Snowfall information at the scale of individual particles is rare, difficult to gather, but
fundamental for a better understanding of solid precipitation microphysics. In this article we …

This study evaluates ice particle size distribution and aspect ratio φ Multi-Radar Multi-
Sensor (MRMS) dual-polarization radar retrievals through a direct comparison with two legs …

Rimed precipitation growth can efficiently remove moisture and aerosols from the boundary
layer, yet thin low‐level Arctic mixed‐phase clouds are generally thought to precipitate …

Detailed ground‐based observations of snow are scarce in remote regions, such as the
Arctic. Here, Multi‐Angle Snowflake Camera measurements of over 55,000 solid …

Measurements of snowflake particle shape are important for studying snow microphysics.
While a number of instruments exist that are capable of measuring particle shape, this study …

Abstract The Differential Emissivity Imaging Disdrometer (DEID) is a new evaporation-based
optical and thermal instrument designed to measure the mass, size, density and type of …

This paper presents a method named 3D-GAN, based on a generative adversarial network
(GAN), to retrieve the total mass, 3D structure and the internal mass distribution of …

Vertically pointing Ka-band radar measurements are used to derive fall velocity–reflectivity
factor (V t= a Z eb) relations for frozen hydrometeor populations of different habits during …

Harsh winters and hazards such as blizzards are synonymous with the northern Great Plains
of the United States. Studying these events is difficult; the juxtaposition of cold temperatures …

The amount and phase of cold season precipitation accumulating in the upper Saint John
River basin are critical factors in determining spring runoff, ice-jams, and flooding in …