Tradewind’s Post

Learn how to use Data Analytics To enhance IPRS and Split Pond Systems with AQUA Sightline in latest edition of International Aquafeed Link below 🔗 👇 #aquaculture https://lnkd.in/efUpdy4Y

That will be interesting to read.

The agricultural sector is on the brink of a green revolution, and the key player is none other than the red seaweed, Asparagopsis taxiformis. Thanks to the groundbreaking research funded by AgriFutures Australia and the diligent work of the team at The University of Western Australia’s SARaH Lab, we now have a comprehensive manual that demystifies the cultivation process of this potent seaweed. This manual is not just a publication; it's a gateway for entrepreneurs and farmers to contribute actively to climate action. For those ready to dive into the world of seaweed cultivation, this manual serves as a detailed blueprint, paving the way for the establishment of hatcheries and large-scale production. It's an invitation to join the ranks of innovators who are not just farming for profit, but farming for the future. Let's embrace this seaweed solution and make a tangible impact on our planet's health. The future of sustainable farming is here, and it's wrapped in the leaves of Asparagopsis taxiformis. Read more here👇 #SustainableFarming #ClimateAction #SeaweedSolution #InnovationInAg

10 years anniversary 🎉 Last summer, Andfjord Salmon delivered its first salmon to the market. The results were excellent, with an industry-leading survival rate of 97.5 percent and high quality. But these results were not created overnight. It's 20 years since the first surveys were conducted and this year marks 10 years since Andfjord Salmon AS was formally founded. "It's no coincidence that we have managed to achieve these results. Our founder came up with a concept that combines our natural conditions with the advantages of being on land. Since then, many knowledgeable people have been involved in realizing this unique opportunity, which involves merging the very best benefits of both sea and land-based farming. It is this 20-year effort that has created such excellent results," says Martin Rasmussen, CEO of Andfjord Salmon AS. "The idea behind the technical concept was to establish farming units on land that would provide salmon with plenty of space, controlled seawater quality, and favourable temperatures throughout the year, without challenges relating to salmon lice and toxic algae, and completely escape-proof. Biological waste could be retrieved by robots and filtered to become bioenergy," explains Roy Bernt Pettersen.

Great article about latest MiXscience innovation to help in case of EHP issues!

🌐 Exciting Innovations in Aquaculture: Shaping a Sustainable Future🌊 The aquaculture sector globally is witnessing revolutionary changes driven by technology and a commitment to sustainability. Here are some top trends making waves in the field: Urban Aquaculture: Innovations like vertical farming and aquaponics are bringing fish production to the heart of urban centers, promoting sustainability and reducing transportation emissions. Shrimp Farming: Enhanced by IoT and advanced biosecurity measures, shrimp farming is becoming more sustainable and productive. Wastewater Management: Cutting-edge technologies are improving the quality of water in aquaculture systems, ensuring the health of aquatic organisms and the environment. Data-Driven Fish Breeding: Leveraging big data for breeding not only improves efficiency but also enhances the genetic quality of fish stocks. Recirculating Aquaculture Systems (RAS): These systems recycle water within the farm, drastically reducing the need for fresh water and preventing environmental contamination. Alternatives to Fish Protein: Innovation in feed ingredients like insect protein and algae are reducing dependency on wild-caught fish, supporting more sustainable feedstock options. Precision Aquaculture: Technologies that monitor and automate feeding and health assessments are optimizing resource use and improving farm management. Marine Genetics: Genetic research is paving the way for healthier and more robust fish breeds, tailored to specific environmental conditions. Fish Therapeutics: Advances in fish health management and vaccine development are setting new standards for disease prevention in aquaculture. Smart Feeding Systems: Intelligent feeding technologies are minimizing waste and enhancing the growth rates of aquaculture stocks. Each of these trends represents a step towards a more efficient, sustainable, and productive aquaculture industry. As professionals in the field, embracing these innovations can lead to significant benefits not only for our businesses but also for the global ecosystem. 🔗 Stay updated with the latest advancements and dive deeper into how these technologies are shaping the future of aquaculture [https://lnkd.in/d-Vtk8QC]. #Aquaculture #Sustainability #Innovation #TechTrends2024 #SmartAquaculture #AquacultureTechnology

the future of aquculture is now going hand in hand with the environmental mitigation and making it more cheaper as technologies grows.there is also need to reduce the overdependancy on antibiotics because some of them when comes into conducts with aquatic life may cause severe changes that leads to reorganization of their genetic combinations thus affecting even their generations

Did you know about "Agal-Agal festival" celebrating Seaweed in Tawi-Tawi! A few facts: 💡 In 1969, the first commercially successful eucheumatoid (tropical red seaweeds that contain carrageenan) farm in the world was established in Tawi-Tawi 💡 Carrageenan is a natural food additive derived from red seaweed that's used to thicken, emulsify, and preserve foods and drinks 🔔 More than 90 % of seaweed farmers in Tawi-Tawi now apply inorganic fertilisers to beat the dreaded ice-ice disease. 🚨 Use of fertilisers has had two major consequences: 1 - It has made seaweed farming a lot more laborious 2 - Masses of Ulva blooms have taken over the nearshore environment where fertilisers are in use At SamudraOceans, we are making robotics and AI to mega scale blue carbon capture through marine aquaculture particularly seaweed. Our robotics can help remote monitoring of sea farms and AI can help detect early attack of pathogens, optimum time of harvest etc. #Seaweed #OceanTech #Sustainability #BlueCarbon #BlueEconomy #Robotics #AI https://lnkd.in/e5m8KsE9

Another fun one with the Entomological Society of America! A USDA study shows turning farm-attracted flies into sustainable protein for animal feed is, in fact, possible. 🐄🪰 The Biomass Harvest Trap, developed by Lee Cohnstaedt, Phillip Shults, and team, can yield up to 50% of the protein needed in animal feed. Despite not reducing fly populations, the trap's success is a pivotal step towards eco-friendly, circular farming. The research was a part of a larger “Grand Challenge” research initiative at the USDA that knits together expertise from 48 scientists nationwide to pursue sustainable, circular agriculture solutions with insects as food and feed. https://lnkd.in/giybKrSd

Revolutionizing Salmon Farming: The Future of Sustainable Aquaculture As the demand for sustainably sourced food intensifies, the challenge of improving efficiency within the rapidly growing salmon aquaculture sector has never been more pressing. Tidal, the latest spinout from Alphabet X, addresses this issue by incorporating advanced technologies such as AI and data science designed to enhance fish farming practices. By monitoring fish health and yield estimates, Tidal’s systems not only mitigate potential threats like sea lice but also empower farmers to make informed decisions, ultimately contributing to sustainable food production. With plans to expand its reach significantly and a strong backing from strategic investors, Tidal represents a promising leap forward in aquaculture technology. What innovations in aquaculture do you see as essential for ensuring sustainability? How can technology redefine traditional farming practices in your industry?