Radar-based rainfall information has been widely used in hydrological and meteorological
applications, as it provides data with a high spatial and temporal resolution that improve …

In weather radar applications, the ZR relationship is considered one of the most crucial
factors for providing quality quantitative precipitation estimates. However, the relationship's …

A quantitative precipitation estimate (QPE) provides basic information for the modelling of
many kinds of hydro-meteorological processes, eg, as input to rainfall-runoff models for flash …

Rainfall intensity estimation from weather radar is still significantly uncertain, due to local
anomalies, radar beam attenuation, inappropriate calibration of the radar reflectivity factor …

While weather radar is widely used for quantitative precipitation estimation (QPE) in C hina
and many other countries, the performance of radar QPE is unsatisfactory. A major reason …

This research work focuses on the investigation of the ZR relationship impact on weather
radar rainfall estimates, through the correlation of a X-Band weather radar estimates and …

Flood disaster due to prolonged heavy rainfall had caused millions ringgit of property losses,
infrastructure damages and numerous deaths in the east coast region of Peninsular …

The main scope of this Ph. D. dissertation is the development and implementation of a
methodological framework for early warning of intense floods using innovative technologies …

Weather radar data used for urban drainage applications are traditionally adjusted to point
ground references, eg, rain gauges. However, the available rain gauge density for the …

A unipolar ground-based weather radar is a widely-used instrument for rainfall
measurement. These radar measurements, however, need to be calibrated for more …