Cloud microphysical parameterizations have attracted a great deal of attention in recent years due to their effect on cloud radiative properties and cloud-related hydrological processes in large-scale models. The parameterization of cirrus particle size has been demonstrated as an indispensable component in the climate feedback analysis. Therefore, global-scale, long-term observations of cirrus particle sizes are required both as a basis of and as a validation of parameterizations for climate models. While there is a global scale, long-term survey of water cloud droplet sizes (Han et al.), there is no comparable study for cirrus ice crystals. This study is an effort to supply such a data set
A large discrepancy exists in current estimates of a mean cirrus particle size appropriate for calcu...
copyrighted by American Geophysical UnionAircraft-based in situ measurements of cirrus cloud ice wat...
The radiative role of ice clouds in the atmosphere is known to be important, but uncertainties remai...
Cirrus is the most frequently occurring and widely distributed cloud type. The average annual freque...
The relationship between cirrus particle size and cloud top temperature is surveyed on a near-global...
PARAMETERIZING SIZE DISTRIBUTIONS IN ICE CLOUDS David L. Mitchell and Daniel H. DeSlover ABSTRACT An...
The primary thrust of this investigation is to develop an algorithm to retrieve cloud particle sizes...
Ice clouds, crucial to the understanding of both short - and long - term climate trends, are poorly ...
International audienceIn this study, characteristic optical sizes of ice crystals in synoptic cirrus...
The radiative properties of cirrus clouds present one of the unresolved problems in weather and clim...
A new satellite remote sensing method is described whereby the sensitivity of thermal infrared wave ...
Cirrus cloud radiative effects are largely affected by ice microphysical properties, including ice w...
A new satellite remote sensing method is described whereby the sensitivity of thermal infrared wave ...
Observations of cirrus and altocumulus clouds during the First International Satellite Cloud Climato...
Gaining information about cirrus cloud microphysics requires development of remote sensing technique...
A large discrepancy exists in current estimates of a mean cirrus particle size appropriate for calcu...
copyrighted by American Geophysical UnionAircraft-based in situ measurements of cirrus cloud ice wat...
The radiative role of ice clouds in the atmosphere is known to be important, but uncertainties remai...
Cirrus is the most frequently occurring and widely distributed cloud type. The average annual freque...
The relationship between cirrus particle size and cloud top temperature is surveyed on a near-global...
PARAMETERIZING SIZE DISTRIBUTIONS IN ICE CLOUDS David L. Mitchell and Daniel H. DeSlover ABSTRACT An...
The primary thrust of this investigation is to develop an algorithm to retrieve cloud particle sizes...
Ice clouds, crucial to the understanding of both short - and long - term climate trends, are poorly ...
International audienceIn this study, characteristic optical sizes of ice crystals in synoptic cirrus...
The radiative properties of cirrus clouds present one of the unresolved problems in weather and clim...
A new satellite remote sensing method is described whereby the sensitivity of thermal infrared wave ...
Cirrus cloud radiative effects are largely affected by ice microphysical properties, including ice w...
A new satellite remote sensing method is described whereby the sensitivity of thermal infrared wave ...
Observations of cirrus and altocumulus clouds during the First International Satellite Cloud Climato...
Gaining information about cirrus cloud microphysics requires development of remote sensing technique...
A large discrepancy exists in current estimates of a mean cirrus particle size appropriate for calcu...
copyrighted by American Geophysical UnionAircraft-based in situ measurements of cirrus cloud ice wat...
The radiative role of ice clouds in the atmosphere is known to be important, but uncertainties remai...