SAN JUAN — A large tropical wave centered several hundred miles east of the Lesser Antilles is producing limited shower activity due to environmental dry
Read moreTropical wave makes a beeline for the Caribbean
SAN JUAN — An area of disturbed weather over the central tropical Atlantic Ocean is expected to interact with an approaching tropical wave over the
Read moreA Tropical Wave Approaches The Caribbean
MIAMI — After a tropical slumber, the Atlantic is showing signs of life as we creep toward August. The Atlantic has been accumulating Saharan dust
Read moreTropical surge ahead: System eyes development in the Atlantic
While the tropical Atlantic is quiet now, that could change in a hurry come August with at least one system already being tracked. SAN JUAN
Read moreSaharan dust plume will prevent significant showers for 48 hours
SAN JUAN — A thick plume of Saharan dust is moving across the region, lasting through Sunday morning. During this time hot and hazy conditions
Read moreVast plume of Saharan dust on the way
SAN JUAN —A SEVERE Sahara dust event is expected across the region, beginning first in the U.S. Virgin Islands from late tonight through Sunday. According
Read moreForecasters predict a storm will develop within two weeks: NOAA
SAN JUAN — Based on computer modeling, NOAA forecasters are predicting that a disturbance could develop into a tropical storm or hurricane in our region
Read moreHeat Advisory in effect, expect passing showers, dust plume back on Thursday
SAN JUAN — Good morning! Passing showers are expected for eastern Puerto Rico and the Virgin Islands today, with the strongest activity this afternoon in
Read moreToday’s weather: a mix of clouds and sun with a limited risk of flooding
SAN JUAN — An area of moisture will continue to move over the region during the day, bringing passing showers, the National Weather Service said
Read moreHeat Advisory in effect with Saharan dust plume overhead
SAN JUAN — Happy Sunday, today, just like yesterday, will be another day with hazy skies, as shown by the water vapor image. Therefore, be
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