Description of weather overlays

[Korina]

@luigitrevisi Hello, descriptions are already available on desktop and in the app under the "i" symbol.

[luigitrevisi]

@korina Oh cool! I missed that part, thank you!

[Rodno]

setting temperature off in menu but not clearing. Location set and is marked, goes there when pressed from upper left button, but misadjusts so unknown way especially when pulling day states. Goes to an unselected location.
thx

[Korina]

@rodno Hello, what issue do you have exactly?

[desianasw]

@yves70 hi, just wanna ask when the weather symbol is cloudy or sunny cloudy but the forecast said that there are 4.2 mm of rain. How did it happen? please help me to understand it. thankyou

[Korina]

@desianasw Hello, can you show an example please?

[fooika1972]

@ivo

I am wanting to know why it’s literally zero knts out but windy days it’s 14? I paid to have the hourly updates. Never using windy again. Useless

[Korina]

@fooika1972 We are not able to analyze your complain without details. Please provide details about the location and observed issue.

[Peter Bayfield]

What does the blue arrow next to my location indicate. It revolves to different direction as I rotate my smartphone.

[idefix37]

@Peter-Bayfield
This blue arrow indicates nothing. Just forget it.

[lotayah446]

@gjwolfswinkel said in Description of weather overlays:

The freezing altitude layer, how does that work? I am often looking at ski weather and on those sites, the current freezing altitude (frostgrenze in German, vorstgrens in Dutch) is at around 3800 meters. Yet the 'freezing level' layer shows values of 2500 to even 1900 meters for those locations, even though the current temperatures there are much higher.
Am I misinterpreting what the freezing altitude layer actually is or does? Or is the data faulty?

The freezing altitude layer or the freezing level is a meteorological term that refers to the altitude in the atmosphere where the temperature is at or below freezing (0 degrees Celsius or 32 degrees Fahrenheit). The altitude at which the freezing level occurs can vary depending on the temperature profile of the atmosphere, and it can be affected by factors such as atmospheric pressure, humidity, and wind.

In the context of skiing weather reports, the freezing level or freezing altitude is an important parameter to consider because it determines whether precipitation will fall as snow or rain at different altitudes. If the freezing level is high, then precipitation will fall as rain at lower altitudes, which can result in unfavorable ski conditions. On the other hand, if the freezing level is low, then precipitation will fall as snow at lower altitudes, which is generally more desirable for skiing.