The different datasets contain modeled cumulative number of hours exceeding a conditional probability of upward lightning over 45 ◦ N-50 ◦ N and 8 ◦ E-17 ◦ E at hourly and 1 km2 grid cell resolution. The models are random forests based on direct upward lightning observations at the Gaisberg Tower in Salzburg, Austria (2000 to 2015 and mid 2020-2023) linked to 35 larger-scale meteorological reanalysis data. The modeled probabilities are called conditional due to a balanced model setup of equally large situations with and without upward lightning at the Gaisberg Tower. Data are used in the article "Spatio-seasonal conditional risk of upward lightning over the eastern Alps" (https://doi.org/10.48550/arXiv.2403.18853)
Fall/autumn conditional risk for network detectable upward lightning
CSVWinter conditional risk for network detectable upward lightning
CSVSummer conditional risk for network detectable upward lightning
CSVSpring conditional risk for network detectable upward lightning
CSVWinter conditional risk for network detectable and undetectable upward lightning
CSVSummer conditional risk for network detectable and undetectable upward lightning
CSVSpring conditional risk for network detectable and undetectable upward lightning
CSVFall/autumn conditional risk for network detectable and undetectable upward lightning
CSVSeptember conditional risk for network detectable upward lightning
CSVOctober conditional risk for network detectable upward lightning
CSVNovember conditional risk for network detectable upward lightning
CSVMay conditional risk for network detectable upward lightning
CSVMarch conditional risk for network detectable upward lightning
CSVJune conditional risk for network detectable upward lightning
CSVJuly conditional risk for network detectable upward lightning
CSVJanuary conditional risk for network detectable upward lightning
CSVFebruary conditional risk for network detectable upward lightning
CSVFebruary conditional risk for network detectable upward lightning
CSVDecember conditional risk for network detectable upward lightning
CSVAugust conditional risk for network detectable upward lightning
CSVApril conditional risk for network detectable upward lightning
CSVSeptember conditional risk for network detectable and undetectable upward lightning
CSVOctober conditional risk for network detectable and undetectable upward lightning
CSVNovember conditional risk for network detectable and undetectable upward lightning
CSVMay conditional risk for network detectable and undetectable upward lightning
CSVMarch conditional risk for network detectable and undetectable upward lightning
CSVJune conditional risk for network detectable and undetectable upward lightning
CSVJuly conditional risk for network detectable and undetectable upward lightning
CSVJanuary conditional risk for network detectable and undetectable upward lightning
CSVJanuary conditional risk for network detectable and undetectable upward lightning
CSVFebruary conditional risk for network detectable and undetectable upward lightning
CSVDecember conditional risk for network detectable and undetectable upward lightning
CSVAugust conditional risk for network detectable and undetectable upward lightning
CSVApril conditional risk for network detectable and undetectable upward lightning
CSV