• Tue

    Sep 16

    69°Lo 41°

    Partial sunshine

    Stargazing Weather
    • Cloud
      Cover
      17%
    • Precip
      1%
    • Hours of Precip
      0
    more
  • Wed

    Sep 17

    74°Lo 50°

    Abundant sunshine

    Stargazing Weather
    • Cloud
      Cover
      25%
    • Precip
      0%
    • Hours of Precip
      0
  • Thu

    Sep 18

    78°Lo 49°

    Sunshine and some clouds

    Stargazing Weather
    • Cloud
      Cover
      11%
    • Precip
      0%
    • Hours of Precip
      0
    more
  • Fri

    Sep 19

    80°Lo 51°

    Mostly sunny

    Stargazing Weather
    • Cloud
      Cover
      8%
    • Precip
      0%
    • Hours of Precip
      0
    more
  • Sat

    Sep 20

    76°Lo 48°

    Sunny

    Stargazing Weather
    • Cloud
      Cover
      3%
    • Precip
      0%
    • Hours of Precip
      0
    more
Next Previous
Hi 74° RealFeel® 74° Precipitation 0%

Day

N

E

S

W

  • N 2 mph
  • Gusts: 5 mph

Abundant sunshine

  • Max UV Index: 5 (Moderate)
  • Thunderstorms: 0%
  • Precipitation: 0 in
  • Rain: 0 in
  • Snow: 0 in
  • Ice: 0 in
  • Hours of Precipitation: 0 hrs
  • Hours of Rain: 0 hrs
Lo 50° RealFeel® 49° Precipitation 0%

Night

N

E

S

W

  • ENE 3 mph
  • Gusts: 5 mph

Clear to partly cloudy

  • Max UV Index: N/A
  • Thunderstorms: 0%
  • Precipitation: 0 in
  • Rain: 0 in
  • Snow: 0 in
  • Ice: 0 in
  • Hours of Precipitation: 0 hrs
  • Hours of Rain: 0 hrs

Temperature History - Sep 17

more Historical Weather Data >
  Today Normal Record 9/17/2013
High 74° 78° N/A 63°
Low 50° 52° N/A 56°

Solunar Information for Dayton, WA

Sunrise/Sunset

Sunrise / Sunset Illustration

Rises at 6:32 AM with 12:28 of sunlight, then sets at 7:00 PM

Moonrise/Moonset

Astronomy >
Moonrise / Moonset Illustration

Rises at 12:22 AM with 15:04 of moolight, then sets at 3:26 PM

Tue, Sep 2
First
Tue, Sep 9
Full
Tue, Sep 16
Last
Wed, Sep 24
New

Curiosity Tastes Mars

Dec 14, 2012; 5:00 AM ET The Mars Science Laboratory Rover 'Curiosity' continues its sampling and analyzing of the Martian surface.