There are no coastal watches or warnings in effect.
There are no coastal watches or warnings in effect.
None
None
At 1100 AM AST (1500 UTC), the center of Tropical Depression Omar was located near latitude 35.9 North, longitude 61.1 West. The depression is moving toward the east near 13 mph (20 km/h), and this general motion is expected to continue through Friday morning, accompanied by a slight decrease in forward speed. A turn toward the eastnortheast and northeast is expected Friday and Friday night. Maximum sustained winds are near 35 mph (55 km/h) with higher gusts. Gradual weakening is forecast, and Omar is expected to become a remnant low on Friday, or possibly sooner. The remnant low should dissipate on Saturday. The estimated minimum central pressure is 1005 mb (29.68 inches).
At 1100 AM AST (1500 UTC), the center of Tropical Depression Omar was located near latitude 35.9 North, longitude 61.1 West. The depression is moving toward the east near 13 mph (20 km/h), and this general motion is expected to continue through Friday morning, accompanied by a slight decrease in forward speed. A turn toward the eastnortheast and northeast is expected Friday and Friday night. Maximum sustained winds are near 35 mph (55 km/h) with higher gusts. Gradual weakening is forecast, and Omar is expected to become a remnant low on Friday, or possibly sooner. The remnant low should dissipate on Saturday. The estimated minimum central pressure is 1005 mb (29.68 inches).
Surprisingly, Omar's cloud pattern has changed little since it was classified as a tropical depression yesterday morning. A shapeless deep convective cloud mass still exists about 60 miles to the southeast of the sheared, exposed surface circulation center and the subjective T-numbers from TAFB and SAB are a carbon copy of the satellite intensity classifications 24 hours ago. Therefore, the initial intensity is once again held at 30 kt. The large-scale models as well as the statistical-dynamical intensity guidance show further weakening to a remnant low in 24 hours, and dissipation as soon as Saturday morning. Because of Omar's resiliency in such a harsh upper-level wind surrounding environment, the NHC forecast shows Omar holding onto depression status for another 12-18 hours, then finally degenerating to a remnant low Friday.
The initial estimated motion hasn't changed either during the past 24 hours and is toward the east, or 085/11 kt within the deep-layer westerly flow provided by a subtropical ridge situated over the central Atlantic. This due east heading should continue through Friday morning, the a turn toward the east-northeast to northeast is forecast by Friday night in response to an approaching mid-latitude frontal zone. The official forecast is similar to the previous advisory and is based on the HFIP Corrected Consensus Approach model.
Surprisingly, Omar's cloud pattern has changed little since it was classified as a tropical depression yesterday morning. A shapeless deep convective cloud mass still exists about 60 miles to the southeast of the sheared, exposed surface circulation center and the subjective T-numbers from TAFB and SAB are a carbon copy of the satellite intensity classifications 24 hours ago. Therefore, the initial intensity is once again held at 30 kt. The large-scale models as well as the statistical-dynamical intensity guidance show further weakening to a remnant low in 24 hours, and dissipation as soon as Saturday morning. Because of Omar's resiliency in such a harsh upper-level wind surrounding environment, the NHC forecast shows Omar holding onto depression status for another 12-18 hours, then finally degenerating to a remnant low Friday.
The initial estimated motion hasn't changed either during the past 24 hours and is toward the east, or 085/11 kt within the deep-layer westerly flow provided by a subtropical ridge situated over the central Atlantic. This due east heading should continue through Friday morning, the a turn toward the east-northeast to northeast is forecast by Friday night in response to an approaching mid-latitude frontal zone. The official forecast is similar to the previous advisory and is based on the HFIP Corrected Consensus Approach model.
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