New sounding with radiosonde measurements
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@Gkikas-LGPZ said in New sounding with radiosonde measurements:
@santiam
The switch turns the sounding diagram in a "skew-T" form.
That means that isotherms (constant temperature lines) are “skewed” to the right as they go up in altitude.
For a tutorial on "skew-T diagram",
read https://www.weather.gov/source/zhu/ZHU_Training_Page/convective_parameters/skewt/skewtinfo.htmlThank you! The switch turns the diagram into a "skew-T."
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Awesome, awesome job. Hands down one of the best apps ever!!! I only just discovered the zoom view! Thankyou for making this info accessible.
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Why not provide the model with a layer thickness of 1000-500 hPa and provide the model with a layer height of 1000 hPa and its temperature always with the temperature at sea level and its pressure?
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Hi
I can't find the answer to my question. Why is the wind direction with the arrow at the right side different of the direction when you point the red curve ? ! As you can see, It says wind comes from 10° and the arrow shows 45°. What am I missing ?
Thanks
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@idefix37
6 km/h 10° is about wind.
And the wind arrow shows wind from East at 20kt.
Normally it must show 36km/h 90°.
I tried to replicate it but I couldn't. -
...... probably the wind shown (6 km/h 10 degrees)
is the wind on surface.
Location's elevation is 632m but sounding's data are for 949 hPa=583m.
So, the model's wind at 583m in the free atmosphere is from east at 20kt
but as 583m is lower than surface (elev. 632m) it shows surface wind.
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@marekd I've been using the Windy sounding more and more and it's been a great help. Two things I'd love to see that would help with precipitation forecasting:
- An option to display the calculated wet-bulb temperature; the trace will always sit between Td and Ta.
- An option to display the calculated Frost Point temperature. This is equivalent to dew point but based on relative humidity with respect to ice rather than liquid water. It is often between Td and Ta but can be higher than Ta in cases of supersaturation with respect to ice.
These would be a huge help and should be able to be derived from the existing Ta and Td measurements in the sounding.
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Where can I find some explanation or help?
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hello, This is a suggestion,the basic data of the sounding is already there, how to process the data, the processed content can refer to the SPC sounding part of the content (see the red box part), of course, this kind of content display can be a membership.
Hope to get a reply from Windy！
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Hi,
congratulions for the great job!
I wonder if with LCL, CCL it would be possible to add CAPE and CIN,.
thank you very much -
@marekd
congratulation for the great job!
I wonder if it is possible to add , with LCL and CCL, also CAPE, CIN and some additional parameters as Lifted index, K index .
Thank you very much -
There is a bug with Rhode Island's Port Judith radiosonde... when you click it, the map repositions to Australia. Can this be corrected?
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The tool itself is very nice. But it appears to show only data on pressure levels. Which kills important vertical structures, especially inversions, In order to make quantitative use of this tool, I propose to use data on model level instead.
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New sounding with radiosonde measurements provides real-time data on atmospheric conditions such as temperature, humidity, and pressure. It helps in weather forecasting and atmospheric research by collecting vertical profiles of the atmosphere.
