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Deep convective transport of aerosols in SAMF generates unrealistically large mixing ratios #709

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rmontuoro opened this issue Jul 26, 2021 · 2 comments
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Deep convective transport of aerosols in SAMF generates unrealistically large mixing ratios #709

rmontuoro opened this issue Jul 26, 2021 · 2 comments
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@rmontuoro
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Description

Computation of aerosol transport in the scale-aware mass-flux (SAMF) deep convection scheme generates unrealistically large mixing ratios after update 1792e87 (PR #665).

See ufs-weather-model issue #713 for details.
@rmontuoro rmontuoro added the bug label Jul 26, 2021
rmontuoro added a commit to rmontuoro/ccpp-physics that referenced this issue Jul 26, 2021
@rmontuoro
Use 60mb above surface instead of level of free convection (LFC)
ae5207f 
to compute downdraft contribution to aerosol deep convective transport.

Addresses issue NCAR#709.

Co-authored by Jongil Han (jongil.han@noaa.gov).
This was referenced Jul 27, 2021
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@climbfuji
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@rmontuoro I believe this was fixed in #714 - correct?

@rmontuoro
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@climbfuji - Correct. Closing.

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Hotfix for aerosol deep convective transport (SAMF) and scavenging (RAS) rmontuoro/ufs-weather-model
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@climbfuji @rmontuoro