Katastrofe Sumatera: Jejak Oligarki di Hulu, DAS, dan Zona Rawan Bencana

Widespread Impact of Sumatra’s Hydrometeorological Disasters: From Emergency Response to Sustainable Recovery

A series of flash floods and landslides that have struck the Sumatra region—including Aceh, North Sumatra, and West Sumatra—since late November 2025 has left behind a trail of massive destruction. The physical damage to infrastructure and residential areas caused by these hydrometeorological disasters is said to surpass the scale of physical destruction from the 2004 tsunami, requiring long-term collaboration among various parties in the rehabilitation and reconstruction process.

In addition to paralyzing local economic lifelines and transportation networks, the disaster damaged hundreds of thousands of homes and forced a large number of residents to remain in displacement shelters for months. Amid these complex physical recovery challenges, attention toward the mental health of survivors, particularly children and adolescents, continues to gather momentum. Various community elements have mobilized in an integrated manner through psychosocial support based on art therapy, literacy, and environmental education to alleviate trauma in hard-hit areas such as Central Aceh, Aceh Tamiang, and East Aceh.

Local governments acknowledge that post-disaster recovery cannot be accomplished instantly. Measures to repair public facilities and advance socio-economic rehabilitation are continually being refined through dialogue with various community elements, including student groups, to ensure that the post-disaster management process runs effectively and comprehensively.

1,190 Deaths
141 People reported missing
> 131,000 People residing in shelters
> 175,000 Housing units damaged

Reference sources:
AwfOr – Sumatra Catastrophe: Traces of Oligarchy in Upstream Areas, Watersheds, and Disaster-Prone Zones
Civilians – 'Moving Within the Circle of Control'
Penapost – Regional Secretary Nasir Outlines Achievements and Acceleration of Post-Hydrometeorological Disaster Recovery


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