Flossie was a tropical storm within the North Pacific Ocean Monday morning Mexico Central Time, the Nationwide Hurricane Middle mentioned in its newest advisory.
The tropical storm had sustained wind speeds of 60 miles per hour.
All occasions on the map are Mexico Central Time. By The New York Occasions
The outer bands of Flossie had been anticipated to carry domestically heavy rainfall to the Mexican states of Oaxaca, Guerrero, Michoacán, Colima and Jalisco by midweek. Rainfall totals between three and 6 inches had been anticipated, with remoted totals of 10 inches.
The Hurricane Middle warned that the rain could result in life-threatening flooding and mudslides, significantly in areas of steep terrain.
A tropical storm warning was issued for parts of southwestern Mexico, the place tropical storm situations had been anticipated late on Monday by Tuesday.
What does the storm appear like from above?
Satellite tv for pc imagery may also help decide the power, measurement and cohesion of a storm. The stronger a storm turns into, the extra seemingly an eye fixed will kind within the middle. When the attention appears symmetrical, that usually means the storm will not be encountering something to weaken it.
Flossie is the sixth named storm to kind within the Japanese Pacific in 2025.
Storms that kind within the Atlantic or the Pacific typically transfer west, that means Atlantic storms pose a larger risk to North America. If a storm types within the Pacific near land, it may carry damaging winds and rain earlier than pushing out to sea.
Nonetheless, an air mass can generally block a storm, driving it north or northeast towards the Baja California peninsula and the west coast of Mexico. Often, a storm can transfer farther north, as Hurricane Hilary did in 2023, bringing damaging winds and intense rain to Southern California.
Hurricane season within the Japanese Pacific started on Could 15, two weeks earlier than the Atlantic season. Each seasons run by Nov. 30.
Sources and notes
Monitoring map Monitoring knowledge is from the Nationwide Hurricane Middle. The map exhibits chances of at the least 5 %. The forecast is for as much as 5 days, with that point span beginning as much as three hours earlier than the reported time that the storm reaches its newest location. Wind pace chance knowledge will not be out there north of 60.25 levels north latitude.
Wind arrivals desk Arrival occasions are generated from a New York Occasions evaluation of Nationwide Hurricane Middle knowledge. Geographic areas use knowledge from the U.S. Census Bureau and Pure Earth. Time zones are based mostly on Google. The desk exhibits predicted arrival occasions of sustained, damaging winds of 58 m.p.h. or extra for choose cities with an opportunity of such winds reaching them. If damaging winds attain a location, there is no such thing as a greater than a ten % likelihood that they’ll arrive earlier than the “earliest affordable” time and a 50 % likelihood they’ll arrive earlier than the “almost certainly” time.
Radar map Radar imagery is from the Nationwide Oceanic and Atmospheric Administration by way of Iowa State College. These mosaics are generated by combining particular person radar stations that comprise the NEXRAD community.
Storm surge map Storm surge knowledge is from the Nationwide Hurricane Middle. Forecasts solely embody the US Gulf and Atlantic coasts, Puerto Rico, and the U.S. Virgin Islands. The precise areas that would develop into flooded could differ from the areas proven on this map. This map accounts for tides, however not waves and never flooding attributable to rainfall. The map additionally contains intertidal areas, which routinely flood throughout typical excessive tides.
Satellite tv for pc map Imagery is from the Nationwide Oceanic and Atmospheric Administration and Japanese Meteorological Company by way of the Cooperative Institute for Analysis within the Ambiance.
Precipitation map Information for multi-day forecasts or noticed rainfall totals are from the Nationwide Climate Service. The 1-day forecast is from the Nationwide Oceanic and Atmospheric Administration.
