Shore platform erosion is considered a driving mechanism for cliff recession on many rocky coasts and, in the vicinity of sea defence structures, a threat to their stability, yet the spatial pattern of platform erosion, as well as the rate of lowering, is poorly documented. Measurements based on techniques such as the micro-erosion metre or laser scanner, though highly accurate for short time scales and specific locations, are difficult to extrapolate in space and time. They also fail to record meso-scale changes such as block removal. This paper describes a technique to quantify spatial and temporal changes and presents first results
The methodology and findings of the application of terrestrial laser scanning to monitor coastal er...
This data presents erosion measurements across micro and meso-spatial at multi-temporal scales using...
The methodology and findings of the application of terrestrial laser scanning to monitor coastal ero...
Shore platform erosion is considered a driving mechanism for cliff recession on many rocky coasts an...
Shore platform erosion is considered a driving mechanism for cliff recession on many rocky coasts a...
Shore platforms frequently exhibit steps or risers facing seaward, landwards or obliquely across-sho...
For decades researchers have used the micro-erosion meter and its successor the traversing micro-ero...
Shore platforms control wave energy transformation which, in turn, controls energy delivery to the c...
Hard rock cliffs represent approximately 75% of the world's coastline. The rate and nature of the me...
Erosion of the intertidal chalk platform in the vicinity of groynes and seawalls is evident to the n...
The Holdemess coast, North East England, is well known for rapid recession rates, which has been cal...
Hard rock cliffs represent approximately 75% of the world's coastline. The rate and nature of the me...
The morphology and erosion of shore platforms is a pivotal component of rocky coast evolution as the...
Three-dimensional (3D) morphological changes in rocky coasts need to be precisely measured for prote...
Terrestrial methods that may be used to quantify cliff erosion rates, and to qualify the real status...
The methodology and findings of the application of terrestrial laser scanning to monitor coastal er...
This data presents erosion measurements across micro and meso-spatial at multi-temporal scales using...
The methodology and findings of the application of terrestrial laser scanning to monitor coastal ero...
Shore platform erosion is considered a driving mechanism for cliff recession on many rocky coasts an...
Shore platform erosion is considered a driving mechanism for cliff recession on many rocky coasts a...
Shore platforms frequently exhibit steps or risers facing seaward, landwards or obliquely across-sho...
For decades researchers have used the micro-erosion meter and its successor the traversing micro-ero...
Shore platforms control wave energy transformation which, in turn, controls energy delivery to the c...
Hard rock cliffs represent approximately 75% of the world's coastline. The rate and nature of the me...
Erosion of the intertidal chalk platform in the vicinity of groynes and seawalls is evident to the n...
The Holdemess coast, North East England, is well known for rapid recession rates, which has been cal...
Hard rock cliffs represent approximately 75% of the world's coastline. The rate and nature of the me...
The morphology and erosion of shore platforms is a pivotal component of rocky coast evolution as the...
Three-dimensional (3D) morphological changes in rocky coasts need to be precisely measured for prote...
Terrestrial methods that may be used to quantify cliff erosion rates, and to qualify the real status...
The methodology and findings of the application of terrestrial laser scanning to monitor coastal er...
This data presents erosion measurements across micro and meso-spatial at multi-temporal scales using...
The methodology and findings of the application of terrestrial laser scanning to monitor coastal ero...