Tropical Storm Amanda Marks the First Storm of the Pacific Hurricane Season, Meteorologists Say

Tropical Storm Amanda formed Wednesday in the Pacific Ocean, becoming the first tropical cyclone of the season, according to the National Hurricane Center. The storm was located about 1,505 miles west-southwest of the southern tip of Mexico’s Baja California peninsula, placing it far out over open water and posing no immediate threat to land.

The Miami-based hurricane center said Amanda had maximum sustained winds of 40 mph. Forecasters said the storm was expected to strengthen over the next couple of days before weakening over the weekend. Because the cyclone remained at sea, no coastal warnings or land impacts were reported at the time of the advisory.

Amanda’s formation comes after the Pacific hurricane season began on May 15. It also follows the start of the Atlantic hurricane season on Monday, though no tropical cyclones had formed in that basin as of Wednesday. The naming of Amanda marks the first system of the season in either the eastern Pacific or Atlantic regions.

Meteorologists continue to monitor Amanda as part of the early season pattern over the Pacific. While the storm is not currently threatening populated areas, forecasts show that it may become stronger in the short term as it moves across favorable ocean conditions. The expected weakening later in the week suggests a limited lifespan as a more organized tropical system.

The National Hurricane Center regularly tracks storms in both the eastern Pacific and Atlantic basins during hurricane season, issuing updates on intensity, location and projected movement. Amanda’s position far offshore means its immediate effects are expected to remain confined to the open ocean.

The early formation of a named storm serves as a reminder that tropical weather activity has begun in the Pacific, even as the Atlantic season has just opened without any storms so far. Forecasters will continue to watch for additional development in both basins in the weeks ahead as seasonal activity typically increases through the summer and into early fall.