European Marine Observation and Data Network (EMODnet)
Use Cases
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To understand the full benefits of EMODnet, users are kindly asked to describe how EMODnet supports them in their daily work and activities.
If you have developed an application using EMODnet products that you would like to share with us or if you use EMODnet data for other purposes, submit your use case by contacting helpdesk@emodnet.ec.europa.eu.
Outcomes: The ETC/ICM found Aichi target 11 was met for all European MPAs protecting infralittoral regions, mostly met for MPAs protecting circalittoral and bathyal regions, but were completely missed for MPas protecting abyssal zones.
How EMODnet Seabed Habitats helped the user: Provided the only source of evidence for Distribution of broad habitats and biozone distribution at pan European scale.
Outcomes: Authors were able to create predictive mapping relating to the supporting seabed habitats for inshore wintering waterfowl (IWW) in Scotland. The results identified the location and extent of some prey species and habitats that support the inshore wintering waterfowl, and these will, in turn, inform the management of proposed marine Special Protection Areas (pSPA).
Outcomes: Authors calculated that 70% of Dipolydora habitat and 50% of Melinna habitat was in good ecological status under the Marine Strategy Framework Directive. The assessment provided the baseline for future assessments and could provide ecological information for future maritime spatial plans.
How EMODnet Seabed Habitats helped the user: The survey conducted for this study relied on the availability of habitat and substrate information, which EUSeaMap was able to detail.
Outcomes: Authors were able to map and assess the ecosystem services provided by habitats in the European North Atlantic Ocean, providing a point for further research and discussion on ecosystem services contribution of benthic habitats in Europe.
How EMODnet Seabed Habitats helped the user:EUSeaMap provided a basis of EUNIS classified benthic habitats to fill in the gaps for where seabed habitats in the study area were previously unclassified.
Outcomes: Users were able to apply a marine ecosystem services model to the Lithuanian sea to identify areas where anthropogenic impacts most greatly affected valuable fish provisioning areas and cultural coastal regions. Authors stated the information was particularly useful for regional authorities to apply an ecosystem-based management approach to marine spatial planning.
How EMODnet Seabed Habitats helped the user: EMODnet provided best available and free substrate data for the Lithuanian portion of the Baltic Sea.
Outcomes: The author was able to identify four regions of ecological significance along the Portuguese coast and assess the level of protection offered by Natura 2000 SPAs and SCIs. One of the hotspots was found to be only partially covered by the Natura 2000 sites, suggesting more quantitative-based approaches should be applied to assist management plans in safeguarding local biological value.
Outcomes: Authors developed an individual-based population model to assess the sensitivity of population growth potential to thermal stress and food conditions, based on a climate projection scenario, for three bivalve species. The results highlight the significance of process-based understanding of the response of benthic populations to rising sea temperatures, of huge importance for future planning of resource management and conservation strategies in response to environmental changes.
Outcomes: Authors produced an extent-based evaluation of the representativeness and level of protection offered to the range of seabed habitats found in the Azore MPA network. The conclusions of the assessment highlighted the need for protection of bathyal and abyssal habitats, and to apply a suitable ecological coherence criterion to the MPA network.
How EMODnet Seabed Habitats helped the user:EMODnet was the first product to provide a broad-scale full-coverage map of the study region.
Outcomes: Researchers were able to assess the impacts of decommissioning marine renewable energy installations (MREI) and provide advice for future decommissioning plans. It was found that the MREI in this area supported similar assemblages to the surrounding habitats, and therefore longer-term monitoring of habitat change were required.
How EMODnet Seabed Habitats helped the user:EMODnet provided broad-scale habitat data for the study area.
Outcomes: Authors present a framework to assess the impacts of mobile fishing gear on the seabed and benthic ecosystems, the principles of which are applicable to all benthic habitats and trawl fisheries, and can be used across a wide range of spatial scales.
How EMODnet Seabed Habitats helped the user:EMODnet provided EUNIS Level 3 habitat maps across European waters.
