 |
| Fair |
| Temp: |
-6°C |
|
| Humidity: |
86% |
| Wind Speed: |
SSW 2 MPH |
| Barometer: |
1024 mb |
| Dewpoint: |
-8°C |
| Wind Chill: | -7°C |
|
|
| Civil Twilight: |
7:08 AM GMT+9 |
Moon Phase:
Waxing Gibbous Moon
|
| Sunrise: |
7:37 AM GMT+9 |
| Sunset: |
5:17 PM GMT+9 |
| Civil Twilight: |
5:45 PM GMT+9 |
|
MONDAY
DEC 28 | TUESDAY
DEC 29 | WEDNESDAY
DEC 30 | THURSDAY
DEC 31 | FRIDAY
JAN 1 | SATURDAY
JAN 2 | SUNDAY
JAN 3 |
 | |  | | | | |
| Partly Cloudy | Partly Cloudy | Occasional
Flurries | Partly Cloudy | Partly Cloudy | Partly Cloudy | Partly Cloudy |
Hi: -4°C / 24°F
Lo: -12°C / 11°F | Hi: 4°C / 38°F
Lo: -12°C / 11°F | Hi: 0°C / 31°F
Lo: -14°C / 7°F | Hi: -9°C / 15°F
Lo: -14°C / 6°F | Hi: -3°C / 27°F
Lo: -14°C / 8°F | Hi: 1°C / 34°F
Lo: -9°C / 17°F | Hi: 3°C / 37°F
Lo: -9°C / 16°F |
 | Monday
Clear.
High: -4°C / 24°F.
Winds: NW 16 kph (10 mph)
|  | Monday Night
Clear.
Low: -12°C / 11°F.
Winds: Calm
| | Tuesday
Partly Cloudy.
High: 4°C / 38°F.
Winds: SW 8-16 kph (5-10 mph)
|  | Tuesday Night
Mostly Cloudy With Occasional Flurries.
Low: -2°C / 28°F.
Winds: W 16-24 kph (10-15 mph)
Precipitation: 1.00mm (0.04 in)* | | Wednesday
Mostly Cloudy With Occasional Flurries.
High: 0°C / 31°F.
Winds: NW 32 kph (20 mph)
Precipitation: 0.47mm (0.02 in)* |  | Wednesday Night
Partly Cloudy.
Low: -14°C / 7°F.
Winds: NW 24-32 kph (15-20 mph)
| | Thursday
Partly Cloudy.
High: -9°C / 15°F.
Winds: NW 32-40 kph (20-25 mph)
| | Thursday Night
Partly Cloudy.
Low: -14°C / 8°F.
Winds: W 16 kph (10 mph)
| | Friday
Partly Cloudy.
High: -3°C / 27°F.
Winds: W 8-16 kph (5-10 mph)
| | Friday Night
Mostly Cloudy With Occasional Flurries.
Low: -8°C / 18°F.
Winds: Calm
Precipitation: 1.62mm (0.06 in)* | | Saturday
Partly Cloudy.
High: 1°C / 34°F.
Winds: NW 8-16 kph (5-10 mph)
| | Saturday Night
Partly Cloudy.
Low: -9°C / 17°F.
Winds: N 8 kph (5 mph)
| | Sunday
Partly Cloudy.
High: 3°C / 37°F.
Winds: Calm
| | Sunday Night
Partly Cloudy.
Low: -5°C / 24°F.
Winds: Calm
| | Monday
Partly Cloudy.
High: -2°C / 28°F.
Winds: Calm
|
| | *Precipitation measurements are liquid equivalent |
|
|
