As identified, the aquaculture industry is an important economic activity on all coasts of Ireland. The inshore aquaculture industry produces a variety of shellfish as well as salmon and trout. A significant proportion of the activity occurs within, or proximate to, Natura 2000 sites which are environmentally designated areas under the EU Habitats and Birds Directives.
The aquaculture industry is an important economic activity on all coasts of Ireland. A significant proportion of the activity occurs within, or in proximity to, Natura 2000 sites which are designated areas under the EU Habitats and Birds Directives.
Static net fisheries are known to pose a potentially widespread risk of capture to a number of designated species including grey seal, harbour seal and small cetaceans (i.e. porpoises and dolphins).
Outreach through a variety of media including webpage, brochures, presentations, storymaps and videos to disseminate Marine Biodiversity Scheme and projects to a variety of audiences. This includes policy makers, stakeholders, scientists and the general public.
Crayfish stocks are heavily depleted in Irish waters. This depletion has been driven by over exploitation since the introduction of tangle netting in the 1970s. The restoration potential relies on acquiring better data on crayfish essential habitat, information on migration and stock structure and in managing fishing interactions.
This project is designed to measure the effectiveness of management or mitigation measures taken as part of aquaculture licencing decisions to reduce or minimise risk to conservation features. Such measures are likely to be of the form of, 1) licence conditions that place certain constraints on activities in certain areas or, 2) redrawing site boundaries.
Several studies have indicated large accumulations of plastic microfibers in the gut of Dublin Bay prawns Nephrops norvegicus and in the sediments in which they live. The complicated gut system in this species is suggested to retain plastic fibers and places these stocks at potentially high risk of interference from marine microplastic pollution. Fibers which are too large or numerous to pass through the gut can form balls of aggregated material over time.
Project 1 aims to identify and map datasets of relevance to the MSP process and review their validity. It will provide up-to-date spatial and temporal information on marine ecosystems and human activities taking place within Ireland’s maritime domain to support marine spatial planning.
This project will build on Project 1 Data Discovery, Collation and Gap Analysis for Spatial Representation. Specifically Project 2 aims to provide up-to-date spatial and temporal information by filling in gaps in knowledge required to support MSP, regarding human activities, pressures, resource distribution etc.
This project involves data collection, collation and analytical studies to identify, characterise and map Ireland’s marine provisioning, regulating / maintenance and cultural services. There is currently a lack of information available about marine ecosystem services in Ireland.
This project will explore and develop the evidence on climate change implications for MSP. A review of existing MSP will summarise best practice approaches for incorporating climate change in marine spatial plans.
Project 5 will review the available modelling and decision support tools for MSP. These may relate to data provision, pressures and impacts of human activities. This project will identify best practice technical tools in the Irish context.
Project 6 will improve understanding of what marine data are available to form a basis for improved MSP-related products and decision support tools.
The aim of Project 7 is to ensure reliable data storage and management systems. This will provide assurance of the availability and versioning of data. Improved data archiving will support legislative compliance and reduce costs by only retaining data which are required.
The native European flat oyster is depleted throughout its former European range. Ireland still has a number of extant populations some of which are commercially fished but production and productivity is much reduced compared to historic levels.