Accurate measurements of rain drop size distributions (DSD), with particular emphasis on small and tiny drops, are presented. Measurements were conducted in two very different climate regions, namely Northern Colorado and Northern Alabama. Both datasets reveal a combination of (i) a drizzle mode for drop diameters less than 0.7 mm and (ii) a precipitation mode for larger diameters. Scattering calculations using the DSDs are performed at S and X bands and compared with radar observations for the first location. Our accurate DSDs will improve radar-based rain rate estimates as well as propagation predictions
Knowledge of the full rainfall drop size distribution (DSD) is critical for characterising liquid wa...
Over the last decade, interest in measuring and studying rain Drop Size Distribution (DSD) has grow...
This paper investigates the binning effects on drop size distribution (DSD) measurements obtained by...
An impact-type Joss-Waldvogel disdrometer (JWD), a two-dimensional video disdrometer (2DVD), and a l...
The raindrop size distribution (DSD) is fundamental for quantitative precipitation estimation (QPE) ...
A network of seven two-dimensional video disdrometers (2DVD), which were operated during the Midlati...
A network of seven two-dimensional video disdrometers (2DVD), which were operated during the Midlati...
A network of seven two-dimensional video disdrometers (2DVD), which were operated during the Midlati...
none4siOver the last decade, interest in measuring and studying rain Drop Size Distribution (DSD) ha...
The raindrop size distribution (DSD) quantifies the microstructure of rainfall and is critical to ...
The spatial structure of the raindrop size distribution (DSD) conveys crucial information for reliab...
This study compared drop size distribution (DSD) measurements on the surface, the corresponding prop...
Over the last decade, interest in measuring and studying rain Drop Size Distribution (DSD) has grow...
Over the last decade, interest in measuring and studying rain Drop Size Distribution (DSD) has grow...
Knowledge of the full rainfall drop size distribution (DSD) is critical for characterising liquid wa...
Knowledge of the full rainfall drop size distribution (DSD) is critical for characterising liquid wa...
Over the last decade, interest in measuring and studying rain Drop Size Distribution (DSD) has grow...
This paper investigates the binning effects on drop size distribution (DSD) measurements obtained by...
An impact-type Joss-Waldvogel disdrometer (JWD), a two-dimensional video disdrometer (2DVD), and a l...
The raindrop size distribution (DSD) is fundamental for quantitative precipitation estimation (QPE) ...
A network of seven two-dimensional video disdrometers (2DVD), which were operated during the Midlati...
A network of seven two-dimensional video disdrometers (2DVD), which were operated during the Midlati...
A network of seven two-dimensional video disdrometers (2DVD), which were operated during the Midlati...
none4siOver the last decade, interest in measuring and studying rain Drop Size Distribution (DSD) ha...
The raindrop size distribution (DSD) quantifies the microstructure of rainfall and is critical to ...
The spatial structure of the raindrop size distribution (DSD) conveys crucial information for reliab...
This study compared drop size distribution (DSD) measurements on the surface, the corresponding prop...
Over the last decade, interest in measuring and studying rain Drop Size Distribution (DSD) has grow...
Over the last decade, interest in measuring and studying rain Drop Size Distribution (DSD) has grow...
Knowledge of the full rainfall drop size distribution (DSD) is critical for characterising liquid wa...
Knowledge of the full rainfall drop size distribution (DSD) is critical for characterising liquid wa...
Over the last decade, interest in measuring and studying rain Drop Size Distribution (DSD) has grow...
This paper investigates the binning effects on drop size distribution (DSD) measurements obtained by...