Ghent

Ghent looks like a preserved medieval city, but its real trick is stacking steel, cars, students, and biotech on the same urban substrate. The city ended 2024 with 272,389 residents and more than 87,000 students, yet the postcard center is only half the story. The other half runs north along the canal toward a seaport-and-lab economy that works far beyond the old core.

In 2025 the wider North Sea Port system that includes Ghent handled 128.5 million tonnes of cargo by sea and inland navigation, and the fully operational New Lock made 12.5-metre draft access possible at any tide. The first commercial wider seagoing vessel to use that route headed to ArcelorMittal in Ghent. At the same time, the city keeps feeding a biotech ecosystem built around UGent, VIB, UZ Gent, and Tech Lane. City reporting on VIB's new incubator says the institute has launched around 37 start-ups, lost only four, and now runs a 6,000-square-metre growth facility for the next wave.

That combination matters because Ghent is not choosing between heritage city, heavy industry, and research city. It is allocating land, talent, and infrastructure so each layer helps subsidize the others. The port brings industrial demand and global throughput. The universities and hospitals bring laboratories, graduates, and founders. The historic core and student city make the place attractive enough to retain people who could work elsewhere. Few cities of this size still run blast furnaces, car logistics, and frontier life sciences inside one metropolitan metabolism without one side crowding out the others.

Biologically, Ghent behaves like a coral-reef builder. Coral survives by creating hard substrate that many different organisms can occupy at once. Ghent does the same through mutualism, niche construction, and resource allocation: once the canal, campus, hospital, and port are locked together, each new tenant makes the habitat more valuable for the next.