Tropical Storm “Philippe” threatens Leeward Islands with heavy rains and flooding

tropical storm philippe 1150z october 2 2023

Featured image: Tropical Storm "Philippe" at 11:50 UTC on October 2, 2023. Credit: NOAA/GOES-East, RAMMB/CIRA, The Watchers

The center of Tropical Storm “Philippe” is expected to pass near or just northeast of the northern Leeward Islands later today and tonight (LT), threatening the region with heavy rains and flooding.

At 12:00 UTC on Monday, October 2, 2023, Philippe’s center was located about 155 km (95 miles) ESE of Barbuda. It had maximum sustained winds of 85 km/h (50 mph) and a minimum central pressure of 998 hPa.

Philippe is moving toward the WNW near 11 km/h (7 mph), and a NW motion is expected to resume later today through early Tuesday. A turn toward the NNW is forecast to occur by late Tuesday, October 3, followed by a northward motion on Wednesday. On the forecast track, the center of Philippe is expected to pass near or just northeast of the northern Leeward Islands later today and tonight.

Little change in strength is forecast during the next day or so, but Philippe could begin to intensify more significantly around the middle of the week.

tropical storm philippe nhc fcst track 12z october 2 2023
tropical storm philippe 1150z october 2 2023 bg
Tropical Storm “Philippe” at 11:50 UTC on October 2, 2023. Credit: NOAA/GOES-East, RAMMB/CIRA, The Watchers

“The overall structure of Philippe has changed very little during the past day or so,” NHC forecaster Brown noted. “Radar imagery from Barbados shows very heavy rainfall is occurring just east of the Lesser Antilles. Philippe is forecast to move around the southwestern portion of a mid-level ridge over the subtropical Atlantic during the next couple of days. After that time, Philippe should turn northward between the aforementioned ridge and a mid- to upper-level trough over the southwestern Atlantic. Around day 5, there is increasing uncertainty as to whether Philippe will turn east-northeastward or continue on a more northerly trajectory ahead of a large trough moving into the eastern United States.”

A Tropical Storm Watch is in effect for Antigua and Barbuda. Tropical storm conditions are possible in the watch areas beginning later today. Interests elsewhere in the northern Leeward Islands should monitor the progress of this system.

Philippe is forecast to produce the following rainfall amounts through Tuesday:

Barbuda and Antigua: 100 to 150 mm (4 to 6 inches)
Rest of Leeward Islands: 50 to 100 mm (2 to 4 inches)

This rainfall may result in isolated to scattered flash flooding, NHC warns.

Swells generated by Philippe will affect portions of the Atlantic coasts of the northern Leeward Islands, the Virgin Islands, and Puerto Rico through midweek. These swells are likely to cause life-threatening surf and rip current conditions.

References:

1 Tropical Storm Philippe – Intermediate Advisory Number 36A – NWS National Hurricane Center Miami FL AL172023 – 800 AM AST Mon Oct 02 2023

Teo Blašković founded The Watchers in 2011 and edited it until 2026, covering seismic and volcanic activity, extreme weather, space weather and near-Earth objects. Articles on this page are his archive.

Share:

Published in the last 24 hours

  1. In September 1859, a solar storm lit up the night sky so brightly that gold miners in the Rocky Mountains woke up after midnight and started cooking breakfast, convinced the aurora glowing over their camp was the sunrise Epicenter
  2. A patch of warm Pacific water that could become the strongest El Niño in more than 70 years sits thousands of miles from any American town, yet it is already the main reason NOAA expects a wetter winter across the South and a milder one across the North
  3. A 19-year-old Nebraska teacher reportedly tied her pupils together with twine and led them to safety through a blizzard in January 1888 Epicenter
  4. NASA built the Opportunity rover to last 90 days on Mars, and Martian winds helped keep it alive for nearly 15 years by blowing dust off its solar panels, until a planet-wide dust storm in 2018 blocked sunlight and silenced the rover Epicenter

From around the web