CARIBBEAN – At 11.00PM Thursday, September 11, 2014, the National Hurricane Center upgraded TD#6 to Tropical Storm Eduoard, the fifth named storm of the Atlantic hurricane season. Maximum sustained winds are 40 miles per hour and further strengthening is possible. The storm is only a threat to maritime traffic.
ARCHIVE: Thursday, September 11, 2014, 5.00PM - Tropical Storm Edouard, the fifth storm of the season could form Thursday night or on Friday, September 12, 2014 in the far central Atlantic Ocean. Tropical Depression #6 (TD#6) was formed at 5.00pm on Thursday, September 11. According to the National Hurricane Center, winds are 35 miles per hour with higher gusts. TD#6 is moving northwest at 15 miles per hour and poses no threat to any land mass.
ARCHIVE: Thursday, September 11 AM - There is now a 90 per cent chance that the Low Pressure (LP) system in the far eastern central Atlantic Ocean will develop into a Tropical Depression (TD) later today-Thursday, September 11 or tonight, according to the National Hurricane Center.
LP is now 750 miles west of the Cape Verde Islands and is moving toward the west-northwest and northwest at about 15 miles per hour.
The system should it developed as forecast does not pose a threat to Sint Maarten or any of the Leeward Islands. It is forecast to past several hundred miles well east of the islands.
ARCHIVE: September 9th - An area of Low Pressure (LP) located South of the Cape Verde Islands continues to produce disorganized showers and thunderstorms, but has the potential to develop during the next several days as environmental conditions improve. Should the system develop into a Tropical Storm, models forecast that it will pass well away from the islands of the north eastern Caribbean.
ARCHIVE: September 9th, 2014 - A Tropical Wave (TW) in the far eastern Atlantic Ocean off the west coast of Africa is producing a large area of cloudiness and thunderstorms. According to the National Hurricane Center, environmental conditions are expected to improve whereby this system would develop further during the next five days. The TW is moving on a westward or west-north-westward at about 15 miles per hour.
This TW according to weather forecasters has the potential to develop into a Tropical Depression by mid-week (September 10) and possibly a Tropical Storm towards the end of the week (September 12-13), however, on its current track, it would pass several hundred miles to the north east of the Leeward Islands which includes Sint Maarten.
An area of disturbed weather located 800 miles west of the Cape Verde Islands is producing limited shower activity. Environmental conditions for further development are low as this system moves westward to west-north-westward at 15 to 20 miles per hour during the next few days. This system has zero percentage for further development.
ARCHIVE: September 5, 2014 - A new Low Pressure (LP) system in the far central Atlantic Ocean is forecasted to pass well north of the islands of the based on the long-term model forecast for this system by Thursday/Friday, September 11/12. Weather forecasters are of the opinion that this system will develop into a Tropical Depression (TD) and then a Tropical Storm (TS) between Monday, September 8 and Wednesday, September 10.
There is another weather disturbance with the potential for development, but this one is still over West Africa and is forecast to enter the central Atlantic Ocean on Sunday, September 7 or Monday, September 8. Some models have this system developing into a TS by the end of next week, or by Friday, September 12. This second system is expected to track to the north of the Leeward Islands by Wednesday, September 17.
As of 8.00am on Friday, September 5th, LP was associated with a Tropical Wave (TW) and was located south of the Cape Verde Islands. Some slow development of this system is possible as it moves westward at 15 miles per hour.
Various weather models are at odds on both weather systems with respect to their further development. The European weather guidance model forecasts that neither system will develop significantly.