Atlantium Technologies’ Post

🌊 Exciting Announcement for Aquaculture Horizons 2025 Conference ! 🌊 https://lnkd.in/gYqKR2bE We’re thrilled to announce a special one-day workshop on "Crustacean and Shellfish Research Underpinning Aquaculture and Fisheries Enhancement" at the Aquaculture Horizons Conference, taking place April 28-30, 2025! (Register here: https://lnkd.in/g9hNmwFG This session will be led by Professor Greg Smith, Director of the ARC Research Hub for Sustainable Onshore Lobster Aquaculture from the Institute for Marine and Antarctic Studies (IMAS), University of Tasmania. Greg’s recent experience in the UK & EU has inspired the creation of this event, which aims to unite researchers, farmers, fishermen, government representatives, industry professionals, and NGOs in the fields of Spiny and European Lobsters and Shellfish reef restoration. 🔹 What to Expect: A full day of dynamic presentations, workshops, and panel discussions, with a focus on hard-to-rear species of crustaceans and shellfish. We’re also open to suggestions for additional topics under this theme, so if you have ideas, we’d love to hear from you! 🔹 How You Can Get Involved: - Submit an abstract and be part of this interactive event. - Share your topic ideas and help shape the program. - Know someone who should attend? Spread the word and connect them with us! (Don't be shellfish… 😉) Join us in making this event a success—register now and be part of the future of crustacean and shellfish research! #AquaHorizons2025 #Aquaculture #FisheriesEnhancement #CrustaceanResearch #ShellfishRestoration #MarineScience #LobsterAquaculture #GlobalConference

Our MBA Study Week in Scotland! Day 1 Highlights: Exploring Marine Science and Aquaculture in Oban Today, we had the incredible opportunity to visit the CGPA Algae Collection at the Scottish Association of Marine Science (SAMS) in Oban. It was fascinating to learn about the diverse variety of algae and the unique conditions each species requires to thrive. Following this, we toured the Barcaldine Scottish Sea Farms Hatchery. Here, we met with Markus, who provided an in-depth explanation of the salmon lifecycle from eggs to adult salmon. Observing the tiny salmon eggs and understanding the importance of precise temperature, oxygen, and nutrition at every growth stage was enlightening. We learned that at the alevin stage, salmon need 2-10 weeks to transition to the fry stage. One of the most intriguing aspects was discovering the various breeds of salmon, each requiring tailored treatments to ensure optimal growth. A huge thanks to SAMS and Scottish Sea Farms for the insightful tours and the valuable knowledge shared! #MarineScience #Aquaculture #SalmonLifecycle #AlgaeResearch #SustainableFarming #ObanExploration #RWU

Coral spawning in aquariums, AKA conservation aquaculture, is a cornerstone of reef restoration efforts around the world. Yet, the process is often manual and can be labour-intensive. A new ‘Autospawner’ developed by RRAP researchers from the Australian Institute of Marine Science can increase efficiency by automatically collecting and fertilising gametes from corals.   Comparisons of the Autospawner method to the traditional manual fertilisation methods found: 👩🔬 Across all four coral species tested, the AutoSpawner collected more gametes, and in a shorter amount of time, than for the manual method 🥚 Autospawner fertilisation success was comparable to manual methods 💲 Labor cost per million eggs was lower for the Autospawner compared to the manual method by an 8 to over 100-fold difference, depending on species   Read more here: https://shorturl.at/Uu1vJ 📷: Australian Institute of Marine Science

Aquaculture - the process of cultivating aquatic organisms like fish, shellfish, aquatic plants and algae for commercial purposes. Different types of salt are key contributing factors to whether species will thrive in a specific habitat, which is an important aspect to consider for industry growth. Browse our array of industry-leading products specifically formulated to help habitats thrive ➡️ https://buff.ly/4caQK5t #Aquaculture #Aquafarming #Seawater

🐠 Let's delve into the forefront of aquaculture innovation: the current status of automated fish milt cryopreservation and how IMV Technologies is leading the charge with its state-of-the-art systems. 🐟🔬Fish milt cryopreservation stands as a cornerstone in both aquaculture and scientific research, safeguarding vital genetic material for future generations. At IMV Technologies, we're not just participants in this field; we're pioneers. Our advanced automated systems are designed not only to streamline but also to enhance the efficiency and effectiveness of the fish milt cryopreservation process. 🎯 By marrying innovation with our expertise in reproductive technologies, we ensure the preservation of invaluable genetic resources, supporting biodiversity and sustainability in aquaculture practices. Are you ready to elevate your aquaculture operations ? Contact us to discuss about your needs ! 📩 contact-imv@imv-technologies.com #AquacultureInnovation #FishMiltCryopreservation #SustainableAquaculture #AquacultureTechnology #IMVTechnologies #AquacultureResearch #InnovationInAquaculture

Cherax quadricarinatus (redclaw crayfish) is native to tropical Queensland, the Northern Territory and southern Papua New Guinea. It inhabits diverse freshwater habitats – including wetlands, small creeks and fast-flowing rivers. This species is also tolerant of a broad temperature range, low dissolved oxygen and crowded conditions. #Redclaw have a simple reproductive cycle and fast growth rate, making them popular in commercial aquaculture and ornamental aquarium use. Accidental and/or intentional translocation outside of their range has resulted in C. quadricarinatus being considered an invasive species in six of the seven Australian states. #aquaticEcology #invasiveSpecies #northernAustralia #CnRexpertise

A new environmental-DNA (e-DNA) approach for monitoring the seabed conditions around marine fish farms could significantly speed up the assessment of sediment samples. Find out more: https://lnkd.in/eRgnBfzA #aquaculture

Hippo-Yki Pathway in Crustaceans! Get in-depth knowledge of the Hippo-Yki pathway in #crustaceans to advance #disease resistance and growth in #aquaculture. ✔ https://lnkd.in/g7ZKad7d "Recent Research Advances on the Hippo-Yki Pathway of #Crustaceans: Current Knowledge and Potential Applications in Crustacean Aquaculture" Yang et al. Sun Yat-sen University Hainan University #RAQresearch #Shrimp #Crustacean #Sustainability

Many thanks to Fish Farmer Magazine for featuring OTAQ Group in their June issue, announcing the next iteration of our cutting-edge Live Plankton Analysis System (LPAS). This new phase will involve the extensive training of LPAS to accurately identify and quantify harmful zooplankton species, following recent reports of devastating fish kill events caused by blooms of micro jellyfish (hydrozoans). Read the full article. ⬇️ https://lnkd.in/eeidwzZN

🌊🧬Harnessing the Power of eDNA in Aquaculture🐟 As the aquaculture industry continues to evolve, leveraging cutting-edge technologies becomes paramount. Environmental DNA (eDNA) is emerging as a game-changer, revolutionizing the way we monitor and manage aquatic environments. By analyzing genetic material shed by organisms into their surroundings, eDNA offers a non-invasive, efficient method for species detection and biodiversity assessment. In aquaculture, eDNA holds immense promise for optimizing production processes, enhancing environmental sustainability, and ensuring ecosystem health. From monitoring fish stock health to detecting pathogens and invasive species, eDNA provides invaluable insights that empower aquaculture operations to make informed decisions and mitigate risks. #Aquaculture #eDNA #Innovation #Sustainability #MarineScience #Fisheries #Biodiversity #EnvironmentalMonitoring 🐠🔬🌱