While the value of correcting raw radar rainfall estimates using simultaneous ground rainfall
observations is well known, approaches that use the complete record of both gauge and …

The low density of conventional rain gauge networks is often a limiting factor for radar
rainfall bias correction. Citizen rain gauges offer a promising opportunity to collect rainfall …

Using radar to estimate and forecast precipitation as input for hydrological models has
become increasingly popular in recent years because of its superior spatial and temporal …

One of the key challenges in hydrology is to accurately measure and predict the spatial and
temporal distribution of rainfall. Rain gauges measuring at point locations are often …

A fixed ZR relationship approach, such as the Marshall-Palmer relationship, for an entire
year and for different seasons can be problematic in cases where the relationship varies …

Assessment of forecast precipitation is required before it can be used as input to
hydrological models. Using radar observations in southeastern Australia, forecast rainfall …

Efforts in hydrometeorology are concentrated on finding the causes of the ground based
radar uncertainty sources for rainfall estimation recently. The error sources are interactions …

Cloudbursts and extreme rainstorms pose a growing threat to urban areas. Accurate rainfall
data is essential for predicting inundations and urban flooding. Private weather stations are …

This paper demonstrates a procedure for deriving the Z–R relationship using poor temporal
resolution gauge rainfall data and evaluates its impact on runoff forecasting in the upper …

Weather radar is a form of alternative indirect rainfall measurement for use in mitigating flash
flood hazards. It is a challenging task to obtain accurate radar rainfall data without …