There are no active watches, warnings or advisories for zone INZ047.

Regional Radar Regional Infrared Satellite
Radar/Satellite images courtesy of Weather Underground.
spacer
Updated:  29-Jan-2020 12:40am  
Summary / Temperature Wind Snow Outlook
Overcast Overcast
Currently: 32, Max: 35, Min: 30 32°F


  Cold  

  Today Tomorrow
High: 35°F
37°F
Low: 30°F
29°F
 Wind from N N
3 mph
Gust:
0 mph
2 Bft - Light breeze
Snow Today: 0 in
Snow Yesterday: 0 in
This Month: 0.11 in
Winter Total: 9.53 in
Snow Depth: 0 in
Wednesday

Wednesday: Cloudy
Cloudy
Humidity & Barometer Almanac Moon
Humidity: 87%
Dew Point: 28°F
Barometer: 30.11 inHg  
Baro Trend: Steady
Sunrise: 7:55am
Sunset: 6:01pm
Moonrise: 10:40am
Moonset: 10:40pm
Waxing Crescent
Waxing Crescent, Moon at 4 days in cycle
17%
Illuminated
UV Index Forecast UV Index Forecast
29 Jan 2020
 Low 
30 Jan 2020
 Low 
NWS Weather Forecast  - Outlook: Overnight & Wednesday
Overnight

Overnight: Cloudy
Cloudy

Lo 28 °F
NWS forecast: Cloudy, with a low around 28. North northeast wind around 3 mph.
 
Wednesday

Wednesday: Cloudy
Cloudy

Hi 36 °F
NWS forecast: Cloudy, with a high near 36. Northeast wind around 5 mph.
NWS 4 Day Forecast
Wednesday
Night
Wednesday Night: Slight Chance Light Snow then Cloudy
Slight Chance Light Snow then Cloudy

Lo 29 °F
Thursday

Thursday: Mostly Cloudy
Mostly Cloudy

Hi 39 °F
Thursday
Night
Thursday Night: Mostly Cloudy
Mostly Cloudy

Lo 30 °F
Friday

Friday: Mostly Cloudy
Mostly Cloudy

Hi 42 °F
Friday
Night
Friday Night: Mostly Cloudy then Slight Chance Rain And Snow
Mostly Cloudy then Slight Chance Rain And Snow

Lo 32 °F
Saturday

Saturday: Slight Chance Rain And Snow
Slight Chance Rain And Snow

Hi 42 °F
Saturday
Night
Saturday Night: Slight Chance Light Rain then Mostly Cloudy
Slight Chance Light Rain then Mostly Cloudy

Lo 31 °F
Weather Facts
Dew Point
The dew point is the temperature to which air must be cooled, at constant barometric pressure, for water vapor to condense into water. The condensed water is called dew. When the dew point temperature falls below freezing it is called the frost point, as the water no longer creates dew but instead creates frost. The dew point is associated with relative humidity. A high relative humidity indicates that the dew point is closer to the current air temperature. If the relative humidity is 100%, the dew point is equal to the current temperature. Given a constant dew point, an increase in temperature will lead to a decrease in relative humidity.