Grace will hit Mexico as a hurricane, twice
The storm has sustained winds of 75 mph with higher gusts and is moving away from Grand Cayman. It’s expected to reach the Yucatan Peninsula on Thursday morning, the National Hurricane Center said.
Early Wednesday afternoon, Grace was 295 miles east of Tulum, Mexico.
A hurricane warning is in effect for the Yucatan Peninsula from Cancun to Punta Herrero, including Cozumel. Such a warning means hurricane conditions are expected somewhere within the warning area, whereas a watch indicates hurricane conditions are possible in that area.
Jamaica, the Cayman Islands and portions of the Yucatan Peninsula may get 4 to 8 inches and isolated amount up to 12 inches of rain from the storm, which could lead to flash and urban flooding.
Swells across the area are likely to cause life-threatening surf and rip current conditions, the NHC said.
In addition, a storm surge of 3 to 5 ft above normal tide levels is forecast.
Once Grace makes landfall on the Yucatan Peninsula, it is expected to continue westward and cross into the Bay of Campeche after losing some strength, CNN meteorologist Michael Guy said.
The storm will regenerate and is forecast to become a hurricane again before making another landfall along the central coast of Mexico by Friday evening.
Grace passes over recovering Haiti
Overnight Monday into Tuesday, Grace’s center passed briefly over Haiti’s Tiburon Peninsula, bringing heavy rains, the NHC said.
Grace, which hit the same region late Monday “is further disrupting access to water, shelter, and other basic services,” UNICEF said in a statement Tuesday. “Flooding and mudslides are likely to worsen the situation of vulnerable families and further complicate the humanitarian response.”
There are no rainfall reports or radar observation data available out of Haiti, but CNN meteorologists estimate that roughly 2-4 inches (60-100 millimeters) of rain fell over the period from 11 a.m. ET Monday to 11 a.m. ET Tuesday, based on estimates from a NOAA satellite.
CNN’s Michael Guy, Matt Rivers and Theresa Waldrop contributed to this report.
