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The Los Angeles flood of 1938 was one of the largest floods in the history of Los Angeles, Orange, and Riverside Counties in southern California.The flood was caused by two Pacific storms that swept across the Los Angeles Basin in February-March 1938 and generated almost one year's worth of precipitation in just a few days.
Bel-Air had a peak 24-hour rainfall of 12.42 inches (315 mm) which equates to a 380-year return interval (0.3%).Los Angeles had been incorporating elements of a stormwater harvesting design to retain the rainwater. From February 4 to 7, the city captured 8.6 billion gallons of water, equivalent to the yearly needs of 106,000 homes. [28]
The Eel River on the North Coast saw the greatest flow of record to that time while Central Valley rivers saw near-record flows. A statewide disaster was declared, with the storm resulting in 74 deaths and $200 million in economic losses. The heaviest 24-hour rainfall was recorded on December 20, when 15.34 inches (390 mm) fell in Shasta County ...
San Francisco, with a historical February rainfall average of 3.96 inches, is forecast to get up to 4 inches. Redding averages 5.48 inches in February but could see 4-8 inches by Wednesday ...
Over Sunday and Monday, downtown Los Angeles received 7.03 inches of rain, marking the third wettest two-day span in the city's history, as well as back-to-back days of a daily rainfall record ...
The highest natural ground surface temperature ever recorded may have been an alleged reading of 93.9 °C (201.0 °F) at Furnace Creek, California, United States, on 15 July 1972. [7] In 2011, a ground temperature of 84 °C (183.2 °F) was recorded in Port Sudan , Sudan. [ 8 ]
A winter storm system is bringing rain to Southern California, but it should pass through by Christmas Eve, making for a sunny holiday. Historic, 'genuinely extraordinary' rainfall in Ventura ...
The historical and ongoing droughts in California result from various complex meteorological phenomena, some of which are not fully understood by scientists. Drought is generally defined as "a deficiency of precipitation over an extended period of time (usually a season or more), resulting in a water shortage."