Meghalaya’s Living Root Bridge in UNESCO race, India submits nomination for 2026-27 cycle

News India Live, Digital Desk: Pride of Meghalaya and amazing examples of engineering. ‘Living Root Bridge’ (Living Root Bridges) has achieved a major feat on the global stage. India has officially 29 January 2026 Their nomination Dossier has been submitted to UNESCO in Paris. If it is accepted, these structures will become part of the World Heritage List.

Jingqiang Jari: Confluence of Nature and Man

locally ‘Jingqiang Jarry’ (Jingkieng Jri) or ‘lew grazing’ These bridges, popularly known as, are located on the southern slopes of the Khasi and Jaintia Hills. These are not just bridges, but excellent examples of centuries-old indigenous bio-engineering.

Its unique features:

Roots of Rubber Tree: these Ficus elastica It is made by giving direction to the aerial roots of (rubber fig) trees.

Strength over time: Unlike concrete or steel, these bridges become stronger over time as the roots continue to grow and thicken.

Flood tolerance: Meghalaya is one of the rainiest regions in the world. These bridges easily withstand the terrible floods of monsoon.

???? Importance of UNESCO nomination

In the dossier submitted by India, these bridges have been included as a “Vibrant Cultural Landscape” (Living Cultural Landscape). Getting UNESCO recognition will have the following benefits:

International recognition: The indigenous traditions of Meghalaya will get respect on the global stage.

Eco-tourism: Tourism will be promoted in this area, which will increase the income of local communities.

Protection: This will pave the way for international cooperation and funding for the conservation of these fragile ecosystems.

What do these bridges teach us?

Living Root Bridges are a great lesson of sustainability for the modern world:

Community Knowledge: The art of making these is being passed down orally for generations.

Zero Carbon Footprint: No artificial material is used in their manufacturing, which makes them completely environment friendly.

Longevity: A well-developed root bridge can last for more than 500 years.