What's going on in the Novaya Zemlya Archipelago?!?
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Is this a glitch in the app?
If I'm not mistaken a CO concentration of 7,395 ppbv would be fatal within ~8 hours.
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@Hound-of-Bjarkøy
This high content of CO is not at ground level but in a total column of the troposphere. See About this data for further information. -
@idefix37
Granted, but isn't that an unusually high reading regardless? -
@Hound-of-Bjarkøy
Yes, it’s not usual, it would need to know what is the reason for this high concentration. -
Today, there are active fires displayed in Siberia but nothing in New Zemble where the CO concentration reaches 12000 ppbv above this archipelago !
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@idefix37
It's strange, right?I was in British Columbia, Canada during the 2021 wildfires and experienced a PM2.5 of about 300 ug/m3. It was awful. The sun at midday was a blurry, orange sphere. My eyes watered and my lungs hurt.
I can't imagine what 5,000 ug/m3 would be like!!
NO2, SO2, CO, Aerosol, and Surface Ozone are all at extremely high levels. I'm very curious to know what would cause this.
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@Hound-of-Bjarkøy , regarding " What's going on in the Novaya Zemlya Archipelago?!?", could you please cite an online link to this presentation, as well as the tool that produced it?
I am interested in accessioning your remarks here, particularly if they could be written into a non-ephemeral blog entry, including a description of the tool's settings that produced this display, for stable future reference. And another entry for this tool itself. I haven't encountered it before in more than 15 years of activism on the climate and stopping the fossil fuel and captalist drivers of climate crisis.
Thanks!
Dwain Wilder -
You get information about any layer data by clicking on the small circled i in the bottom right corner of your screen (browser version).
Concerning the CO layer, data is provided by Copernicus.
https://atmosphere.copernicus.eu/global-forecast-plots -
@Dwain0Wilder, these are all just screenshots I took from the Windy app. From the menu, I selected the different layers. The screenshots were posted here the same day I took them. As @idefix37 mentioned, the circled i will link you to the data sources. The readings for this location are still high today, but not like it was a few days ago. After some time to consider it my best guess is that area is a spot where all the smoke from the wildfires in the northern hemisphere collects 🤷♂️
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I don't know if it's gas from the latest volcanic activity on Earth or/and the effect of the solar storm/solar radiation on the latest Siberian and Canadian wildfire smoke that has accumulated there due to some sort of atmospheric trap (quite a bit of it has been blown into the Arctic Ocean over the last few months). But the concentrations are, yes, pretty deadly if it is indeed a tropospheric phenomenon. What if it lands on the ground?