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Kamnik, Slovenia Weather Forecast

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Fog

61°F

Updated	6:11 am
Feels Like	62°F
Humidity	95%
Wind	NNE 2 mph
Barometer	30.09 in
Visibility	1 mi

Fog

16°C

Updated	6:11 am
Feels Like	17°C
Humidity	95%
Wind	NNE 4 km/h
Barometer	1019 mb
Visibility	2 km

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Sun & Moon

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Cloud Cover	5%
uv UV Index	7
Sunrise	6:15 AM
Sunset	7:52 PM
Moonrise	7:15 PM
Moonset	4:01 AM

Civil Twilight
5:41 AM to 6:12 AM
7:50 PM to 8:22 PM
Kamnik Slovenia Weather - Waxing Gibbous Moon

Waxing Gibbous Moon

Kamnik Weather Forecast

WEDNESDAY
Kamnik Slovenia Light rain shower

Light Rain Shower
Hi: 24°CHi: 75°F
Lo: 15°CLo: 59°F
POP: 48%

THURSDAY
Kamnik Slovenia Overcast

Overcast
Hi: 26°CHi: 80°F
Lo: 17°CLo: 63°F
POP: 20%

FRIDAY
Kamnik Slovenia Partly Cloudy

Partly Cloudy
Hi: 27°CHi: 81°F
Lo: 18°CLo: 65°F
POP: 15%

SATURDAY
Kamnik Slovenia Partly Cloudy

Partly Cloudy
Hi: 22°CHi: 72°F
Lo: 15°CLo: 60°F
POP: 15%

SUNDAY
Kamnik Slovenia Cloudy

Cloudy
Hi: 24°CHi: 75°F
Lo: 16°CLo: 61°F
POP: 17%

MONDAY
Kamnik Slovenia Clear

Clear
Hi: 26°CHi: 79°F
Lo: 17°CLo: 63°F
POP: 6%

TUESDAY
Kamnik Slovenia Cloudy

Cloudy
Hi: 24°CHi: 76°F
Lo: 16°CLo: 62°F
POP: 11%

POP = Probability of Precipitation.

Weather Outlook Updated: 700 PM Wed Dec 31 1969

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Weather 101: Term of the Day

Capping Inversion

Alternate term for Cap; a layer of relatively warm air aloft, usually several thousand feet above the ground, which suppresses or delays the development of thunderstorms. Air parcels rising into this layer become cooler than the surrounding air, which inhibits their ability to rise further and produce thunderstorms. As such, the cap often prevents or delays thunderstorm development even in the presence of extreme instability. However, if the cap is removed or weakened, then explosive thunderstorm development can occur. The cap is an important ingredient in most severe thunderstorm episodes, as it serves to separate warm, moist air below and cooler, drier air above. With the cap in place, air below it can continue to warm and/or moisten, thus increasing the amount of potential instability. Or, air above it can cool, which also increases potential instability. But without a cap, either process (warming/moistening at low levels or cooling aloft) results in a faster release of available instability - often before instability levels become large enough to support severe weather development.