Iron in Mesophere: Impact on Global Warming

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SUMMARY

The discussion centers on the presence of iron (Fe) in the mesosphere and its potential impact on global warming. It is established that there is a layer of iron located between 80-100 km in the polar mesosphere, primarily resulting from burnt-up meteors. While the concentration of iron may influence atmospheric processes, the consensus is that its effect on global warming is uncertain and likely minimal compared to other atmospheric elements and processes. The historical context of meteor bombardment rates suggests that the current levels of iron may have reached a stable equilibrium.

PREREQUISITES
  • Understanding of atmospheric layers, specifically the mesosphere
  • Knowledge of the role of meteors in atmospheric composition
  • Familiarity with lidar measurement techniques
  • Basic concepts of global warming and climate systems
NEXT STEPS
  • Research the role of meteors in atmospheric chemistry and their contribution to elemental layers
  • Explore lidar technology and its applications in atmospheric studies
  • Investigate the dynamics of atmospheric layers and their interactions with global warming
  • Examine historical data on meteor bombardment rates and their implications for atmospheric composition
USEFUL FOR

Climate scientists, atmospheric researchers, and environmental policymakers interested in the interactions between atmospheric elements and global warming.

verdigris
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Does the concentration of iron in the mesophere change significantly and
can it effect global warming?
 
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I do not know about iron in the mesosphere. There are many other more active gasses, elements, and processes in the mesosphere which i can imagine to be more important in the effect of climate. However, when you append the global warming as questino, i must make you realize that everything affects global warming. Its a system-> the entire atmosphere sun, galactic rays, intergalactic rays, universe. Now, the question is how much of each and how they are coupled...and what we can do about it.
 
iron? as in Fe?

I'm sorry, but I didn't know that there was any iron in the mesosphere. Maybe you meant ions?

If you didn't & I'm just being too presumptious could you perhaps provide a link?

Cheers
 
OK, I just did a wiki and found out that there's a load of iron there from burnt up meteors.

http://en.wikipedia.org/wiki/Mesosphere

As for the effects on global warming, who knows? I don't lol...
The fact is though, that the number of meteors used to be a lot higher back in the early days (maybe we didn't even have a mesosphere then?) and has since tailed off to a more-or-less constant rate of bombardment. I guess that if the residence time for iron is low enough (considering it's so dense I don't think it could stay there so long?) some kind of equilibrium would be reached and the level would be pretty much constant.

Whatever, the fact is we have no influence or control over this so I doubt it's really at the top of anyones scientific agenda.
 

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