21st Century (2000–present)

Greater Jakarta NCICD

2014– · Indonesia · Southeast Asia · Ecological, landscape-led, and resilience planning · Planned by GoI + NL partners
NCICD master plan for Jakarta Bay: the 'Great Garuda' outer sea wall and retention lake with new central business district, social housing, fishing port, port expansion and MRT/highway links.
NCICD master plan for Jakarta Bay: the 'Great Garuda' outer sea wall and retention lake with new central business district, social housing, fishing port, port expansion and MRT/highway links. · © Sweco / NCICD consortium — used with credit · Government of Indonesia with Dutch consortium (Sweco/Grontmij, Witteveen+Bos, KuiperCompagnons, Deltares) — National Capital Integrated Coastal Development (NCICD) Master Plan, presentation by Alex Hekman, 2016

Core idea

Sea wall + polders + urban redevelopment

Why it matters

Climate adaptation for megacity delta

Description

The National Capital Integrated Coastal Development programme for Greater Jakarta, developed from 2014 by the Government of Indonesia with Dutch engineering and planning partners. It proposed a giant outer sea wall across Jakarta Bay, a system of polders and pumping, and associated land reclamation and urban redevelopment to protect the rapidly subsiding, flood-prone megacity delta. The scheme evolved through several phases, with the shoreline defences advancing while the iconic 'Great Garuda' sea wall remained contested.

Significance

NCICD is a landmark of climate-adaptation planning at megacity scale and a prominent example of exported Dutch delta expertise. It provoked sustained debate over whether hard infrastructure can substitute for tackling groundwater extraction and subsidence, and over the social and ecological costs of bay reclamation, questions sharpened by Indonesia's subsequent decision to relocate its capital.

What shaped it

Plans it influenced

Sources

Open it on the interactive timeline →
hub.toekom.st — History of Urbanism · an interactive timeline of 850 planned cities across 6,000 years.