What Is the Average Lapse Rate for a Rising Radiosonde?

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SUMMARY

The average lapse rate for a rising radiosonde is a critical factor in understanding air mass stability and instability. In discussions, it is established that the average lapse rate should ideally be calculated from the blue section of the graph, where temperature loss is uniform with height, rather than including the green section influenced by frontal weather systems. This approach provides a clearer indication of atmospheric stability. The consensus emphasizes the importance of focusing on stable temperature gradients for accurate assessments.

PREREQUISITES
  • Understanding of environmental lapse rates
  • Familiarity with radiosonde data collection
  • Knowledge of atmospheric stability concepts
  • Basic meteorological graph interpretation skills
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  • Research the principles of environmental lapse rates in meteorology
  • Study the role of radiosondes in atmospheric profiling
  • Learn about the impact of frontal weather systems on temperature gradients
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Meteorology students, atmospheric scientists, and anyone studying weather patterns and stability analysis will benefit from this discussion.

matthyaouw
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Hey. I was wondering if you guys could help me with something. I'm doing an assignment on air masses & instability etc etc. One of the things it asks me is about envirionmental lapse rates detected by a rising radiosonde. It seems fairly straightforward mostly, however it asks me to work out the average lapse rate. Here is a sketch of the graph I'm working with:

ELR.jpg


When working out the average rate, should I take it from the whole of the troposphere, including the green section that is under the influence of frontal weather systems, or should i just use the blue section where the temperature loss is reasonably uniform with height?

thanks in advance.
Matt.
 
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I understand the question and intuitively I'd say the whole range but that would not help establishing whether or not most of the section was stable our unstable.

So why don't you ask it to a whole bunch of nice UK weatherman in this cosy place here.
 

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