UHI Aquaculture Hub
The UHI Aquaculture Hub brings together our aquaculture researchers, educators, consultants, students, and facilities. Together, we create and support innovation in aquaculture.
We work collaboratively at local, national, and international levels.
Our knowledge exchange provides positive outcomes for the businesses, students, and communities in our region and beyond.
How can we help?
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Examples of our latest research
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.
Sea lice Early Life Stages (SeaLiceELS)
SeaLiceELS
The SeaLiceELS project conducted by UHI represents a significant step forward in understanding the biology and behaviour of sea lice early life stages, and its implications for aquaculture.
The results and insights obtained from this research offer valuable guidance for improving fish farm management and reducing the impacts of sea lice.
GlobalSeaweedSTAR
GlobalSeaweedSTAR
GlobalSeaweedSTAR aims to secure the future of the seaweed industry by focusing on disease prevention and biosecurity, thus ensuring that seaweed continues to provide economic opportunities and support for millions of people in developing countries.
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Aquaculture UK 2024 - 14-15 May 2024
Come see us on Stand F25
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Contact Us
Connect with us today
- Email
aquaculture@uhi.ac.uk
- X
@UHIAquaculture
- LinkedIn
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.
SeaLiceELS
The SeaLiceELS project conducted by UHI represents a significant step forward in understanding the biology and behaviour of sea lice early life stages, and its implications for aquaculture.
The results and insights obtained from this research offer valuable guidance for improving fish farm management and reducing the impacts of sea lice.
GlobalSeaweedSTAR
GlobalSeaweedSTAR aims to secure the future of the seaweed industry by focusing on disease prevention and biosecurity, thus ensuring that seaweed continues to provide economic opportunities and support for millions of people in developing countries.
Aquaculture UK 2024 - 14-15 May 2024
Come see us on Stand F25
Contact Us
Connect with us today
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|
aquaculture@uhi.ac.uk |
|
@UHIAquaculture |
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|
More Aquaculture Contacts - Education, Research and Local Contacts >> >