[MTHOLLYSVRWX] PHI Hazardous Weather Outlook 03:52:47.4019

[svrwx]

FLUS41 KPHI 150852
HWOPHI

Hazardous Weather Outlook
National Weather Service Mount Holly NJ
352 AM EST Wed Jan 15 2020

NJZ001-007>010-012-015-PAZ054-055-060>062-101>106-160900-
Sussex-Warren-Morris-Hunterdon-Somerset-Middlesex-Mercer-Carbon-
Monroe-Berks-Lehigh-Northampton-Western Chester-Eastern Chester-
Western Montgomery-Eastern Montgomery-Upper Bucks-Lower Bucks-
352 AM EST Wed Jan 15 2020

This Hazardous Weather Outlook is for central New Jersey, northern
New Jersey, northwest New Jersey, east central Pennsylvania,
northeast Pennsylvania and southeast Pennsylvania.

.DAY ONE...Today and tonight.

Hazardous weather is not expected at this time.

.DAYS TWO THROUGH SEVEN...Thursday through Tuesday.

Northwest winds are expected to gust to 40 to 50 mph Thursday into
Thursday evening, and a Wind Advisory may be needed.

For Saturday through Saturday night, a period of accumulating snow
is probable. A change to a wintry mix and even rain should occur
from southeast to northwest for much of the area. The details and
impacts however remain less certain, however if you will be traveling
across the region keep up to date on the latest forecast.

.SPOTTER INFORMATION STATEMENT...

Weather spotters are encouraged to report significant weather
conditions according to Standard Operating Procedures.

$$

DEZ001>004-MDZ008-012-015-019-020-NJZ013-014-016>027-PAZ070-071-
160900-
New Castle-Kent-Inland Sussex-Delaware Beaches-Cecil-Kent MD-
Queen Annes-Talbot-Caroline-Western Monmouth-Eastern Monmouth-Salem-
Gloucester-Camden-Northwestern Burlington-Ocean-Cumberland-Atlantic-
Cape May-Atlantic Coastal Cape May-Coastal Atlantic-Coastal Ocean-
Southeastern Burlington-Delaware-Philadelphia-
352 AM EST Wed Jan 15 2020

This Hazardous Weather Outlook is for central Delaware, northern
Delaware, southern Delaware, northeast Maryland, central New
Jersey, southern New Jersey and southeast Pennsylvania.

.DAY ONE...Today and tonight.

Hazardous weather is not expected at this time.

.DAYS TWO THROUGH SEVEN...Thursday through Tuesday.

Northwest winds are expected to gust to 40 to 50 mph Thursday into
Thursday evening, and a Wind Advisory may be needed.

For Saturday through Saturday night, a period of accumulating snow
is probable for much of the area. However, milder air moving in will
result in a change to a wintry mix then rain from southeast to
northwest. Less snow and more rain is anticipated for portions of
far southern New Jersey, Delaware and Marylands Eastern Shore. The
actual details and impacts however remain less certain, however if
you will be traveling across the region keep up to date on the latest
forecast.

.SPOTTER INFORMATION STATEMENT...

Weather spotters are encouraged to report significant weather
conditions according to Standard Operating Procedures.

$$

ANZ430-431-450>455-160900-
Delaware Bay waters north of East Point NJ to Slaughter Beach DE-
Delaware Bay waters south of East Point NJ to Slaughter Beach DE-
Coastal waters from Sandy Hook to Manasquan Inlet NJ out 20 nm-
Coastal waters from Manasquan Inlet to Little Egg Inlet NJ out 20 nm-
Coastal waters from Little Egg Inlet to Great Egg Inlet NJ out 20 nm-
Coastal waters from Great Egg Inlet to Cape May NJ out 20 nm-
Coastal waters from Cape May NJ to Cape Henlopen DE out 20 nm-
Coastal waters from Cape Henlopen to Fenwick Island DE out 20 nm-
352 AM EST Wed Jan 15 2020

...GALE WARNING IN EFFECT FROM 7 AM THURSDAY TO 7 AM EST FRIDAY...

This Hazardous Weather Outlook is for Atlantic coastal waters and
Delaware Bay Waters.

.DAY ONE...Today and tonight.

Hazardous weather is not expected at this time.

.DAYS TWO THROUGH SEVEN...Thursday through Tuesday.

Please listen to NOAA Weather Radio or go to weather.gov on the
Internet for more information about the following hazards.

   Gale Warning.

Gale force gusts are possible Saturday night and especially Sunday.

.SPOTTER INFORMATION STATEMENT...

Weather spotters are encouraged to report significant weather
conditions according to Standard Operating Procedures.

$$