@noc.ac.uk
By gaining a deeper knowledge of the ocean, we help every living thing on our planet flourish. 🌊
🖥️ https://noc.ac.uk/
🔗 https://linktr.ee/NOConline
🎙️ https://linktr.ee/nocintotheblue
@noc.ac.ukCongratulations on your paper 👏 Such valuable insights into the hazard of wave overtopping and the requirement for adaptive management using accurate predictive tools to explore future options and forecast this hazard 🌊
@noc.ac.ukFind out about our Arctic work:
👉 https://go.noc.ac.uk/3k9iy
@noc.ac.ukNext week, eight of our team are heading to Reykjavík for the Arctic Circle Assembly 2026 ❄️ Find us at the National Oceanography Centre booth throughout the event. 🌊
@noc.ac.ukClimate change could alter the world's strongest seasonal upwelling system off Somalia's coast. New NOC-led research projects declining offshore productivity and fish biomass, with industrial fleets hit hardest while some coastal communities may remain resilient 🌊🐟
https://go.noc.ac.uk/zcnfk
@noc.ac.uk🚨 New Paper 🚨
Nearly 300,000 km of coastline could be at risk from pollution linked to metal mines and mine waste sites.
Research led by NOC’s Dr Adam Sproson identifies coastal hotspots most at risk, highlighting the need for prevention and monitoring.
Read more: https://go.noc.ac.uk/hnvs6g
@noc.ac.ukRead the full update here: https://go.noc.ac.uk/mhw26
@noc.ac.ukIt might feel cooler on land, but the marine heatwave still persists around much of the UK 🌊🇬🇧 ⬇️ MHW conditions remain in southern half of the UK & Ireland 🌡️In the south, temps are broadly ±2°C warmer than normal ⬆️ Sea surface temperatures (SST) are close to normal conditions in the north of the UK
@noc.ac.ukRead the full article here: https://go.noc.ac.uk/2ultcq
@noc.ac.uk🌋 New research reveals rare insight into the impact of the 2022 Hunga volcano's rapid submarine caldera collapse, and could help improve monitoring and early-warning systems for volcanic-tsunamis.
🔗 https://go.noc.ac.uk/2ultcq
🌊 @nature.com | @isobelyeo.bsky.social | @mikeaclare.bsky.social
📷 NOAA
@noc.ac.ukNew film 'Pressure' tells how weather forecasts shaped D-Day.
But there’s another forecast that was just as important. The tide.
Look back at the role of tidal prediction on this historic day, and discover the link to NOC's scientific heritage in our latest #blog.
@emarineboard.bsky.socialReposted by @noc.ac.ukOur next #ThirdThursdayScience webinar will be on 17 September (13:00-14:00 CEST) and will discuss "Emerging Biomolecular Technologies for the Observation and Management of Marine Life" with speaker Julie Robidart from @noc.ac.uk. More and register here: www.marineboard.eu/events/emb-s...
@noc.ac.uk➡️ Find the in-depth report here: https://www.noc.ac.uk/news/rolling-updates-inside-uks-unfolding-marine-heatwave
@noc.ac.uk🌊🔥 The UK's ocean is still feeling the heat ☀️⤵️ 🗓️Some areas are 2-3°C warmer than normal, forecasts suggest these conditions could continue through August 📉 There's indication that the MHW is weakening in the Irish Sea 🧭Waters around the northern half of the UK remain close to average conditions
@noc.ac.ukRead the full update here: https://orlo.uk/fyLPJ
@noc.ac.uk🌡️ Latest UK Marine Heatwave Update - 2 August 🌊 🔥 MHW conditions still persist around southern UK & Ireland ⤵️ Unusually warm water now extends from the surface to the seabed off the coast of Weymouth ⚓️ South of Weymouth, the warm anomaly is mixed all the way to the seabed, approximately 40m deep
@noc.ac.ukFull details at careers.noc.ac.uk 🔗
@noc.ac.ukOur #jobs highlight is here, with several fantastic opportunities currently available to join the National Oceanography Centre in Southampton, Liverpool or aboard our Royal Research Ships! 🚢
Share in your networks! 🌊
⬇️ Thread continues...
@noc.ac.uk🌊 New NOC-led research suggests limiting global warming to around 1.5–2°C could help the North Atlantic spring phytoplankton bloom recover over time.
But if warming rises beyond this before net zero is reached, the bloom could continue declining.
Read here: https://orlo.uk/EFaCT
📷 NASA
@noc.ac.uk🌀Keep reading here: https://orlo.uk/mGIox
@noc.ac.ukTiny, invisible swirls and twirls – not much bigger than a coin – deep below the ocean’s surface are silently shaping some of the biggest forces steering our climate: sea-level rise, fisheries collapse, extreme flooding, and how much carbon dioxide the ocean absorbs. 📷 Tasman Sea | NASA
