Philadelphia Severe Watches & Warnings NOAA Weather Radio

Watches & Warnings

Winter Weather Advisory
Issued: 3:28 PM EST Dec. 13, 2017 – National Weather Service

... Winter Weather Advisory in effect from 8 PM this evening to
10 am EST Thursday...

* what... snow expected. Temperatures are cold enough for snow to
stick on contact on untreated roads, resulting in slippery
travel conditions. Total snow accumulations of 1 to 2 inches
are expected.

* Where... portions of southeast Pennsylvania.

* When... from 8 PM this evening to 10 am EST Thursday.

* Additional details... be prepared for reduced visibilities at
times. Most of the snow will fall prior to daybreak Thursday. Be
prepared to add extra travel time in the morning.

Precautionary/preparedness actions...

A Winter Weather Advisory for snow means periods of snow will
cause primarily travel difficulties. Be prepared for snow covered
roads and limited visibilities, and use caution while driving.
The latest Road conditions for the state you are calling from can
be obtained by calling 5 1 1.


For more information from the National Weather Service visit
www.Weather.Gov/phi/winter


Special Statement
Issued: 2:57 PM EST Dec. 13, 2017 – National Weather Service

... Low water levels on the tidal Delaware River through this
evening...

A strong west to northwest wind resulted in low water levels on
the tidal Delaware River today. The low water levels may cause
navigation problems around the time of low tide into this evening
on the tidal Delaware River and on some of its tidal tributaries.
Water levels are expected to drop to around or just below 2.0
feet below mean lower low water.

Low tide at Philadelphia takes place at 4:32 PM. Low tide at
Trenton occurs at 6:04 PM. Low tide occurred at Reedy Point at
2:01 PM.

The west to northwest wind will diminish this evening, and water
levels should gradually return to more typical readings
thereafter.


Mps


257 PM EST Wed Dec 13 2017

... Low water levels on the tidal Delaware River through this
evening...

A strong west to northwest wind resulted in low water levels on
the tidal Delaware River today. The low water levels may cause
navigation problems around the time of low tide into this evening
on the tidal Delaware River and on some of its tidal tributaries.
Water levels are expected to drop to around or just below 2.0
feet below mean lower low water.

Low tide at Philadelphia takes place at 4:32 PM. Low tide at
Trenton occurs at 6:04 PM. Low tide occurred at Reedy Point at
2:01 PM.

The west to northwest wind will diminish this evening, and water
levels should gradually return to more typical readings
thereafter.


Mps

643 am EST Wed Dec 13 2017

... Low water levels on the tidal Delaware River through this
evening...

A strong west to northwest wind will result in low water levels on
the tidal Delaware River today. The low water levels may cause
navigation problems around the time of low tide this afternoon and
this evening on the tidal Delaware River and on some of its tidal
tributaries. Water levels are expected to drop to around or just
below 2.0 feet below mean lower low water.

Low tide occurs at Reedy Point, Delaware, at 2:01 PM. Low tide
at Philadelphia takes place at 4:32 PM. Low tide at Trenton occurs
at 6:04 PM.

The west to northwest wind will diminish this evening, and water
levels should gradually return to more typical readings
thereafter.


Cms

643 am EST Wed Dec 13 2017

... Low water levels on the tidal Delaware River through this
evening...

A strong west to northwest wind will result in low water levels on
the tidal Delaware River today. The low water levels may cause
navigation problems around the time of low tide this afternoon and
this evening on the tidal Delaware River and on some of its tidal
tributaries. Water levels are expected to drop to around or just
below 2.0 feet below mean lower low water.

Low tide occurs at Reedy Point, Delaware, at 2:01 PM. Low tide
at Philadelphia takes place at 4:32 PM. Low tide at Trenton occurs
at 6:04 PM.

The west to northwest wind will diminish this evening, and water
levels should gradually return to more typical readings
thereafter.


Cms


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