Projects

Photo by John Smith
Ireland’s breeding wader populations have suffered dramatic declines in population size and national breeding range. Remaining breeding populations are teetering on the brink of extirpation, functional extinction, or both. The primary objective of this EIP-Agri project is to tackle the multifaceted causes behind the significant declines in breeding wader populations, including changes in land use practices and policy. Central to achieving the project’s goals is the enhancement of productivity within these populations. The project will establish connections with landowners, stakeholders and communities to foster a comprehensive understanding of the breeding waders’ requirements within the landscape. By recognising, valuing, and protecting these species, the EIP-Agri project is promoting a range of ecosystem services that are of benefit to the whole of society.
Project profile
This project, along with its multi-disciplinary team, is looking at assessing the use of Uncrewed Aerial Vehicles (UAVs) to monitor MPAs and provide best-practice advice on their use. This includes the investigation of UAV flyover methods to monitor fishing activities, evaluating the abundance and distribution of biological features of interest, and quantifying the nature and extend of anthropogenic activities within selected case studies. This work aspires to generate novel approaches to monitoring, complementing the objectives of the National Marine Planning Framework by outlining how human activities interact with each other in MPAs.
P2151233
Oisre aims to chart the extent and biodiversity of remnant native oyster beds in Kilkieran and Bertraghboy Bay, in Connemara, Galway coupled with restoration and rejuvenation trials. These beds will be used as reference habitats for ecological restoration in Ireland and elsewhere and protected as sanctuary areas. In turn that would allow the sustainable management of these important biogenic habitats.
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Funded by the Sustainable Energy Authority of Ireland (SEAI), U-AVES is an industry/academic partnership between ATU, BlueWise Marine, A-TechSYN, and Energia Renewables.  The project aims to investigate the use of a long endurance fixed wing vertical take off and landing (VTOL) uncrewed aerial vehicle (UAV) to conduct large scale, offshore ecological surveys for seabirds and marine mammals.
Naviculaceae image taken using confocal microscopy by Angeline Le Fran at CMABio3, Caen (France)
The Cli-PhI project brings together experts in ecology, statistics, harmful algal blooms and oceanography to build comprehensive understanding of spatial and temporal patterns in phytoplankton abundance, diversity, and distribution in Irish coastal waters.
Fresh mackerel on the market
This collaboration between ATU, BIM and the Marine Institute aims to characterise Kudoa sp. infection in the Irish mackerel fishery using molecular and histological techniques, to identify biological and environmental factors associated with infection and to develop tools for mitigating the impacts on commercial fishing and processing operations.
InEVal Logo
The InEVal project aims to develop realistic value-added, innovative products and services from echinoderm bio resources. Focussing on value and sustainability at every step along the full value chain, these resource uses will contribute to zero-waste and circular economies driving a competitive blue bio economy in Europe.
The PSPSafe project is a 4-years project funded by DAFM and involving a collaboration between the Marine Institute, ATU and UCD, to elucidate the causes and identifying potential upcoming impacts of a recent increase of Paralytic Shellfish Toxins (PSTs) in Irish shellfish.
The primary aim of this CULLEN fellowship is to validate and implement DNA-based methods for the detection and quantification of Harmful Algal Bloom (HAB) species in Irish coastal waters and sediments into a routine monitoring programme.