Although most meteorological radars lack the sensitivity to detect small cloud droplets, recent advances in millimeter-wave cloud radars provide new opportunities for monitoring the properties of non-precipitating clouds by remote sensing. The problem of retrieving the microphysical features of clouds is not straightforward, however, because radar actually measures a moment of the Dopple
Vertical profiles of ice water content (IWC) can now be derived globally from spaceborne cloud satel...
The microphysical properties of low stratus and fog are analyzed here based on simultaneous measurem...
Cloud measurements at millimeter-wave frequencies are affected by attenuation due to atmospheric gas...
Stratus clouds are important in boundary-layer dynamics and global climate. Most measurements of str...
Characterization of the microphysical properties of non-precipitating stratus clouds including their...
A technique is described to retrieve stratocumulus liquid water content (LWC) using the differential...
The retrieval of cloud microphysical properties from remote sensors is challenging. In the past, gr...
The parameterization of the microphysical characteristics for low-level stratiform water clouds can ...
Observations of marine stratus were made with an airborne radar of 3 mm wavelength off the coast of ...
Marine stratocumulus clouds cover extensive areas of the subtropical oceans and greatly influence Ea...
Stratocumulus is one of the most common cloud types globally with a profound effect on the Earth’s r...
We analyze errors in retrievals of cloud liquid water content (Ql) and precipitation flux (R) based ...
The performance of radar reflectivity (Ze)–based relations for retrievals of marine stratiform cloud...
Atmospheric remote sensing has played a pivotal role in the increasingly sophisticated representatio...
The microphysical properties of low stratus and fog are analyzed here based on simultaneous measurem...
Vertical profiles of ice water content (IWC) can now be derived globally from spaceborne cloud satel...
The microphysical properties of low stratus and fog are analyzed here based on simultaneous measurem...
Cloud measurements at millimeter-wave frequencies are affected by attenuation due to atmospheric gas...
Stratus clouds are important in boundary-layer dynamics and global climate. Most measurements of str...
Characterization of the microphysical properties of non-precipitating stratus clouds including their...
A technique is described to retrieve stratocumulus liquid water content (LWC) using the differential...
The retrieval of cloud microphysical properties from remote sensors is challenging. In the past, gr...
The parameterization of the microphysical characteristics for low-level stratiform water clouds can ...
Observations of marine stratus were made with an airborne radar of 3 mm wavelength off the coast of ...
Marine stratocumulus clouds cover extensive areas of the subtropical oceans and greatly influence Ea...
Stratocumulus is one of the most common cloud types globally with a profound effect on the Earth’s r...
We analyze errors in retrievals of cloud liquid water content (Ql) and precipitation flux (R) based ...
The performance of radar reflectivity (Ze)–based relations for retrievals of marine stratiform cloud...
Atmospheric remote sensing has played a pivotal role in the increasingly sophisticated representatio...
The microphysical properties of low stratus and fog are analyzed here based on simultaneous measurem...
Vertical profiles of ice water content (IWC) can now be derived globally from spaceborne cloud satel...
The microphysical properties of low stratus and fog are analyzed here based on simultaneous measurem...
Cloud measurements at millimeter-wave frequencies are affected by attenuation due to atmospheric gas...