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That’s a lot of work squeezed into 33 seconds 😮💨 Last week, our Marine Technology and Autonomy team, led by Prof James Fishwick, embarked on the Trinity House Vessel Patricia to service the E1 buoy alongside our colleagues from Met Office. Find out more: https://lnkd.in/g_UJX3r7 The E1 scientific buoy - located 20 nautical miles off Plymouth - is a collaboration between PML and the UK Met Office, combining meteorological and oceanographical expertise to deliver a state-of-the-art multi-user platform, autonomously collecting atmospheric and in-water measurements in situ. The buoy is a key asset of the #WesternChannelObservatory (#WCO), an oceanographic #TimeSeries and marine biodiversity reference site in the #WesternEnglishChannel - and the longest #MarineDataset in the world. The E1 buoy serves as a cornerstone of the WCO, with over a century of data collected from this station. PML first deployed a buoy here in 2008 and, since 2012, began a collaboration with the Met Office, to integrate their instrumentation for meteorological measurements alongside PML’s sensors for oceanographic measurements. #DidYouKnow: data from the E1 buoy and the Western Channel Observatory is open access? #autonomy #marineautonomy #marinescience #marinebiology #oceanography #data

🌊 Exploring the Ocean’s Hidden Landscape: An Introduction to Bathymetry 🌊 I’m excited to share my first article titled "The Hidden Landscape: Bathymetry and Its Role in Ocean Exploration." It’s a brief introduction to the fascinating world of bathymetry, written to be accessible for everyone—even if you’re new to the field! In the article, I dive into how underwater mapping helps us understand our oceans and why it’s crucial for everything from environmental research to marine engineering. Take a look and feel free to share your thoughts! https://lnkd.in/dT3Q-vTX #Bathymetry #OceanExploration #MarineScience #DarkOcean

marine instruments buyers' guide showcase with Coastal Ocean Vision "Continuous automated plankton classification has been accomplished recently on fixed observing systems, allowing long-term, high-frequency biological measurements that are anti-aliased for physical processes.” To find out more, visit: https://bit.ly/3BUADvG #marineinstruments #appliedmarinescience #oceanography

RV CELTIC EXPLORER TRAVELS TO GREENLAND FOR RESEARCH SURVEY The Marine Institute’s RV Celtic Explorer set sail to west #Greenland in July, to facilitate a collaborative research survey between three American universities. The voyage will take the RV Celtic Explorer to remote locations beyond it’s typical expeditions in Irish waters, for scientists to observe how glaciers are changing using innovative technology. https://lnkd.in/emVjcEEz

Dive deep into the world of oceanography with our #comprehensive #guide tailored for #UPSC aspirants! Learn about the #physical properties of #ocean waters, marine #ecosystems, and key concepts essential for your exam preparation. Enhance your #knowledge and stay ahead with detailed insights. Read more: https://skru.in/SwMaZ #UPSCPreparation #MarineScience #Oceanography

🐧* Upcoming webinar: "Seabirds of the Celtic Sea – Integrating New Data and Emerging Research for Better Informed Decision Making", August 19th. Run by Celtic Sea Power, in conjunction with Natural England and JNCC, this event will: 🐧 Present updated insights on seabirds in the Celtic Sea 🐧 Emphasise the integration of recent data 🐧 Provide a forum for constructive discussions With relevance to developers, consultants, national governing bodies, and conservation organisations. Harrison Smith | Farrington Neil 🦆*Nope, no penguins in the Celtic Sea. Emoji needed for gannets, puffins, shearwaters...! #UKSPF #CIOSGOODGROWTH

#UPCOMINGEVENT: Why is marine modeling crucial for understanding ecosystems and predicting future environmental conditions and policy impacts? 🛠 🖥 Find out at the AMEMR 2024 Symposium! 🌊 #AMEMR2024 EcoScope #MarineEcosystems #EcosystemModelling #marineecosystemmodelling

New Satellite Technology Maps Coastal Depths with Enhanced Precision, Los Angeles CA (SPX) Mar 22, 2024 In a significant advancement for marine navigation and environmental research, a team of Korean scientists has developed a novel satellite-derived bathymetry (SDB) model employing machine learning to estimate coastal water depths with increased accuracy. This development addresses longstanding challenges in bathymetric surveys such as high costs and geographical constraints, marking an important, : Los

🌊 Exciting insights from the depths of the Danube River! 🌊   In #2023 our Marine Research team has been hard at work, utilizing the power of Acoustic Doppler Current Profilers (ADCP) to gather data on the water flow velocities and direction of the Danube River. These data served as input for hydraulic modeling. The vibrant image below, generated from our Teledyne Marine RDI #RiverRay ADCP data collection overlaid on #multibeam bathymetry, vividly showcases the dynamic movement of water from one shore to another. 🚢💧   ADCP technology is a game-changer in oceanography, allowing us to measure current speeds across entire water columns, from the seafloor to the surface. This enables us to understand how ocean currents transport nutrients, heat, and sediments, which is vital for studying marine ecosystems, climate change, and geological processes.   Key highlights of ADCP technology:   Measures current speed at various depths with high precision 🎯 Provides comprehensive data on the movement of water and its constituents 📊 Supports safe and efficient planning for ROV dives and other marine operations 🌊 Despite its advantages, ADCPs come with challenges, such as balancing data precision with measurement range and ensuring reliable readings in clear or turbulent waters. Nevertheless, their ability to deliver high-resolution insights into ocean dynamics makes them indispensable in marine research.   Join us in celebrating these advancements and stay tuned for more groundbreaking discoveries from our dedicated Marine Research team! 🌐📈   #MarineResearch #Oceanography #ADCP #OceanCurrents #ClimateChange #MarineScience #Innovations #TechInScience #MarineResearch #Oceanography #ADCP #OceanCurrents #ClimateChange #MarineScience #Innovations #TechInScience #HydraulicModeling #WaterFlow #RiverScience #DanubeRiver #Hydrology #EnvironmentalScience #MarineTechnology #WaterResearch #ScienceInnovation #TeledyneRDI #RiverRay #DataScience #Bathymetry #CurrentProfiling #ScientificResearch #WaterConservation #MarineEcosystems #SedimentTransport #NutrientCycling

Until at least 2037, commercial fishing in the Arctic will be stalled and made exclusively available to researchers to study the ecosystem. 🧬🔬 Johns Hopkins APL has joined the movement with Basestack, a software package for rapid, real-time genomic data analysis of the frigid, untouched waters to collect environmental DNA (eDNA), which consists of biomatter such as bits of skin, tissue and waste. Studying eDNA can reveal a lot about the ecosystem of origin, including the presence of protected and endangered species. Another APL initiative, ‘Walrus,’ proposes monitoring ice formation with radar sounding. This method would combine electromagnetic pulses from satellites and uncrewed aerial systems to measure ice thickness, volume, and strength. This could provide a complete image of the region, building a road map for ships to ensure safe passage. With this data, APL is advancing our understanding of the Arctic Ocean as it is, and as it will be in the near future. Commercial vessels returning to these waters will benefit from APL's comprehensive understanding of this rapidly changing biome. Read the full story: https://jhuapl.link/i8a #JHUAPL | #ArcticResearch | #ArcticOcean | #ClimateChange | #EnvironmentalDNA | #eDNA | #MarineBiology