Marine ecologist, specialising in marine and coastal habitat restoration, natural capital and blue carbon; based in the Kesteven Uplands. Views are my own.
Similar result was observed for seagrass restoration in Sweden - crabs ate the seagrass seeds, excluding them improved success of restoration project. Not sure if that’s a method suitable for a large scale approach though! journals.plos.org/plosone/arti...
Similar result was observed for seagrass restoration in Sweden - crabs ate the seagrass seeds, excluding them improved success of restoration project. Not sure if that’s a method suitable for a large scale approach though! journals.plos.org/plosone/arti...
Not MPA specific at all and doesn’t cover the nuances of different sediment types, but gives a good idea of the uk-wide scale of pressure. Would be interesting to map to MPA boundaries!
June 9, 2025 at 8:21 PM
Not MPA specific at all and doesn’t cover the nuances of different sediment types, but gives a good idea of the uk-wide scale of pressure. Would be interesting to map to MPA boundaries!
I guess that UK MPA extent figure includes the massive harbour porpoise SACs that are the only designated feature rather than the seabed habitats? (Same for some of the huge SPAs like Outer Thames and Liverpool Bay) (And unlikely to be any under fishing restrictions?)
June 9, 2025 at 7:21 PM
I guess that UK MPA extent figure includes the massive harbour porpoise SACs that are the only designated feature rather than the seabed habitats? (Same for some of the huge SPAs like Outer Thames and Liverpool Bay) (And unlikely to be any under fishing restrictions?)