Tropical Cyclone 03A (Gati)…is located approximately 156 NM east-southeast of Aden, Yemen – Final Warning
Tropical Cyclone 04B…is located approximately 839 NM south-southwest of Kolkata, India

Northeast Pacific   Cloudiness and showers have diminished in association with a trough of low pressure located several hundred miles southwest of the southern tip of the Baja California peninsula. Environmental conditions are expected to continue to be come unfavorable for development, and tropical cyclone formation now appears unlikely. * Formation chance through 48 hours…low…near 0 percent * Formation chance through 5 days…low…near 0 percent Here’s a link to the National Hurricane Center (NHC)

Central Pacific
Here’s a satellite image of this area
Here’s a link to the Central Pacific Hurricane Center (CPHC)  

Western North Pacific

North Indian Ocean Tropical Cyclone 04B Here’s what the computer models are showing According to the JTWC, TC 04B is forecast to track west-northwestward through 24 hours, afterwards the storm will turn northwestward. Despite a slow start, the storm is forecast to intensify steadily to a peak intensity of 70 knots by 36 hours, due primarily to the very strong poleward outflow channel. The system is forecast to make landfall just prior to 48 hours and will weaken to 45 knots at this time, due to interaction with land. Thereafter, the storm will rapidly weaken after making landfall and tracking inland over mountainous terrain…with dissipation expected by 72 hours. The remnants of TC 04B may track over the Arabian Sea…although there is a low chance of regeneration.  

South Indian Ocean

South Indian Ocean

Arabian Sea Tropical Cyclone 03A (Gati) Final Warning Here’s a landfall video of Gati making landfall The rotating eyewall video impacting the coast Here’s what the computer models are showing According to the JTWC, satellite imagery shows an exposed, elongated low level circulation center, with rapidly decaying deep convection. TC 03A is forecast to track westward to west-southwestward along the northern coast of Somalia through the forecast period. The system will weaken due to land interaction and weak diffluence aloft.  
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