Aquaculture Research and Innovation
Shellfish
We know you are facing some key challenges and we’d love to share with you our latest findings.
There are also opportunities where we can work together – and in some cases even access funding.
Examples of Latest Research - Shellfish
Neuroshell
Neuroshell
By understanding the underlying hormonal mechanisms, it's possible to create optimal conditions for oyster reproduction and larval development.
Our research into oyster hormonal regulation and its response to environmental cues has opened pathways for improving oyster breeding and aquaculture practices.
ASTOX - Amnesic Shellfish toxins in Shellfish harvesting Sites in Shetland
ASTOX
ASTOX underlines the importance of consistent and comprehensive toxin monitoring, especially in regions like Shetland, where the shellfish industry plays a crucial role in the local economy and employment. Additional analysis of archived material identified risks that had previously been unknown, and the need for robust monitoring strategies, particularly for ASP toxins.
ASTOX - Amnesic Shellfish toxins in Shellfish harvesting Sites in Shetland >
Shellfish Hatchery – Stepping Stone Project
Shellfish Hatchery Stepping Stone Project
The Scottish Shellfish Hatchery Stepping Stone Project demonstrated a significant advance in addressing one of the primary challenges in Scottish mussel aquaculture: the reliable production of mussel spat.
This pilot-scale hatchery project, led by researchers at UHI Shetland, explored the feasibility of hatchery production of Mytilus edulis between 2015 and 2018. By establishing a core pilot-scale hatchery, the project aimed to ensure a consistent supply of mussel spat, with the broader goal of supporting the sustainable growth of the Scottish shellfish industry.
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Contact Us
Connect with us today
- Email - aquaculture@uhi.ac.uk
- X - @UHIAquaculture
- LinkedIn - UHI-Aquaculture-Hub
More Aquaculture Contacts - Education, Research and Local Contacts
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Neuroshell
By understanding the underlying hormonal mechanisms, it's possible to create optimal conditions for oyster reproduction and larval development.
Our research into oyster hormonal regulation and its response to environmental cues has opened pathways for improving oyster breeding and aquaculture practices.
ASTOX
ASTOX underlines the importance of consistent and comprehensive toxin monitoring, especially in regions like Shetland, where the shellfish industry plays a crucial role in the local economy and employment. Additional analysis of archived material identified risks that had previously been unknown, and the need for robust monitoring strategies, particularly for ASP toxins.
ASTOX - Amnesic Shellfish toxins in Shellfish harvesting Sites in Shetland >
Shellfish Hatchery Stepping Stone Project
The Scottish Shellfish Hatchery Stepping Stone Project demonstrated a significant advance in addressing one of the primary challenges in Scottish mussel aquaculture: the reliable production of mussel spat.
This pilot-scale hatchery project, led by researchers at UHI Shetland, explored the feasibility of hatchery production of Mytilus edulis between 2015 and 2018. By establishing a core pilot-scale hatchery, the project aimed to ensure a consistent supply of mussel spat, with the broader goal of supporting the sustainable growth of the Scottish shellfish industry.
Explore more Aquaculture Projects
More examples of Aquaculture Research, Innovation and Knowledge Exchange
Contact Us
Connect with us today
- Email - aquaculture@uhi.ac.uk
- X - @UHIAquaculture
- LinkedIn - UHI-Aquaculture-Hub
More Aquaculture Contacts - Education, Research and Local Contacts >