The PRIMROSE project will develop a web-portal system providing a joint front end for transnational forecasts of harmful events for the aquaculture sector. In addition to the HAB forecasting, PRIMROSE will investigate forecasts models for microbial contamination. Reporting procedures will be standardised, and partly automated for an expert evaluator to have information available to make an accurate forecast.
The Marine Institute are the project lead in PRIMROSE. This project follows on from the successful ASIMUTH project, which delivers weekly HAB’s forecast bulletins to the Irish aquaculture industry. To view these bulletins, please click here. To help us to improve these bulletins, we would appreciate a few moments of your time in completing the following questionnaire, please click here.
Further information on the PRIMROSE project is available at www.shellfish-safety.eu
Download the PRIMROSE poster, recently presented at the International Conference Harmful Algae (ICHA 2018), please click here
ALERTOX-NET aims to develop a technology driven applied approach to make industries aware of emerging toxin issues stemming from potential environmental change, in order to ensure the delivery of better, safer seafood-products during the occurrence of naturally occurring toxicity in coastal waters.
The Marine Institute are a project partner in ALERTOX-NET
View the ALERTOX-NET website at www.alertox-net.eu
Download the ALERTOX-NET brochure, please click here
Enhanced biorefining methods for the production of marine biotoxins and microalgae fish feed.
MARBioFEED is a three year project supported by the First Call for Transnational Research Projects within the Marine Biotechnology ERA-NET, involving partners from Ireland (Marine Institute), Norway (Norwegian Veterinary Institute), Spain (Spanish Oceanographic Institute and Neoalgae), and Canada (National Research Council).
Project background and aims:
The quality assurance of fish and shellfish for human consumption is of paramount importance in ensuring the marketability of products from this expanding and predominantly rural sector. The global demand for fish is increasing due to an expanding population and the awareness that fish is a healthy food source. With increased pressure on land-based agriculture due to climate change, the potential for sustainable marine sourced food is growing. The industry and regulators rely heavily on analytical reference materials to guarantee safety for human health. This project will involve large-scale algal biotechnology for the production of value added products (marine biotoxin reference materials and fish feed).