000 ABNT20 KNHC 311152 TWOAT Tropical Weather Outlook NWS National Hurricane Center Miami FL 800 AM EDT Mon Jul 31 2023 For the North Atlantic...Caribbean Sea and the Gulf of Mexico: Central Tropical Atlantic (AL96): Shower and thunderstorm activity continues in association with an area of low pressure located about 700 miles east-northeast of the northern Leeward Islands. However, the system does not currently have a well-defined center of circulation. Environmental conditions are forecast to be sufficiently favorable for development over the next few days, and a tropical depression or storm is likely to form during the next day or so. The system is expected to move northwestward at 10 to 15 mph today, and then turn northward over the central subtropical Atlantic by late tonight or Tuesday. Additional information on this system, including gale warnings, can be found in High Seas Forecasts issued by the National Weather Service. * Formation chance through 48 hours...high...70 percent. * Formation chance through 7 days...high...80 percent. Off the U.S. Mid-Atlantic Coast (AL97): Shower and thunderstorm activity has changed little in association with an area of low pressure located offshore of the U.S. Mid-Atlantic coast. The system appears to be acquiring non-tropical characteristics as it begins to merge with a frontal boundary, and its chances of becoming a tropical cyclone appear to be decreasing. Regardless, the low is expected to begin producing gale-force winds today while it moves quickly toward the east-northeast at about 30 mph, and additional information on this system can be found in High Seas Forecasts issued by the National Weather Service. * Formation chance through 48 hours...low...20 percent. * Formation chance through 7 days...low...20 percent. && For more information about marine hazards associated with AL96 and AL97, please see High Seas Forecasts issued by the National Weather Service found under AWIPS header NFDHSFAT1, WMO header FZNT01 KWBC, and online at ocean.weather.gov/shtml/NFDHSFAT1.php $$ Forecaster Berg