The article proposes a new approach of coastal cliff monitoring which bases on a new comprehensive monitoring system, being a combination of mobile scanning from the sea with the geotechnical stability analysis. Mobile laser scanning is an innovative solution for 3D data collection which allows the monitored object geometry to be precisely measured, thus providing opportunities for series of analyses contributing to the development of an improved monitoring system. The authors present selected cliff profiles obtained from mobile scanning in the area of Jastrzebia Gora, complemented by relevant geotechnical analyses. The analysis of current cliff geometry is accompanied by calculations of hypothetical cliff profile changes resulting from pos...
The paper describes recent applications by the British Geological Survey (BGS) of the technique of m...
International audienceTerrestrial laser scanners (TLS) are well known for providing an efficient mea...
The methodology and findings of the application of terrestrial laser scanning to monitor coastal ero...
Cliff shores are those objects which due to their dynamics should be subject to periodic measurement...
Climate changes on our planet contribute to the rise in the average level of the seas, oceans, and a...
Abstract. So far geodetic surveys of cliff shores were predominantly conducted with 3D coordinates o...
Hard rock cliffs represent approximately 75% of the world's coastline. The rate and nature of the me...
International audienceIntegrated in a wide research assessing destabilizing and triggering factors t...
Hard rock cliffs represent approximately 75% of the world's coastline. The rate and nature of the me...
The paper gives results of the digitization of the status and spatial position of a cliff in the Wes...
Although cliffs form approximately 75% of the world's coastline, the understanding of the processes ...
The paper describes recent applications by the British Geological Survey (BGS) of the technique of m...
International audienceTerrestrial laser scanners (TLS) are well known for providing an efficient mea...
The methodology and findings of the application of terrestrial laser scanning to monitor coastal ero...
Cliff shores are those objects which due to their dynamics should be subject to periodic measurement...
Climate changes on our planet contribute to the rise in the average level of the seas, oceans, and a...
Abstract. So far geodetic surveys of cliff shores were predominantly conducted with 3D coordinates o...
Hard rock cliffs represent approximately 75% of the world's coastline. The rate and nature of the me...
International audienceIntegrated in a wide research assessing destabilizing and triggering factors t...
Hard rock cliffs represent approximately 75% of the world's coastline. The rate and nature of the me...
The paper gives results of the digitization of the status and spatial position of a cliff in the Wes...
Although cliffs form approximately 75% of the world's coastline, the understanding of the processes ...
The paper describes recent applications by the British Geological Survey (BGS) of the technique of m...
International audienceTerrestrial laser scanners (TLS) are well known for providing an efficient mea...
The methodology and findings of the application of terrestrial laser scanning to monitor coastal ero...