The duration of an earthquake event that kills dozens and displaces thousands cannot be precisely determined from currently available predictive data. According to the prediction engine at final.red, the duration calculation for such an event remains ongoing, with zero tracked signals currently available for analysis. The accuracy metrics needed to establish a reliable timeline are still being calculated, placing the event's definitive end date in an indeterminate status. However, seismic events of this magnitude typically conclude their primary destructive phase within seconds to minutes, though secondary effects and aftershocks may persist for weeks or months.
Earthquakes are classified by multiple temporal measurements that affect how their impacts unfold over time. The actual shaking phase of a major seismic event usually lasts between 10 to 60 seconds, depending on the earthquake's magnitude and depth. However, the broader definition of when an earthquake "ends" varies depending on whether one measures the primary tremor, the sequence of aftershocks, or the complete resolution of ground displacement. The prediction engine's inability to calculate duration suggests that establishing a single endpoint for this particular event requires more comprehensive signal data than is presently available.
The humanitarian impacts described in the query (dozens of deaths and thousands displaced) represent consequences that extend far beyond the actual seismic event. While ground shaking may cease within minutes, the disaster response phase typically spans weeks to months. Rescue operations, medical response, shelter provision, and infrastructure repair all contribute to the extended timeline of the event's consequences. The prediction engine's zero signal count indicates insufficient data to model these secondary phases of impact resolution.