Add to ORKGCloud microphysical properties are an important component in climate model parameterizations of water transport, cloud radiative exchange, and latent heat processes. Estimation of effective cloud particle size, liquid or ice water content, and optical depth from satellite-based instrumentation is needed to develop a climatology of cloud microphysical properties and to better understand and model cloud processes in atmospheric circulation. These parameters are estimated from two different surface data sets taken at Coffeyville, Kansas, during the First ISCCP Regional Experiment (FIRE) Phase-2 Intensive Field Observation (IFO) period (November 13 - December 7, 1991). Satellite data can also provide information about optical depth and effectiv...
One of the main difficulties in detecting cirrus clouds and determining their correct altitude using...
Simultaneous measurements of the liquid water content and particle size have assumed an important ro...
International audienceThe purpose of this study is to better understand how cloud microphysical char...
The First ISCCP (International Satellite Cloud Climatology Project) Regional Experiment (FIRE) Phase...
Observations of cirrus and altocumulus clouds during the First International Satellite Cloud Climato...
The radiative properties of cirrus clouds present one of the unresolved problems in weather and clim...
The First ISCCP Regional Experiment (FIRE) Cirrus Intensive Field Observation (IFO) program measured...
Gaining information about cirrus cloud microphysics requires development of remote sensing technique...
Due to the prevalence and persistence of cirrus cloudiness across the globe, cirrus clouds are belie...
The role of cirrus clouds, particularly in weather and climate processes, has been increasingly inve...
Meteorological satellite instrument pixel sizes are often much greater than the individual cloud ele...
Increasing knowledge of cirrus cloud properties can contribute to general circulation model developm...
Cirrus cloud radiative and physical characteristics are determined using a combination of ground bas...
Theoretical calculations predict that cloud reflectance in near infrared windows such as those at 1....
Preliminary results are presented for cloud properties from the analysis of AVHRR observations for F...
One of the main difficulties in detecting cirrus clouds and determining their correct altitude using...
Simultaneous measurements of the liquid water content and particle size have assumed an important ro...
International audienceThe purpose of this study is to better understand how cloud microphysical char...
The First ISCCP (International Satellite Cloud Climatology Project) Regional Experiment (FIRE) Phase...
Observations of cirrus and altocumulus clouds during the First International Satellite Cloud Climato...
The radiative properties of cirrus clouds present one of the unresolved problems in weather and clim...
The First ISCCP Regional Experiment (FIRE) Cirrus Intensive Field Observation (IFO) program measured...
Gaining information about cirrus cloud microphysics requires development of remote sensing technique...
Due to the prevalence and persistence of cirrus cloudiness across the globe, cirrus clouds are belie...
The role of cirrus clouds, particularly in weather and climate processes, has been increasingly inve...
Meteorological satellite instrument pixel sizes are often much greater than the individual cloud ele...
Increasing knowledge of cirrus cloud properties can contribute to general circulation model developm...
Cirrus cloud radiative and physical characteristics are determined using a combination of ground bas...
Theoretical calculations predict that cloud reflectance in near infrared windows such as those at 1....
Preliminary results are presented for cloud properties from the analysis of AVHRR observations for F...
One of the main difficulties in detecting cirrus clouds and determining their correct altitude using...
Simultaneous measurements of the liquid water content and particle size have assumed an important ro...
International audienceThe purpose of this study is to better understand how cloud microphysical char...