GeoRayos a new aplication for severe weather warning

M. GABRIELA NICORA; EDUARDO J. QUEL; JUAN LUCAS BALI; ALEJANDRO ACQUESTA; LUCIANO VIDAL; RODRIGO E. BÜRGESSER; ELDO E. ÁVILA; PAOLA SALIO; MARIA LUISA ALTINGER DE SCHWARZKOPF

Simposio; International Symposium on Lightning Protection (XIII SIPDA); 2015

This work presents a lightning jump algorithm (LJA): ?GeoRayos? to detect severe weather; it is based on the algorithm presented by Schultz et al. (2011) [1]. The lightning data used in this study came from the World Wide Lightning Location Network which is a real-time, world-wide and ground network. In this study, the lightning activity occurred during spring and summer of 2013 on the region [20?50]S of latitude and [50?70]W of longitude was examined. The LJA was validated by using information of severe weather occurrence in the report "Estudio de los Tornados en la Rep. Argentina" this unpublished report (M. L. Altinger de Schwarzkopf, personal communication) provides severe phenomena occurred since 1930 to the present, also we used information from the National Weather Service inArgentina, local argentinean media, and radar data. The spatial and time distributions of lightning jumps were analyzed by using different spatial and temporal scales.