Hazardous Weather Outlook
Issued by NWS State College, PA

Home |  Current Version |  Previous Version |  Text Only |  Print | Product List |  Glossary Off
Versions: 1 2 3 4 5 6 7 8 9 10 11 12
942
FLUS41 KCTP 120839
HWOCTP

Hazardous Weather Outlook
National Weather Service State College PA
439 AM EDT Wed Jun 12 2024

PAZ004>006-010-011-130845-
Warren-McKean-Potter-Elk-Cameron-
439 AM EDT Wed Jun 12 2024

This Hazardous Weather Outlook is for central Pennsylvania.

.DAY ONE...Today and tonight.

The probability for widespread hazardous weather is low.

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

The probability for widespread hazardous weather is low.

.SPOTTER INFORMATION STATEMENT...

Spotter activation is not expected at this time.

$$

PAZ012-017>019-024>028-033>037-041-042-045-046-049-050-056-063>065-
130845-
Northern Clinton-Clearfield-Northern Centre-Southern Centre-Cambria-
Blair-Huntingdon-Mifflin-Juniata-Somerset-Bedford-Fulton-Franklin-
Tioga-Northern Lycoming-Sullivan-Southern Clinton-Southern Lycoming-
Union-Snyder-Perry-Cumberland-Adams-York-
439 AM EDT Wed Jun 12 2024

This Hazardous Weather Outlook is for central Pennsylvania.

.DAY ONE...Today and tonight.

The probability for widespread hazardous weather is low.

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

Strong to severe thunderstorms with gusty winds and small hail
are possible Friday afternoon.

.SPOTTER INFORMATION STATEMENT...

Spotter activation is not expected at this time.

$$

PAZ051>053-057>059-066-130845-
Montour-Northumberland-Columbia-Dauphin-Schuylkill-Lebanon-Lancaster-
439 AM EDT Wed Jun 12 2024

This Hazardous Weather Outlook is for central Pennsylvania.

.DAY ONE...Today and tonight.

No hazardous weather is expected at this time.

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

Scattered severe thunderstorms with damaging winds 60 mph or greater
and large hail exceeding 1 inch in diameter are possible Friday
afternoon and early Friday evening.

.SPOTTER INFORMATION STATEMENT...

Spotter activation is not expected at this time.

$$

Lambert