On Tuesday 16 September, Their Majesties King Philippe and Queen Mathilde visited VLIZ in Ostend. Their visit formed part of a provincial tour of West Flanders centered on the theme of “safety in the North Sea”. At VLIZ, the focus was on the latest insights in marine research and the innovative technologies that researchers are using to support it.
On arrival, they were welcomed by the Governor of West Flanders, Carl Decaluwé, the Mayor of Ostend, John Crombez, and VLIZ General Director Jan Mees. After the official greeting, the royal couple were introduced to several research set-ups demonstrating how sensors in the sea can be combined to carry out non-invasive measurements. The importance of long-term time series and open science for a better understanding of the ocean was highlighted.
The next stop focused on underwater sound research. Scientists explained what a soundscape is, which sound sources play a role at sea, and how this information is collected in the underwater sound library. Thanks to artificial intelligence, this material can be analysed more effectively. Several North Sea sound clips made the approach tangibly audible.
Marine robotics was also discussed in depth. The Ministry of Defense showcased, among other things, its underwater drones; Exail presented advanced systems such as the SeaScan and K-Ster; and VLIZ introduced its own robotics, including autonomous underwater vehicles and gliders. The partners emphasised how robotics contributes to sustainable ocean observations, and how these applications are also relevant for science, the economy and security.
The visit concluded with an introduction to the USV Gobelijn, the uncrewed surface vessel used for autonomous measurements at sea. The royal couple also became acquainted with the workboat Abbé Mann and the research vessel Simon Stevin, both key pillars supporting VLIZ’s marine research. Together, these vessels illustrate how versatile and innovative VLIZ’s fleet management is, enabling researchers to study the North Sea and beyond in a sustainable way.