Authors
Aviad Agam, Yoni Yosef, Miriam Fink-Lavy, Hagar Mizrahi, Maya Golan, Joseph Mendlovic
Published in
Disaster medicine and public health preparedness. Volume 20. Pages e143. Aug 07, 2026. Epub Aug 07, 2026.
Abstract
Early warning systems compress evacuation windows, creating secondary domestic hazards. This study analyzes the community epidemiology and behavioral dynamics of evacuation falls during Israel's 2026 missile crisis.
A retrospective study analyzed 2,941 emergency department visits. Daily alert volumes were integrated with municipal warning times (15-90 seconds) to calculate exposure-adjusted risk and map socioeconomic and architectural vulnerabilities.
Evacuation falls comprised 36.9% of crisis presentations. Per-alert relative risk multiplied more than eightfold over time, revealing a "complacency-panic mismatch." Women comprised 66.7% of casualties aged 46+, indicating a caregiving ("kin-keeping") burden. This was supported by strict gender parity among injured infants (0-4), signaling passive trauma via burdened caregivers. Risk patterns depended on warning times: 0-30s zones shifted risk to younger adults (acute flight response), whereas 90s windows affected frail populations (43.7% aged 66+). Concurrently, 51.4% of injuries occurred in high-socioeconomic municipalities due to internal architectural hazards.
Evacuation injuries represent a critical public health crisis. Mitigating this burden requires time-tailored protocols addressing caregiver biomechanics and household hazards, while prioritizing in-room protection for mobility-impaired individuals during acute scenarios.
PMID:
42565317
Bibliographic data and abstract were imported from PubMed on 07 Aug 2026.
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