Author(s): Anders Chr. Erichsen, Mai-Britt Kronborg, Rasmus Fenger-Nielsen, Silvia Huber, Lisbeth T. Nielsen and Troels Lange

Linked Author(s):

Keywords: Hydrolink;marine monitoring; satellite-derived data; biogeochemical modelling; ecological status; digital twin

Abstract:

Today, Danish marine environmental monitoring primarily relies on ship-based collection of environmental data, characterized by relatively limited temporal and spatial resolution. This type of monitoring is costly, and does not necessarily provide the most accurate mapping of ecological status.

Hence, the Danish Agency for Green Transition and Aquatic Environment is developing a cost-effective monitoring solution based on satellite-derived data, buoy data and ship-based measurements integrated with mechanistic biogeochemical modelling, thereby creating a solid foundation for a digital twin of the Danish marine waters.

DOI:

Year: 2025

IAHR Tags: Digital Transformation