####018004316#### AXPZ20 KNHC 241554 TWDEP Tropical Weather Discussion NWS National Hurricane Center Miami FL 1605 UTC Thu Apr 24 2025 Tropical Weather Discussion for the eastern Pacific Ocean from 03.4S to 30N, east of 120W including the Gulf of California, and from the Equator to 30N, between 120W and 140W. The following information is based on satellite imagery, weather observations, radar, and meteorological analysis. Based on 1200 UTC surface analysis and satellite imagery through 1530 UTC. ...INTERTROPICAL CONVERGENCE ZONE/MONSOON TROUGH... The monsoon trough enters the Pacific near 10N85W and extends to 05N114W. The ITCZ extends from 05N124W to beyond 03N140W. A second ITCZ has been analyzed from 02S126W to beyond 03S140W. Widely scattered moderate convection is occurring from 03N to 07N between 87W and 100W, and from 03N to 09N between 105W and 140W. ...OFFSHORE WATERS WITHIN 250 NM OF MEXICO... Moderate NW winds and seas of 5 to 7 ft are occurring offshore of Baja California and southwestern Mexico as ridging extends over the Mexico offshore waters. Gentle to locally moderate winds prevail through the Gulf of California and offshore of southern Mexico. Seas of 1 to 4 ft are noted in the Gulf of California. For the forecast, periodic fresh NW winds will occur offshore of Baja California Sur, including near Cabo San Lucas, each night and morning through Sat. Elsewhere, pulsing fresh SW winds can be expected overnight into early Fri in the northern Gulf of California, with fresh to strong SW winds occurring nightly in this region through this weekend. Looking ahead, widespread moderate to fresh NW winds will develop on Sat and continue into next week offshore of Baja California ahead of a cold front moving southward along the California coast. NW swell will promote rough seas in this region this weekend into next week. Elsewhere, occasional fresh to strong N winds will develop in the Gulf of Tehuantepec this weekend. ...OFFSHORE WATERS WITHIN 250 NM OF CENTRAL AMERICA, COLOMBIA, AND WITHIN 750 NM OF ECUADOR... Fresh to strong E winds and seas to 6 ft prevail in the Gulf of Papagayo as high pressure prevails over central Mexico and low pressure dominates the south-central Caribbean. Moderate to fresh N to NE winds extend through the Gulf of Panama to as far south and west as 05N82W. Otherwise, light to gentle winds and moderate seas in SW swell are noted across the remainder of the regional waters. For the forecast, fresh to locally strong E winds will occur across the Gulf of Papagayo through late this morning. Pulsing moderate to fresh E winds are then expected in this region each night and morning into next week. Farther east in the Gulf of Panama, winds will pulse to moderate to locally fresh speeds nightly into Sat, with generally moderate winds expected thereafter. Looking ahead, a long-period Southern Hemisphere swell will promote rough seas offshore of Ecuador Fri night into Sun, including near the Galapagos Islands. ...REMAINDER OF THE AREA.... Moderate to fresh NE to E winds are occurring from 05N to 20N and west of 115W, as a moderate pressure gradient prevails between high pressure to the north and the ITCZ to the south. Seas in this area range from 8 to 9 ft in mixed N and E swell. Farther north, gentle to moderate winds are noted, with seas of 5 to 7 ft. South of the monsoon trough and ITCZ, gentle to moderate S to SE winds and seas of 6 to 7 ft in S swell prevail. For the forecast, moderate to fresh NE to E winds will occur across the tropical waters west of 120W this weekend as broad ridging extends over much of the eastern Pacific. Short-period wind waves in predominantly E swell will combine with N swell in this region, promoting locally rough seas. Elsewhere, a long- period Southern Hemisphere swell will promote rough seas south of the equator through Fri morning, and south of 05N through Sat morning before seas slowly subside by Sun. Looking ahead, locally fresh N to NW winds and rough seas will develop Fri night north of 27N behind a cold front moving southward through the northern waters. $$ ADAMS