Radar‐rain gauge merging techniques have been widely used to improve the applicability of
radar and rain gauge rainfall estimates by combining their advantages, while partially …

This paper describes techniques used operationally by the National Weather Service (NWS)
to prepare gridded multisensor (gauge, radar, and satellite) quantitative precipitation …

Accurate quantitative precipitation estimates are of crucial importance for hydrological
studies and applications. When spatial precipitation fields are required, rain gauge …

Summary The Dallas–Fort Worth (DFW) urban radar network consists of a combination of
high resolution X band radars and a standard National Weather Service (NWS) Next …

Radar quantitative precipitation estimation (RQPE) is the most common measurement for
area rainfall estimation with high spatial and temporal resolution. The radar reflectivity () …

Weather radar provides areal rainfall information with very high temporal and spatial
resolution. Radar data has been implemented in several hydrological applications despite …

The goal of this study is to diagnose the manner in which radar‐rainfall input affects peak
flow simulation uncertainties across scales. We used the distributed physically based …

Currently, Doppler weather radar in China is generally used for quantitative precipitation
estimation (QPE) based on the ZR relationship. However, the estimation error for mixed …

The improvement of precipitation estimation with the use of radar-raingauge rainfall merging
techniques is influenced by several factors, such as topography, storm types, raingauge …

Methodologies to estimate the response time of a catchment to new rainfall inputs based on
rainfall and streamflow observations require the analyst to make a number of uncertain and …