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Application of the natural capital approach to the marine environment to aid decision-making
University of Plymouth's Marine Conservation Research Group: Application of the natural capital approach to the marine environment to aid decision-making
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A Natural Capital Plan for the North Devon Marine Pioneer
University of Plymouth's Marine Conservation Research Group: A Natural Capital Plan for the North Devon Marine Pioneer
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Wave Hub Impacts on Seabed & Shoreline Processes (WHISSP)
https://www.plymouth.ac.uk/research/coastal-processes/whissp
University of Plymouth's Coastal Processes Research Group: Wave Hub Impacts on Seabed & Shoreline Processes (WHISSP)
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Green Minds
https://www.plymouth.ac.uk/research/marine-conservation-research-group/green-minds
University of Plymouth's Marine Conservation Research Group: Green Minds
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Berwickshire’s Marine Protected Areas
Marine Conservation Research Group project: Berwickshire’s Marine Protected Areas
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Blue Carbon Artist in Residence
Marine Conservation Research Group: Blue Carbon Artist in Residence
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Blue Biosphere Natural Capital Accelerator (Blue Biosphere)
https://www.plymouth.ac.uk/research/marine-conservation-research-group/blue-biosphere
University of Plymouth Marine Conservation Research Group: Blue Biosphere Natural Capital Accelerator (Blue Biosphere)
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Grow Plymouth case study
https://www.plymouth.ac.uk/research/sustainability-hub-low-carbon-devon/grow-plymouth
A cultural hub and centre for ethical, sustainable business is being developed in Plymouth with support from Low Carbon Devon.
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The wetter the better? The role of wet woodlands as a nature-based solution to climate change
https://www.plymouth.ac.uk/research/plymouth-peatland-research-group/the-wetter-the-better
Wet woodland ecosystems were once common across the UK, but following years of disturbance due to drainage, agriculture and industrial development it is estimated that only 50–70,000 ha remain.
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Using plankton indicators to project the future human wellbeing impacts from the marine environment under climate change
University of Plymouth research: To understand the potential socioeconomic impacts of changing plankton communities under climate change, this project explores the links between plankton ecology and socioecological systems.
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