Abstract: Investigation of the scattering properties of hydrometeors, especially those of nonspherical hydrometeors, has become increasingly important in connection with the estimation of ...

These data were analyzed to determine the depolarizing and attenuating properties of liquid (rain) and solid (ice) hydrometeors along the path. The observed projections of the symmetry axes of ice and ...

Two atmospheric researchers at the University of Oklahoma have received funding from the Department of Energy’s Atmospheric System Research program. Greg McFarquhar, Ph.D., and Zachary Lebo, Ph.D., ...

The code is developed for python 3.9+ and should run on any recent Windows system (and most likely also Linux, but not tested). The following python packages are required: numpy matplotlib seaborn ...

A new deep learning-based method is proposed to estimate hydrometeors efficiently using observed radar variables such as horizontal reflectivity (ZH), differential reflectivity (ZDR), correlation ...

Atmospheric aerosols and clouds play important roles in determining the Earth’s climate. Trace gases and aerosols, constitute only a tiny fraction of the atmospheric mass, however they interfere with ...

Dr. French’s research focuses on gaining a better understanding of microphysical processes that occur in clouds leading to the production of precipitation. Dr. French uses in situ observations from ...

calculated using only liquid hydrometeors according to hydrometeor type classification RR: Rain Rate (mm h-1) calculated using only liquid hydrometeors according to hydrometeor type classification LWC ...

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Lebo will examine the ongoing processes on the scale of hydrometeors. Hydrometeors, such as raindrops or ice crystals, are microscopic –10s to 1000s of micrometers in size – compared to the ...