 |
| Light Snow |
| Temp: |
-17°C |
|
| Humidity: |
85% |
| Wind Speed: |
CALM |
| Barometer: |
995 mb |
| Dewpoint: |
-19°C |
| Wind Chill: | -17°C |
|
|
| Civil Twilight: |
8:25 AM GMT+1 |
Moon Phase:
Waxing Gibbous Moon
|
| Sunrise: |
9:47 AM GMT+1 |
| Sunset: |
1:44 PM GMT+1 |
| Civil Twilight: |
3:06 PM GMT+1 |
|
MONDAY
DEC 28 | TUESDAY
DEC 29 | WEDNESDAY
DEC 30 | THURSDAY
DEC 31 | FRIDAY
JAN 1 | SATURDAY
JAN 2 | SUNDAY
JAN 3 |
 |  | |  | | | |
| Light Snow | Partly Cloudy | Partly Cloudy | Cloudy With
Flurries | Cloudy With
Flurries | Partly Cloudy | Partly Cloudy |
Hi: -10°C / 15°F
Lo: -21°C / -5°F | Hi: -19°C / -2°F
Lo: -27°C / -17°F | Hi: -20°C / -4°F
Lo: -25°C / -13°F | Hi: -13°C / 9°F
Lo: -19°C / -2°F | Hi: -13°C / 9°F
Lo: -21°C / -5°F | Hi: -18°C / 0°F
Lo: -22°C / -7°F | Hi: -4°C / 24°F
Lo: -18°C / 0°F |
| Monday
Light Snow.
High: -10°C / 15°F.
Winds: NE 8-16 kph (5-10 mph)
Precipitation: 5.47mm (0.22 in)* |  | Monday Night
Partly Cloudy With Flurries Possible.
Low: -21°C / -5°F.
Winds: NW 8 kph (5 mph)
Precipitation: 0.34mm (0.01 in)* | | Tuesday
Partly Cloudy.
High: -19°C / -2°F.
Winds: Calm
|  | Tuesday Night
Partly Cloudy.
Low: -27°C / -17°F.
Winds: Calm
| | Wednesday
Partly Cloudy.
High: -21°C / -5°F.
Winds: Calm
| | Wednesday Night
Partly Cloudy.
Low: -25°C / -13°F.
Winds: Calm
| | Thursday
Cloudy With Flurries.
High: -13°C / 9°F.
Winds: Calm
Precipitation: 0.62mm (0.02 in)* | | Thursday Night
Cloudy With Flurries.
Low: -14°C / 7°F.
Winds: N 8-16 kph (5-10 mph)
Precipitation: 1.22mm (0.05 in)* | | Friday
Cloudy With Flurries.
High: -13°C / 9°F.
Winds: N 8-16 kph (5-10 mph)
Precipitation: 0.41mm (0.02 in)* |  | Friday Night
Mostly Cloudy.
Low: -21°C / -5°F.
Winds: N 8-16 kph (5-10 mph)
| | Saturday
Partly Cloudy.
High: -19°C / -2°F.
Winds: N 8-16 kph (5-10 mph)
| | Saturday Night
Mostly Cloudy.
Low: -22°C / -7°F.
Winds: NW 8 kph (5 mph)
| | Sunday
Partly Cloudy.
High: -12°C / 10°F.
Winds: NW 8-16 kph (5-10 mph)
| | Sunday Night
Mostly Cloudy.
Low: -12°C / 11°F.
Winds: NW 16 kph (10 mph)
|
| | *Precipitation measurements are liquid equivalent |
|
|
