PML is leading globally distributed initiatives that quantify, and capitalise on, the natural distribution of climate resilience within marine ecosystems to help develop ocean management strategies that are NbS enabling climate change adaptation. Specifically, by working with practitioners around the world to co-develop climate adaptive marine conservation mechanisms and harvesting programmes. Our research is informing:
- the development of climate resilient strategies for the spatial management of UNESCO Man and Biosphere and other sites of conservation interest across SE Asia
- the development of climate-resilient marine conservation, restoration and harvesting programmes across the EU
- the development of seaweed harvesting, fisheries and conservation strategies in Tanzania
- the development climate resilient marine spatial planning across the UK Nations and in Ireland
- the development of better access to climate modelling and modelling analysis tools for those developing Marine Spatial Plans
PML’s research on the global blue carbon capability is also a contributor to the co-development of NbS that contribute to mitigate climate change.
Another emerging challenge for marine ecosystems is that of microplastic pollution. In 2018, PML received funding to scope nature-based solutions to microplastic pollution using mussels, which can filter our microplastics from seawater, and latterly egest them within their faeces. The team’s laboratory experiments revealed 5 kg of mussels can remove 250,000 microplastics per hour. The team are currently undertaking field trials to test the capacity of mussels to remove microplastics in natural settings, and have a PhD student exploring whether macrophytes can also help stem the flow of microplastics from source to sea.
We are also working with local partners (Tamar Valley Partnership, Dartmoor National Park Authority) looking at land-management practices (peat restoration and managed realignment) and how they might enhance or preserve natural carbon stores.
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Deep Vision: AI-enabled Mapping of Vulnerable Marine Ecosystems in the AtlanticCo-led by Plymouth Marine Laboratory and the University of Plymouth, this project uses artificial intelligence and high-resolution seabed data to…
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Ocean ICU: Improving Carbon UnderstandingThe Horizon EU OceanICU is a five year project that seeks to gain a new understanding of the biological carbon…
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Monitoring Integrated Digital Support Tool – for CO2 and hypersaline brine monitoring applied to UKIn MIDST-UK, an open source, user friendly, pre-operational Decision Support Tool (DST) will be extended to also included brine release…
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Smart AUVs for detection and quantification of greenhouse gas seepage in the oceansSmartAUVs will dramatically improve the monitoring capabilities of AUVs, by applying artificial intelligence (AI) in concert with specialized signal processing…
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AgZero+ Towards sustainable, climate-neutral farmingPlymouth Marine Laboratory (PML) is a partner in a major five-year £13.8 million research programme, named “AgZero+’, to support the…
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APICSThe Automated, in situ Plankton Imaging and Classification System (APICS) will radically improve the understanding of how environmental changes are…
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ACTOM Decision Support ToolThe ACTOM Decision Support Tool enables operators of offshore geological carbon storage sites to plan effective environmental monitoring, whilst minimizing…
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MOET – Managing the Environmental Sustainability of the Offshore Energy TransitionMOET will assess the environmental sustainability of offshore wind, blue and green hydrogen, and carbon capture and storage for selected…
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Biodiversity of the Coastal Ocean: Monitoring with Earth Observation (BiCOME)BiCOME will develop a better understanding of how the community structure and function of coastal ecosystems will respond to the…
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FutureMARES: Climate Change and Future Marine Ecosystem Services and BiodiversityFutureMARES is examining the relations between climate change, marine biodiversity and ecosystem services.
Marine Spatial Planning Addressing Climate Effects (MSPACE)
Managed retreat as a natural carbon store
Peat restoration as a natural carbon store
- World leading expertise in ocean climate-change modelling spatial meta-analysis
People who work in this area
Professor James Fishwick
Head of Smart Sound Plymouth and Head of Operations and Technology, Western Channel Observatory