2018•Unpublished venueRequires access

Cross Validation of GPM and Ground-Based Radar in Latin America and the Caribbean

Iván Arias, V. Chandrasekar

Open publisher page 3 citations

Abstract

A comparison between GPM Dual-frequency Precipitation Radar and ground-based radars located in South America and the Caribbean is presented. The analysis compares radar variables from both system during overpasses of GPM over ground-based radars in the region of interest. Attenuation and bias correction is performed to ground radar data. The results show the potential of GPM to calibrate and monitor weather radars and subsequently using them for ground validation in Latin America and the Caribbean.

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What this paper is about

A comparison between GPM Dual-frequency Precipitation Radar and ground-based radars located in South America and the Caribbean is presented. The analysis compares radar variables from both system during overpasses of GPM over ground-based radars in the region of interest. Attenuation and bias correction is performed to ground radar data. The results show the potential of GPM to calibrate and monitor weather radars and subsequently using them for ground validation in Latin America and the Caribbean.

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Available abstract

A comparison between GPM Dual-frequency Precipitation Radar and ground-based radars located in South America and the Caribbean is presented. The analysis compares radar variables from both system during overpasses of GPM over ground-based radars in the region of interest. Attenuation and bias correction is performed to ground radar data. The results show the potential of GPM to calibrate and monitor weather radars and subsequently using them for ground validation in Latin America and the Caribbean.

Key concepts: Radar, Remote sensing, Environmental science, Meteorology, Early-warning radar, Global Precipitation Measurement, Precipitation, Radar engineering details

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Cross Validation of GPM and Ground-Based Radar in Latin America and the Caribbean — Research Paper | ScholarLens