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Simple and sublime seagrass meadows work naturally to absorb carbon. The leaves cause friction in the water and trap carbon from organic matter in the sediment. Yet industrial activity and pollution has damaged and reduced the extent of the meadows around the UK coast. With the marine environment improving, work is being done to restore patchy seabeds and create new ones, both in the UK and around the world. Take a dip with Tom Heap as he explores the wonders and potential of these plants on the sea floor.
Back in the studio Dr Tamsin Edwards of King's College, London helps Tom calculate just how useful seagrass can be in the fight against climate change.
Producer: Anne-Marie Bullock
Researcher: Sarah Goodman
Produced in association with the Royal Geographical Society. Special thanks for this episode to Professor Vincent Gauci from the University of Birmingham.
By BBC Radio 44.9
1212 ratings
Simple and sublime seagrass meadows work naturally to absorb carbon. The leaves cause friction in the water and trap carbon from organic matter in the sediment. Yet industrial activity and pollution has damaged and reduced the extent of the meadows around the UK coast. With the marine environment improving, work is being done to restore patchy seabeds and create new ones, both in the UK and around the world. Take a dip with Tom Heap as he explores the wonders and potential of these plants on the sea floor.
Back in the studio Dr Tamsin Edwards of King's College, London helps Tom calculate just how useful seagrass can be in the fight against climate change.
Producer: Anne-Marie Bullock
Researcher: Sarah Goodman
Produced in association with the Royal Geographical Society. Special thanks for this episode to Professor Vincent Gauci from the University of Birmingham.

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