the streets. 'Hilary' is the first tropical storm to target the Los Angeles area since 1939. The storm threatens Mexico and the southwestern United States with catastrophic flooding.
Tropical Storm 'Hilary' Devastates Southern California
Tropical Storm 'Hilary' has hit Southern California, leading to emergency declarations and evacuation orders. The storm is expected to bring significant rainfall to areas that rarely see rain, causing flooding and destruction. This event marks a significant weather occurrence for the region, being the first tropical storm to impact Los Angeles since 1939.
👥 Key Players
📰 What Happened
Tropical Storm 'Hilary' struck Southern California, leading to emergency declarations and evacuation orders due to expected heavy rainfall and flooding. This storm is notable as it is the first tropical storm to impact the Los Angeles area since 1939.
- The storm is expected to bring 12 to 25 centimeters of rain to mountainous and desert areas.
- At least one death has been reported in Mexico due to the storm.
💡 Why It Matters
📚 Background
Tropical storms are rare in Southern California, making this event significant in terms of historical weather patterns. The region's infrastructure is not typically designed to handle such heavy rainfall.
🏷️ Entities Mentioned
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