An improved method that uses low-elevation radar reflectivity scans of precipitation events taken asynchronously in time was developed and applied to two NEXRAD radars located in Melbourne (KMLB) and Miami (KAMX), Florida. Reflectivity data analyzed for two precipitation events indicate consistent, time-invariant dBz biases
As computational power increases, operational forecast models are performing simulations with higher...
It is generally acknowledged that in order to apply radar rainfall data for hydrological proposes ad...
A statistical analysis of simultaneous observations of more than 800 hailstorms over the continental...
The purpose of this paper is to use various mathematical methods for processing precipitation data a...
Monthly rate accumulation on 0.5° × 0.5° Lat/Lon boxes was estimated using Next Generation Radar WSR...
The Next Generation Radar (NEXRAD) was implemented as one of the first network-wide operational rada...
This is the published version. Copyright 1999 American Geophysical UnionNext Generation Weather Rada...
An algorithm for NEXRAD reflectivity Quality Control (QC) is presented. This procedure yields an acc...
Attenuation due to liquid water is one of the largest uncertainties in radar observations. The effec...
An algorithm for NEXRAD reflectivity Quality Control (QC) is presented. This procedure yields an acc...
The National Weather Service (NWS) operates a network of Doppler-radar stations (NEXRAD, WSR-88D) th...
The Global Precipitation Measurement (GPM) mission Core Observatory is equipped with a dual-frequenc...
This paper presents a novel, simple method to correct reflectivity measurements of weather radars th...
International audienceA large part of the research in the radar meteorology is devoted to the evalua...
This publication intends to prove that a network of low-cost local area weather radars (LAWR) is a r...
As computational power increases, operational forecast models are performing simulations with higher...
It is generally acknowledged that in order to apply radar rainfall data for hydrological proposes ad...
A statistical analysis of simultaneous observations of more than 800 hailstorms over the continental...
The purpose of this paper is to use various mathematical methods for processing precipitation data a...
Monthly rate accumulation on 0.5° × 0.5° Lat/Lon boxes was estimated using Next Generation Radar WSR...
The Next Generation Radar (NEXRAD) was implemented as one of the first network-wide operational rada...
This is the published version. Copyright 1999 American Geophysical UnionNext Generation Weather Rada...
An algorithm for NEXRAD reflectivity Quality Control (QC) is presented. This procedure yields an acc...
Attenuation due to liquid water is one of the largest uncertainties in radar observations. The effec...
An algorithm for NEXRAD reflectivity Quality Control (QC) is presented. This procedure yields an acc...
The National Weather Service (NWS) operates a network of Doppler-radar stations (NEXRAD, WSR-88D) th...
The Global Precipitation Measurement (GPM) mission Core Observatory is equipped with a dual-frequenc...
This paper presents a novel, simple method to correct reflectivity measurements of weather radars th...
International audienceA large part of the research in the radar meteorology is devoted to the evalua...
This publication intends to prove that a network of low-cost local area weather radars (LAWR) is a r...
As computational power increases, operational forecast models are performing simulations with higher...
It is generally acknowledged that in order to apply radar rainfall data for hydrological proposes ad...
A statistical analysis of simultaneous observations of more than 800 hailstorms over the continental...