Mystery Clouds: Uncovering the Enigma

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SUMMARY

The forum discussion centers around the phenomenon of cumulus clouds forming and dissipating in a stationary position, attributed to localized thermal updrafts and rotor turbulence. Participants analyze the conditions necessary for such cloud behavior, emphasizing the influence of nearby heat sources and wind patterns. Key insights include the role of thermal updrafts from the ground and the impact of local topography on cloud formation. The discussion concludes that while the observed behavior may seem unusual, it is a recognized occurrence in meteorology.

PREREQUISITES
  • Understanding of cumulus cloud formation and characteristics
  • Knowledge of thermal updrafts and their role in meteorology
  • Familiarity with rotor turbulence and its effects on cloud behavior
  • Basic principles of atmospheric science and wind patterns
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  • Research "Cumulus cloud formation and characteristics" for a deeper understanding
  • Explore "Thermal updrafts in meteorology" to learn about their role in cloud dynamics
  • Study "Rotor turbulence and its effects on weather patterns" for insights into localized atmospheric phenomena
  • Investigate "Topographic influences on weather" to understand how landscape features affect cloud behavior
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Meteorologists, atmospheric scientists, storm chasers, and anyone interested in understanding cloud dynamics and weather phenomena.

  • #31
deathbystereo said:
Because clouds aren't supposed to do that normally cloulds have a function they're up there for a reason. What's the reason for that?

you have already been given the answer, I even requoted it
what part of that good response didn't you understand ?
 
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  • #32
A rising thermal rises till it hits a level ( height) where the moisture in the air of that thermal condenses into clouds.
This is called the dew point. The height at which dew point is reached and clouds form is called the condensation level.
The winds then carry those clouds off. But the thermal is still rising and causing new replacement clouds to form
and then in turn get carried off. This will continue till the rising thermal or the winds cease."

Dave
 
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  • #33
The question in the OP has been answered. Whether the OP believes it or not is unfortunately a different matter. Thread is closed.
 
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