Understanding the effects of aerosols on the microphysical characteristics of marine stratocumulus clouds, and the resulting influence on cloud radiative properties, is a primary goal of FIRE. The potential for observing variations of cloud characteristics that might be related to variations of available aerosols is studied. Some results from theoretical estimates of cloud reflectance are presented. Also presented are the results of comparisons between aircraft measured microphysical characteristics and satellite detected radiative properties of marine stratocumulus clouds. These results are extracted from Mineart where the analysis procedures and a full discussion of the observations are presented. Only a brief description of the procedure...
The radiative properties of marine stratocumulus, which affect the global climate, are influenced by...
The absorption and albedo of low, thin, marine stratus clouds are investigated using data collected ...
Marine stratocumulus clouds are generally optically thick and shallow, exerting a net cooling influe...
The effects of aerosols on the microphysical characteristics of marine stratocumulus clouds can have...
Variations in marine stratocumulus microphysics during FIRE IFO 1992 are observed and analyzed thro...
The influence of anthropogenic aerosols, in the form of ship exhaust effluent, on the microphysics a...
copyrighted by American Geophysical UnionData from nine stratocumulus clouds in the northeastern Pac...
Marine stratocumulus cloud regimes exert a strong climatic influence through their high solar reflec...
Insufficient knowledge about aerosol-cloud interactions has caused uncertainty in the Earth Radiatio...
[1] The Marine Stratus/Stratocumulus Experiment (MASE) field campaign was undertaken in July 2005 of...
The present study investigated the correlations between aerosol and cloud parameters derived from sa...
Marine stratocumulus clouds have a large impact on the earth’s radiation budget. Their optical prope...
The article of record as published may be found at https://www.nature.com/articles/sdata201826Airbor...
[1] During the Marine Stratus/Stratocumulus Experiment, cloud and aerosol microphysics were measured...
A preliminary analysis of some of the narrow band radiance data measured on the U.K. Meteorological ...
The radiative properties of marine stratocumulus, which affect the global climate, are influenced by...
The absorption and albedo of low, thin, marine stratus clouds are investigated using data collected ...
Marine stratocumulus clouds are generally optically thick and shallow, exerting a net cooling influe...
The effects of aerosols on the microphysical characteristics of marine stratocumulus clouds can have...
Variations in marine stratocumulus microphysics during FIRE IFO 1992 are observed and analyzed thro...
The influence of anthropogenic aerosols, in the form of ship exhaust effluent, on the microphysics a...
copyrighted by American Geophysical UnionData from nine stratocumulus clouds in the northeastern Pac...
Marine stratocumulus cloud regimes exert a strong climatic influence through their high solar reflec...
Insufficient knowledge about aerosol-cloud interactions has caused uncertainty in the Earth Radiatio...
[1] The Marine Stratus/Stratocumulus Experiment (MASE) field campaign was undertaken in July 2005 of...
The present study investigated the correlations between aerosol and cloud parameters derived from sa...
Marine stratocumulus clouds have a large impact on the earth’s radiation budget. Their optical prope...
The article of record as published may be found at https://www.nature.com/articles/sdata201826Airbor...
[1] During the Marine Stratus/Stratocumulus Experiment, cloud and aerosol microphysics were measured...
A preliminary analysis of some of the narrow band radiance data measured on the U.K. Meteorological ...
The radiative properties of marine stratocumulus, which affect the global climate, are influenced by...
The absorption and albedo of low, thin, marine stratus clouds are investigated using data collected ...
Marine stratocumulus clouds are generally optically thick and shallow, exerting a net cooling influe...