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Fish Farming Technology

Laboratory research on silk microneedles for fish vaccination in farmed fish aquaculture facility.

Fish Vaccination: MIT Silk Microneedles for Farmed Fish

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Researchers at the Massachusetts Institute of Technology (MIT) and the US Department of Agriculture (USDA) have developed a new approach to fish vaccination using water-resistant, food-grade silk microneedles. The devices deliver vaccines underwater and...
AI fish feeding technology monitoring fish inside an aquaculture facility.

AI Fish Feeding Takes Centre Stage at Seoul’s Aquaculture Expo

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South Korea’s annual aquaculture showcase opened in central Seoul on Friday (30 October) with AI fish feeding as its guiding theme, and and a system that pairs behavioural analysis with a digital twin of...

Understanding TGP, The hidden gas imbalance behind GBD

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by Rikke Justesen, Journalist & Communications Advisor, OxyGuard International, Denmark  The signs of gas supersaturation are easy to overlook in aquaculture and the pressure can rise fast, even if oxygen levels are fine. The good...
Blumar’s Puyehue fish hatchery in Chile, where a US$20 million expansion aims to quadruple smolt capacity.

Blumar Plans US$20m Fish Hatchery Expansion in Chile

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Chilean salmon producer Blumar has lodged plans to expand its Puyehue fish hatchery in the Los Lagos Region, a US$20 million project that would lift authorised annual smolt production from 650 tonnes to 2783...

Listening to Fish, AI-Powered Acoustic Monitoring for Improved Feeding 

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by Rikke Justesen, Journalist and Communications Advisor, OxyGuard International, Denmark  Feeding is where biology, farm economics and sustainability meet in aquaculture. Feed is often the highest operating cost on fish farms, and uneaten feed is...
Tropical aquaculture research hub led by James Cook University to bring digital technologies to farms in northern Australia.

A$10m Research Hub to Digitise Tropical Aquaculture in Australia

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James Cook University (JCU) is to lead a new research hub that will develop and evaluate digital technologies to help tropical aquaculture producers in northern Australia capture critical biological data - information currently unavailable...

Farming Beneath Floating Wind, Exploring synergies between floating wind and marine biodiversity 

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by Javier del Real Tuñón, Head of Biodiversity and Stakeholder Management, Saitec Offshore Technologies, Spain, Lucía Eggers, Environmental Consultant, Saitec Offshore Technologies, Spain and Natalia Vélez, Environmental Consultant, Saitec Offshore Technologies, Spain  DemoSATH Lab is...

Circular Logistics for Aquaculture, Why reusable transport fits the PPWR era 

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by Bragi Smith, Sales Director, Saeplast and iTUB Europe, Iceland  Atlantic salmon is one of the world’s most efficient animal proteins, but once the fish leaves the farm, an important part of the value chain...
Salmon farm with net enclosures at Loch Tay, Scotland, while a semi-closed salmon farm is currently proposed for Loch Nevis

Semi-Closed Salmon Farm Proposed for Loch Nevis in Scotland

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A new semi-closed salmon farm could soon take shape at Reidh A Chuail, on the Knoydart shore of Loch Nevis in the Scottish Highlands, after an application was lodged for the site. Highland Council registered...
Algal bloom dominating the surface of a lake

Algal Bloom Monitoring in Chile Adds AI Identification via WhatsApp

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Chilean salmon growers can now use WhatsApp for algal bloom monitoring. Photographs of phytoplankton cells, taken through a microscope, can be sent to Plancton Andino’s cloud-based ADICFito platform, where artificial intelligence gives a first...

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