5LiDAR and photogrammetry data are integrated to study an Early Jurassic extensional synsedimentary structure in the Italian Southern Alps. Airborne LiDAR data helped in getting geologic information in areas covered by vegetation, photogrammetry was applied to produce a high-resolution 3D textured model of the inaccessible parts of the outcrop. LiDAR and photgrammetric data were merged together producing a multi-resolution model. Key geologic boundaries and faults bounding the synsedimentary structure were digitized in a 3D geomodeling environment. The reconstruction yielded information about the structure kinematics and accumulated displacements.nonenoneFranceschi Marco; Martinelli Mattia; Gislimberti Lorenzo; Rizzi Alessandro; Massironi M...
This paper presents an approach to reconstruct geological structures in three dimensions using and h...
(EXCERPT FROM ABSTRACT) Close-range photogrammetry was executed following the procedure proposed by ...
The present paper describes a working approach that involves the combination of Terrestrial Laser Sc...
LiDAR and photogrammetry data are integrated to study an Early Jurassic extensional synsedimentary s...
A new interpretation of the tectonic evolution of the southern end of Monte Altissimo syncline is gi...
Different remote sensing technologies, including photogrammetry and LIDAR (light detection and rangi...
The Calcari Grigi carbonate platform (Southern Alps, Italy) (size ∼100km × 100km, up to 400m thick) ...
The Latemar is a Middle Triassic isolated carbonate buildup with a diameter of approximately 3 km, t...
The Vajont Gorge (Dolomiti Bellunesi, Italy) provides spectacular outcrops of Jurassic limestones (V...
Increasing political and social awareness of the importance of protecting the geological heritage is...
Conserving geological heritage is pivotal in improving the fruition of geological resources. Preserv...
The three-dimensional laser scanning technique has recently become common in diverse working environ...
Nowadays digital photogrammetry utilized together with Structure from Motion (SfM) algorithms repres...
This paper presents an approach to reconstruct geological structures in three dimensions using and h...
(EXCERPT FROM ABSTRACT) Close-range photogrammetry was executed following the procedure proposed by ...
The present paper describes a working approach that involves the combination of Terrestrial Laser Sc...
LiDAR and photogrammetry data are integrated to study an Early Jurassic extensional synsedimentary s...
A new interpretation of the tectonic evolution of the southern end of Monte Altissimo syncline is gi...
Different remote sensing technologies, including photogrammetry and LIDAR (light detection and rangi...
The Calcari Grigi carbonate platform (Southern Alps, Italy) (size ∼100km × 100km, up to 400m thick) ...
The Latemar is a Middle Triassic isolated carbonate buildup with a diameter of approximately 3 km, t...
The Vajont Gorge (Dolomiti Bellunesi, Italy) provides spectacular outcrops of Jurassic limestones (V...
Increasing political and social awareness of the importance of protecting the geological heritage is...
Conserving geological heritage is pivotal in improving the fruition of geological resources. Preserv...
The three-dimensional laser scanning technique has recently become common in diverse working environ...
Nowadays digital photogrammetry utilized together with Structure from Motion (SfM) algorithms repres...
This paper presents an approach to reconstruct geological structures in three dimensions using and h...
(EXCERPT FROM ABSTRACT) Close-range photogrammetry was executed following the procedure proposed by ...
The present paper describes a working approach that involves the combination of Terrestrial Laser Sc...