Climate change impacts on fish stocks

This project takes a whole life cycle approach to investigating impacts of climate change on fish stocks. Advanced time series, spatial modelling and biophysical modelling approaches are used to determine the influence of environmental and fishing drivers on larval dispersal and recruitment, adult distributions, migrations and overall stock productivity. The research is conducted in collaboration […]

Marine biodiversity monitoring using environmental DNA (eDNA)

Project outputs Foster a network of international collaborators on the application of omics technologies to study marine communities Generate postgraduate opportunities Publish high-impact scientific peer-review papers Funding sources Blue Growth & Marine Planning Scheme, established under the Union Priority 6 (Integrated Maritime Policy) of Ireland’s European Maritime and Fisheries Fund (EMFF) Operational Programme. Marine Institute […]

Harbour Porpoise Statistical Review

The aim of this project is to investigate the influence of environmental and observational effects on Harbour Porpoise survey counts from the NPWS monitoring programme conducted across three spatial areas of conservation in 2007, 2008, 2013-2016 and 2018. First, the detection probability function will be estimated using distant sampling methods extended with covariates in order […]

Genetic screening of zooplankton

This project aims at developing state-of-the-art molecular tools for the rapid and cost-effective screening of plankton samples for the presence of bivalve and crustacean species of commercial value. This project is in collaboration with BIM and is funded by the European Maritime Fisheries Fund.

Marine Invasive Species Ireland

The goal of this project is to set up novel tools for the detection and monitoring of marine Invasive Alien Species (IAS) in Irish coastal waters. This includes the development of environmental DNA protocols for rapid detection, establishment of a surveillance eDNA database and mapping of marine invasive species. This project is led by GMIT […]

Characterising oligotrophic lakes

This EPA funded research project (2020-2023) is led by ATU Galway City in partnership with Roden Ecology. The multi-disciplinary team are gathering and assessing baseline data on oligotrophic lakes, allowing for their characterisation under the EU Habitats Directive. The team will determine what physical, chemical and biological monitoring methods and assessment tools are needed to […]

Corncrake conservation

GMIT are partners on this five year (2020-2025) collaboration which is funded through the EU LIFE program (LIFE18 NAT/IE/000090). The research aims to improve corncrake conservation status in Ireland by enhancing the SPA network and surrounding farmland. We are focusing on acoustic monitoring as a method of deriving density and abundance. Thermal imaging trials will […]

Antimicrobial peptides of <i>Salmo salar</i>

The focus of this project is the functional investigation of antimicrobial peptides in particular beta defensins and cathelicidins from Atlantic Salmon. The research is conducted in collaboration with Dr John Barrett (IT Sligo), and Dr James Brennan (IT Sligo) with funding from the GMIT Research and Innovation Strategic Endowment and GMIT / Connacht Ulster Alliance […]

MicroplastiX

MicroplastiX is an international collaborative and interdisciplinary research project funded by JPI Oceans that focusses on how weathering and biofouling affect the degradation of microplastics in the marine environment. This project aims to overcome knowledge gaps on microplastic weathering, biofouling, and fragmentation and how these processes influence the distribution and dispersal of plastic particles. The […]

Impacts of flow on river ecology

The objectives of this project are to: Test a range of macroinvertebrate flow indices using historical and current data, and develop appropriate macroinvertebrate flow indices for use in Irish river monitoring programmes; Employ statistical modelling approaches, using historical and current data, to infer the impact of flow on fish communities, and develop fish flow metrics; […]