north american weather consultants · 10+ o nov dec jan feb mar vs ms apr seasonal distribution of...

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North American Weather Consultants

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Page 1: North American Weather Consultants · 10+ O Nov Dec Jan Feb Mar vs MS Apr Seasonal Distribution of Stability Analysis Results . 2100 UTC FEB 20 , I.oE-t2$m3 1m3 'Jay MOntrose Crested

North American Weather Consultants

Page 2: North American Weather Consultants · 10+ O Nov Dec Jan Feb Mar vs MS Apr Seasonal Distribution of Stability Analysis Results . 2100 UTC FEB 20 , I.oE-t2$m3 1m3 'Jay MOntrose Crested
Page 3: North American Weather Consultants · 10+ O Nov Dec Jan Feb Mar vs MS Apr Seasonal Distribution of Stability Analysis Results . 2100 UTC FEB 20 , I.oE-t2$m3 1m3 'Jay MOntrose Crested
Page 4: North American Weather Consultants · 10+ O Nov Dec Jan Feb Mar vs MS Apr Seasonal Distribution of Stability Analysis Results . 2100 UTC FEB 20 , I.oE-t2$m3 1m3 'Jay MOntrose Crested
Page 5: North American Weather Consultants · 10+ O Nov Dec Jan Feb Mar vs MS Apr Seasonal Distribution of Stability Analysis Results . 2100 UTC FEB 20 , I.oE-t2$m3 1m3 'Jay MOntrose Crested
Page 6: North American Weather Consultants · 10+ O Nov Dec Jan Feb Mar vs MS Apr Seasonal Distribution of Stability Analysis Results . 2100 UTC FEB 20 , I.oE-t2$m3 1m3 'Jay MOntrose Crested
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Page 8: North American Weather Consultants · 10+ O Nov Dec Jan Feb Mar vs MS Apr Seasonal Distribution of Stability Analysis Results . 2100 UTC FEB 20 , I.oE-t2$m3 1m3 'Jay MOntrose Crested
Page 9: North American Weather Consultants · 10+ O Nov Dec Jan Feb Mar vs MS Apr Seasonal Distribution of Stability Analysis Results . 2100 UTC FEB 20 , I.oE-t2$m3 1m3 'Jay MOntrose Crested
Page 10: North American Weather Consultants · 10+ O Nov Dec Jan Feb Mar vs MS Apr Seasonal Distribution of Stability Analysis Results . 2100 UTC FEB 20 , I.oE-t2$m3 1m3 'Jay MOntrose Crested
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Page 16: North American Weather Consultants · 10+ O Nov Dec Jan Feb Mar vs MS Apr Seasonal Distribution of Stability Analysis Results . 2100 UTC FEB 20 , I.oE-t2$m3 1m3 'Jay MOntrose Crested

Most icing at Mt. Crested Butte is observed during southwesterly winds, which generally corresponds to pre-frontal situations.

The vast majority of this supercooled liquid water when icing was observed (over 80%) was below -5 C, cold enough for nucleation by silver iodide

Low-level thermodynamic stability during storms should not be a major impediment to dispersion of seeding material released from lower elevation ground generators.

Page 17: North American Weather Consultants · 10+ O Nov Dec Jan Feb Mar vs MS Apr Seasonal Distribution of Stability Analysis Results . 2100 UTC FEB 20 , I.oE-t2$m3 1m3 'Jay MOntrose Crested

Analysis of similar data over more seasons should provide a better climatology of the area

Comparisons of icing data to liquid water data from a nearby radiometer site are planned based on data collected during the 2015-2016 winter season.