A conditional analogue attribution framework reveals that human-caused climate change intensified approximately 68 percent of analyzed moderate-or-greater aviation turbulence encounters ...
An analysis of reanalysis data identifies five distinct atmospheric circulation regimes that trigger extreme summer warm events over the Antarctic ...
A 41-year reanalysis study shows that rainfall in the Colombian Andes is dominated by an afternoon convective maximum concentrated between ...
Researchers developed a marked temporal point process framework to analyze directional dependencies and temporal clustering among extreme meteorological hazards across ...
Atmospheric reanalysis and observational data spanning sixty-one years reveal that compounding summer hot and dry extremes across Northern Hemisphere agricultural ...
Although the total frequency of Northern Hemisphere winter extreme cold events has decreased, strong events have increased, primarily driven by ...
Atmospheric researchers have developed a time-dependent weighted quantile loss function that curbs systematic underestimation in short-term wind speed forecasts across ...
A study of climate models and reanalysis data reveals that observed autumn-to-winter North Atlantic atmospheric predictability stems from atmospheric circulation ...
A new dataset from 28 radar wind profilers across China records a rapid increase and upward shift in low-level wind ...
A decade of nationwide monitoring and machine-learning analysis shows surface ozone in China rose significantly in both warm and cold ...
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