An integrated approach toward retrieving physically consistent profiles of temperature, humidity, and cloud liquid water
… A method is presented for deriving physically consistent profiles of temperature, humidity,
and cloud liquid water content. This approach combines a ground-based multichannel
microwave radiometer, a cloud radar, a lidar-ceilometer, the nearest operational radiosonde
measurement, and ground-level measurements of standard meteorological properties with
statistics derived from results of a microphysical cloud model. All measurements are … A
method is presented for deriving physically consistent profiles of temperature, humidity, and …
and cloud liquid water content. This approach combines a ground-based multichannel
microwave radiometer, a cloud radar, a lidar-ceilometer, the nearest operational radiosonde
measurement, and ground-level measurements of standard meteorological properties with
statistics derived from results of a microphysical cloud model. All measurements are … A
method is presented for deriving physically consistent profiles of temperature, humidity, and …
[PDF][PDF] An Integrated Approach toward Retrieving Physically Consistent Profiles of Temperature, Humidity, and Cloud Liquid Water
ABSTRACT A method is presented for deriving physically consistent profiles of temperature,
humidity, and cloud liquid water content. This approach combines a ground-based
multichannel microwave radiometer, a cloud radar, a lidar-ceilometer, the nearest
operational radiosonde measurement, and ground-level measurements of standard
meteorological properties with statistics derived from results of a microphysical cloud model.
All measurements are integrated within the framework of optimal estimation to guarantee a …
humidity, and cloud liquid water content. This approach combines a ground-based
multichannel microwave radiometer, a cloud radar, a lidar-ceilometer, the nearest
operational radiosonde measurement, and ground-level measurements of standard
meteorological properties with statistics derived from results of a microphysical cloud model.
All measurements are integrated within the framework of optimal estimation to guarantee a …