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Nepal's Transport Network Recovery Hinges on Resilience Measures

WHY IT MATTERS

Implementing resilience measures in transport networks can significantly reduce the impact of disasters and speed up recovery. It is essential to design standards that reflect current risks, plan for continuity, and improve hazard-specific early warnings to prevent and mitigate the effects of disasters.

What happened

A recent ice-rock avalanche in Nepal has highlighted the importance of resilience measures in transport networks. The disaster blocked the Lhende River, causing floodwaters to destroy the Rasuwagadhi border post and the only road linking Kathmandu to Tibet. The Government of Nepal has requested neighbouring countries to install 42 Bailey bridges to restore road links quickly. The incident underscores the need for resilient networks that can resist, absorb, adapt, and recover from disasters. Design standards need to reflect current risks, with 60% of the region's road design codes pre-dating 2015 and relying on outdated climate data. Building resilience into new infrastructure adds about 3% to overall investment needs. The World Bank estimates a return of about four dollars for every dollar invested. The region requires roughly US$31 trillion for transport infrastructure between 2025 and 2035, making climate-proofing new investment now cheaper than rebuilding later.

PRIMARY SOURCES

Nepal: When disaster hits, Transport decides how fast a country recovers

ReliefWeb / original provider · UN Economic and Social Commission for Asia and the Pacific · ReliefWeb aggregation; original provider terms apply; link and attribution to the named source required

CORRECTIONS & UPDATES

  1. Revision 1 · Initial ingestion · Sep 29, 2026, 5:01 AM
  2. Revision 2 · Source update detected · Sep 29, 2026, 5:01 AM
By THELAST.NEWS Editorial System · AI-assistedRevision 3Authoritative primary source