Authorities in Almería province used door-to-door warnings to evacuate or confine residents as a wildfire advanced through Los Gallardos and Bédar on Friday [1, 2].

The decision to bypass automated emergency alerts highlights the tension between rapid mass notification and the need for precise, localized instructions during fast-moving natural disasters.

Juanma Moreno Bonilla, president of the autonomous community of Andalucía, said the regional government opted not to activate the ES-Alert system. He said that sending a single, generalized message to the entire area would have caused confusion among residents who faced different risks [1]. Some citizens were ordered to leave their homes immediately, while others were told to remain confined indoors for safety [1, 2].

Local officials supplemented the regional strategy with direct outreach. Ángel Collados, the mayor of Bédar, said they notified residents door-to-door because they could not wait while facing such a tragedy [2].

The decision to avoid the digital alert system was also influenced by infrastructure failures. Three telephone exchange points fell during the incident [1]. This loss of connectivity limited the reliability of electronic communications in the affected zone.

Emergency crews worked to contain the fire in the southern Spanish province, focusing on the municipalities of Los Gallardos and Bédar [1, 2]. The strategy of manual notification ensured that residents received specific directions based on the fire's proximity to their exact location, a level of detail not possible via a wide-area broadcast alert [1].

“"Envíar un solo mensaje hubiera causado confusión."”

This incident underscores a critical limitation of national emergency alert systems: the 'one-size-fits-all' nature of broadcast messages. In complex wildfire scenarios where some residents must evacuate and others must shelter in place, a general alert can trigger panic or contradictory actions. The reliance on manual, door-to-door notification in Almería demonstrates that despite technological advances, localized human intervention remains the most reliable method for managing high-stakes, variable-risk evacuations.