• Skip to primary navigation
  • Skip to main content
  • Skip to primary sidebar

Weatherboy

Weatherboy Weather News, Maps, RADAR, Satellite, and Forecasts.

  • Local
  • Earth Science News
  • RADAR
  • Current Warnings
  • Satellite
  • Current Maps
  • Forecast Maps
  • Video

Tropical Cyclone Formation Possible in Atlantic, Pacific in Coming Days

by Weatherboy Team Meteorologist - August 9, 2020

The latest GOES-East weather satellite shows areas of concern in the Atlantic. The area circled in red is a disturbance the National Hurricane Center is tracking while the yellow circled one is a fresh tropical wave coming off the coast of Africa. Both could be threats in the coming days and weeks. Image: NOAA
The latest GOES-East weather satellite shows areas of concern in the Atlantic. The area circled in red is a disturbance the National Hurricane Center is tracking while the yellow circled one is a fresh tropical wave coming off the coast of Africa. Both could be threats in the coming days and weeks. Image: NOAA





After a brief break from tropical cyclones in the aftermath of Hurricane Isaias’s impacts to the U.S. East Coast, it looks like things are heating up in the tropics again with tropical cyclone formation possible in the coming days. The National Hurricane Center (NHC) in Miami, Florida is tracking a disturbance in the central Atlantic while the Central Pacific Hurricane Center (CPHC) in Honolulu, Hawaii is tracking a disturbance southeast of Hawaii. Both systems could develop in the coming days; a strong disturbance moving off the coast of Africa today could also become a future threat.

Current sea surface temperatures are unusually warm across the entire Atlantic, with water temperatures well above normal across the north Atlantic along and east of the New England coast.  Image: NWS
Current sea surface temperatures are unusually warm across the entire Atlantic, with water temperatures well above normal across the north Atlantic along and east of the New England coast. Image: NOAA

Showers and thunderstorms associated with a tropical wave located a few hundred miles south-southwest of the Cabo Verde Islands continue to show signs of organization, according to the NHC. But the NHC adds that  satellite-derived wind data from earlier this morning indicated that the circulation remains elongated. Nevertheless, environmental conditions appear conducive enough to support additional development of this system, and a tropical depression could form during the next few days while it moves generally westward at 15 mph across the tropical Atlantic. If this system were to continue developing and become a tropical storm, it would be named Josephine. The current record for the earliest “J” storm in the Atlantic is Jose on August 22, 2005, so if this system does become named in the coming days, it would shatter that record.




The Central Pacific is also being monitored for potential development. According to the CPHC, an area of low pressure will likely form around 1,450 miles southeast of Hilo, Hawaii in the coming days. Environmental conditions are expected to be generally conducive for gradual development, and a tropical depression could form late this week.  If a storm were to form in the Central Pacific basin, it would be called Hone.

If any of these systems do form, it will take many days for them to reach land, if they even do.

Primary Sidebar

Sponsored Ad

Search

Latest News

  • Incident Meteorologists Provide Additional Support at Special All-Hazard Events
  • Unseasonably Cold Air Surges South and East Triggering Warnings
  • 2023 Atlantic Hurricane Season Storm Names Unveiled
  • NOAA Issues Spring Flood Outlook
  • Mid Atlantic Rocket “GO” For Launch Thursday
  • Out of Control Chinese Rocket Heads to Texas
  • Winter Storm Warnings, Wind Advisories, Flood Warnings Up as Nor’Easter Takes Shape
  • More than a Foot of Snow is Forecast for New Jersey to Massachusetts
About | Careers | Contact | Contests
Terms | Privacy | Ad Choices
Weatherboy is a (R) Registered Trademark of isarithm LLC, All Rights Reserved.
All content herein is Copyright by Isarithm LLC 1997-2022