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DynamicCoast Flood levels and High Emission Scenario SLR
The Coastal Flood Boundary conditions for the UK: Update 2018... -
DynamicCoast Future Erosion 2050 High Emissions Scenario
Anticipated erosional areas, between the current 2020 and anticipated 2050 Mean High Water Spring tide lines, based on a High Emissions Scenario sea level rise projection... -
DynamicCoast Future Erosion 2100 High Emissions Scenario
Anticipated erosional areas, between the 2020 and anticipated 2100 Mean High Water Spring tide lines, based on a High Emissions Scenario sea level rise projection (RCP8.5, 95... -
DynamicCoast Future MHWS for High Emissions Scenario
Anticipated positions of Mean High Water Springs per decade, based on a High Emissions Scenario sea level rise projection (RCP8.5, 95thpercentile) and 'do nothing' coastal... -
DynamicCoast MHWS Modern
Mean High Water Springs tide line extracted from high resolution Digital Elevation Models, typically derived from airborne LiDAR datasets. Date of survey varies spatially, query... -
DynamicCoast Uncertainty
A dataset showing areas where modelled FutureCoast results may be unreliable due to uncertainties in input data or other reasons. -
DynamicCoast Artificial Coastal Defences Buffer
Artificial sea front defences were digitised around the coast of Scotland, for use in informing on pre-existing coastal protection and in limiting the amount of erosion... -
DynamicCoast MHWS 1890s
High Water Mark of Ordinary Spring Tide. Digitised from the OS 2nd Edition. Scale 6 inch map (1:10,560) county series. Epoch 1890 to 1959. The 'soft' or erodible shoreline has... -
DynamicCoast MHWS 1970s
Mean High Water Spring, digitised from OS National Grid 1:10,560/1:10,000 sheets. Epoch 1956 to 1995. Extent: Soft or Erodible shorelines. This data was digitised as part of the... -
DynamicCoast Transects for High Emissions Scenario
Transects spaced at 10m intervals along wave-dominated erodable shorelines as defined by Dynamic Coast. The transects display key information which inform coastal change...