Super-cold thunderstorm (-111°C)

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In summary, scientists have recently discovered that the top of a tropical storm cloud system reached a record low temperature of -111°C in 2018. This was reported in a paper by Dr. Proud and Scott Bachmeier, published in the journal Geophysical Research Letters. This finding highlights the ongoing need for further research and understanding of our planet's atmosphere and weather patterns.
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Scientists have just published research showing the top of one tropical storm cloud system in 2018 reached -111°C, which is likely a record low temperature for the Earth's surface and atmosphere. https://www.bbc.com/news/science-environment-56542408

Dr Proud and Scott Bachmeier, a research meteorologist at the University of Wisconsin-Madison, US, report the event in a paper in the journal Geophysical Research Letters. https://agupubs.onlinelibrary.wiley.com/doi/full/10.1029/2020GL092261
 
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Wow, that is fascinating! It's incredible to think that the top of a tropical storm cloud system could reach such a low temperature. It just goes to show how much we still have to learn about our planet's atmosphere and weather systems. I'm curious to know more about the implications of this finding and how it may impact our understanding of climate change. Thank you for sharing the research paper as well, I'll definitely be giving it a read.
 

1. What causes a super-cold thunderstorm?

A super-cold thunderstorm is caused by a combination of extremely low temperatures and strong updrafts of air. The cold temperatures can reach as low as -111°C, which is cold enough to freeze water droplets and create ice crystals. The strong updrafts of air help to keep these frozen particles suspended in the air, creating the unique phenomenon of a super-cold thunderstorm.

2. Where do super-cold thunderstorms occur?

Super-cold thunderstorms are most commonly found in polar regions, where temperatures are naturally colder. They can also occur in areas with high altitudes, such as mountainous regions. However, they are rare and not as common as regular thunderstorms.

3. How long do super-cold thunderstorms last?

The duration of a super-cold thunderstorm can vary, but they typically last for a shorter period of time compared to regular thunderstorms. This is because the extremely cold temperatures and ice particles can quickly dissipate the storm.

4. Are super-cold thunderstorms dangerous?

Super-cold thunderstorms can be dangerous for aircraft and can cause severe turbulence. However, they are not considered to be as dangerous for humans on the ground. The extreme cold temperatures can make it uncomfortable to be outside, but the risk of being struck by lightning is not increased.

5. Can super-cold thunderstorms produce tornadoes?

It is possible for super-cold thunderstorms to produce tornadoes, but it is not common. The strong updrafts of air and cold temperatures can create the necessary conditions for a tornado to form, but other factors such as wind shear and instability in the atmosphere also play a role. Therefore, while it is possible, it is not a common occurrence.

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