Yeah, I have the same question however I think the black line is the mixing ratio.
If you haven't already I was watching this video and I found it quite useful.

@Haarup It is for visible light so If it is night where you are trying to see it will appear a dark blue ish colour. You can see if you move around untill you find the yellowish area ( where it is day)

hey, just a few suggestions!

1. Real-Time Radar Imaging with Wind Shear:
   Augment radar imaging with wind shear data, enabling users to visualize changes in wind speed and direction with altitude. This insight enhances understanding of storm intensity and structure.

2. Convective Outlook Alerts with Lifted Index:
   Incorporate Lifted Index forecasts into convective outlook alerts. This index indicates atmospheric instability, aiding in the anticipation of thunderstorm severity and potential severe weather.

3. Storm Tracking with Storm-Relative Helicity:
   Integrate storm-relative helicity data into storm tracking features to identify tornado risk areas. This parameter measures the potential for rotating updrafts within storms.

4. Lapse Rates for Atmospheric Stability Assessment:
   Include lapse rates to assess atmospheric stability. Users can understand how temperature changes with altitude, helping predict the potential for vertical motion and convective activity.

I think these additions would make windy a great forecasting service for everyone and storm chasers like myself. this is just 4 suggestions I have thought of, I just think windy needs better convective weather forecasting as it is becoming more and more frequent. Thank you for taking the time to consider. :)

@Haarup It is for visible light so If it is night where you are trying to see it will appear a dark blue ish colour. You can see if you move around untill you find the yellowish area ( where it is day)

hey, just a few suggestions!

1. Real-Time Radar Imaging with Wind Shear:
   Augment radar imaging with wind shear data, enabling users to visualize changes in wind speed and direction with altitude. This insight enhances understanding of storm intensity and structure.

2. Convective Outlook Alerts with Lifted Index:
   Incorporate Lifted Index forecasts into convective outlook alerts. This index indicates atmospheric instability, aiding in the anticipation of thunderstorm severity and potential severe weather.

3. Storm Tracking with Storm-Relative Helicity:
   Integrate storm-relative helicity data into storm tracking features to identify tornado risk areas. This parameter measures the potential for rotating updrafts within storms.

4. Lapse Rates for Atmospheric Stability Assessment:
   Include lapse rates to assess atmospheric stability. Users can understand how temperature changes with altitude, helping predict the potential for vertical motion and convective activity.

I think these additions would make windy a great forecasting service for everyone and storm chasers like myself. this is just 4 suggestions I have thought of, I just think windy needs better convective weather forecasting as it is becoming more and more frequent. Thank you for taking the time to consider. :)

Yeah, I have the same question however I think the black line is the mixing ratio.
If you haven't already I was watching this video and I found it quite useful.

Can someone please simply explain how a skew-T chart works, specifically how to find the CAPE but I need a general understanding anyway, thanks.