Med Anchoring: protecting the Mediterranean from anchoring impacts
Med Anchoring is the project through which Ithaca contributes to the safeguarding of sensitive marine ecosystems in the Mediterranean Sea, with a specific focus on the precious Posidonia oceanica meadows. These underwater seagrass meadows represent a vital habitat for biodiversity and play a crucial role in coastal protection against erosion and in CO₂ absorption. However, they are increasingly threatened by human activity, particularly by uncontrolled boat anchoring.
WWF
The project is funded by the WWF, a leading environmental protection organization, which chose Ithaca as a technical partner to bring technological innovation to the sustainable management of marine ecosystems. This synergy combines Ithaca's scientific and operational expertise with the WWF's commitment to nature conservation.
A collaboration at the service of the environment
The project is funded by the WWF, a leading environmental protection organization, and has been jointly managed by LINKS + ITHACA to bring technological innovation to the sustainable management of marine ecosystems. This synergy combines Ithaca’s scientific and operational expertise with the WWF’s commitment to nature conservation.
The goal: mapping the areas most at risk
The aim of Med Anchoring is to identify the areas of the Mediterranean where anthropogenic pressure from anchoring is most intense, providing environmental protection agencies and maritime authorities with concrete tools to plan protection measures and sustainable management. Intervening in these areas means preventing irreversible damage to Posidoniameadows and safeguarding the balance of the marine ecosystem.
Innovative technologies for the sea
The most innovative aspect of Med Anchoring is the integration of AIS (Automatic Identification System) data, which tracks vessel movements, with high-resolution satellite imagery. This combination allows for precise mapping of areas subject to the greatest anchoring impact and for quantifying the pressure exerted on underwater meadows. This advanced technological approach translates complex data into operational information, useful for protection and management actions.
Towards more sustainable management
Thanks to the expected results of Med Anchoring, it will be possible to develop targeted conservation strategies, such as the establishment of no-anchoring zones or the promotion of more sustainable nautical practices. Protecting Posidonia oceanica means preserving not only marine biodiversity but also the well-being of coastal communities and the overall balance of the Mediterranean ecosystem.