Repeated photogrammetric measurements are a valuable source of »conserved« information during final shaping of geotechnical models of complex multi-layer landslides. Photogrammetric measurements of a sequence of detailed unchanged points enable establishing the clear limit between the moved and stable parts of the terrain. The paper provides a number of practical and theoretical findings resulting from an adequate interpretation of photogrammetric measurements made on a thoroughly analyzed landslide where a three-level slide was observed. The results obtained indicate that the method used in this paper should be adopted as a standard procedure
The use of photogrammetry techniques is an operative instrument for the definition of geometry and d...
Archival multi-temporal aerial photogrammetry allows to measure displacements of a landslide area wh...
According to pre-planned schedules, a series of two artificial rainfall events were applied to a for...
Repeated photogrammetric measurements are a valuable source of »conserved« information during final ...
The results of two survey methods, historical photogrammetry and geological photointerpretation, are...
The results of two survey methods, historical photogrammetry and geological photointerpretation, are...
The results of two survey methods, historical photogrammetry and geological photointerpretation, are...
International audienceRecent advances in multi-view photogrammetry have resulted in a new class of a...
International audienceRecent advances in multi-view photogrammetry have resulted in a new class of a...
The development and application of a workflow for photogrammetric analysis of landslides
In this chapter, the application of close-range photogrammetry for deformation measurements in the f...
Though landslide alert is based on monitoring systems capable of high frequency, highly accurate, co...
In order to better characterize the behavior of fast dry granular mass movements, such as dense snow...
The results of two survey methods, geological photointerpretation and historical photogrammetry, are...
Archival multi-temporal aerial photogrammetry allows to measure displacements of a landslide area wh...
The use of photogrammetry techniques is an operative instrument for the definition of geometry and d...
Archival multi-temporal aerial photogrammetry allows to measure displacements of a landslide area wh...
According to pre-planned schedules, a series of two artificial rainfall events were applied to a for...
Repeated photogrammetric measurements are a valuable source of »conserved« information during final ...
The results of two survey methods, historical photogrammetry and geological photointerpretation, are...
The results of two survey methods, historical photogrammetry and geological photointerpretation, are...
The results of two survey methods, historical photogrammetry and geological photointerpretation, are...
International audienceRecent advances in multi-view photogrammetry have resulted in a new class of a...
International audienceRecent advances in multi-view photogrammetry have resulted in a new class of a...
The development and application of a workflow for photogrammetric analysis of landslides
In this chapter, the application of close-range photogrammetry for deformation measurements in the f...
Though landslide alert is based on monitoring systems capable of high frequency, highly accurate, co...
In order to better characterize the behavior of fast dry granular mass movements, such as dense snow...
The results of two survey methods, geological photointerpretation and historical photogrammetry, are...
Archival multi-temporal aerial photogrammetry allows to measure displacements of a landslide area wh...
The use of photogrammetry techniques is an operative instrument for the definition of geometry and d...
Archival multi-temporal aerial photogrammetry allows to measure displacements of a landslide area wh...
According to pre-planned schedules, a series of two artificial rainfall events were applied to a for...