A

Abate, N.

• 3D Acoustic Remote Sensing mapping of the Underwater Cultural Heritage in the Marine Protected Area of Baia submerged Park (Bay of Pozzuoli, Southern Italy), pages 303–308

Acierno, A.

• Automatic Extraction and Counting of Fish from Underwater Videos Using YOLO-Based Deep Learning Algorithms, pages 79–86

Allouis, T.

• Advanced Bathymetric Survey Using The Yellowscan Navigator: Applications in Erosion and Soil Movement Tracking, pages 13–18

Alodia, G.

• A Comparative Analysis of Refraction-Aware SfM, Hierarchical Localization, and Gaussian Splatting for Underwater 3D Reconstruction, pages 199–206

Amiri-Simkooei, A.

• Accurate Mapping of an Extended Shell Bed Area in the North Sea with Multi-spectral Multibeam Backscatter Data, pages 7–12
• Least-Squares-Based Deep Learning for Sentinel-2 Derived Bathymetry: A Case Study on Anegada’s Southern Coast, pages 169–176

Antoniou, C.

• Development and Deployment of THEIA: A Compact Underwater Multispectral Imaging System, pages 287–294

Asgharian Pournodrati, L.

• Multi-scale Transformer-based classification of bathymetric LiDAR data in shallow water environments, pages 1–6

Aufleger, M.

• Airborne and UAV-borne Laser Bathymetry applied to a mountain river reach, pages 131–138

B

Baba, M. M.

• Multi-scale Transformer-based classification of bathymetric LiDAR data in shallow water environments, pages 1–6

Bai, Q.

• Accurate Mapping of an Extended Shell Bed Area in the North Sea with Multi-spectral Multibeam Backscatter Data, pages 7–12

Bakırman, T.

• Evaluation of Depth Anything Models for Satellite-Derived Bathymetry, pages 101–106

Barbieri, L.

• Integrating 3D Reconstruction and AR for Enhancing Visitor Experience in Submerged Heritage Sites, pages 63–69

Berthelot, J.

• Advanced Bathymetric Survey Using The Yellowscan Navigator: Applications in Erosion and Soil Movement Tracking, pages 13–18

Billi, D.

• 3D Reconstruction of Underwater Shipwrecks: 3D Gaussian Splatting and Structure from Motion for the Melania shipwreck, pages 19–25

Bleier, M.

• Low-Constraint Ray Optimization for Photogrammetric Shallow Water Bathymetry, pages 163–168

Borgogno, E.

• Underwater Heritage documentation using photogrammetry: the CRAB system, pages 295–302

Brezovsky, M.

• Analysis of refraction aware Neural Radiance Fields for 3D reconstruction of through the water scenes, pages 39–45
• Exploring the Potential of Refractive NeRFs for Photogrammetric Bathymetry - First Application to UAV-based Data from the Pielach River, pages 107–114
• Simulation and validation of underwater scenes for two-media optical 3D reconstruction, pages 271–278

Bruno, F.

• Integrating 3D Reconstruction and AR for Enhancing Visitor Experience in Submerged Heritage Sites, pages 63–69

Bräuer-Burchardt, C.

• Smart solutions for underwater 3D exploration and SLAM – possibilities and limitations, pages 27–32
• Calibration Strategies for Optical Underwater 3D-Scanners, pages 33–38

C

Calantropio, A.

• Underwater synthetic image generation for multi-temporal monitoring of crustose coralline algae, pages 47–54
• Experimenting with learning-based image orientation approaches for photogrammetric mapping of Posidonia oceanica meadows, pages 191–198
• Underwater optical metrology for precision monitoring of marine habitats: the MANATEE project, pages 207–214

Caroti, G.

• 3D Reconstruction of Underwater Shipwrecks: 3D Gaussian Splatting and Structure from Motion for the Melania shipwreck, pages 19–25

Ceccherelli, G.

• Underwater hyperspectral imagery for Posidonia oceanica mapping: challenges and preliminary results from the POSEIDON Project, pages 177–184
• Experimenting with learning-based image orientation approaches for photogrammetric mapping of Posidonia oceanica meadows, pages 191–198

Chiabrando, F.

• Automatic Extraction and Counting of Fish from Underwater Videos Using YOLO-Based Deep Learning Algorithms, pages 79–86
• Underwater hyperspectral imagery for Posidonia oceanica mapping: challenges and preliminary results from the POSEIDON Project, pages 177–184
• Photogrammetry and Traditional Bathymetry for High-Resolution Underwater Mapping in Shallow Waters, pages 279–286
• Underwater Heritage documentation using photogrammetry: the CRAB system, pages 295–302

Colson, A.

• Evaluating Interior Orientation Estimability in Multimedia Photogrammetry - A practical guide on object-invariant bundles, pages 255–262

Croce, V.

• 3D Reconstruction of Underwater Shipwrecks: 3D Gaussian Splatting and Structure from Motion for the Melania shipwreck, pages 19–25

D

Dammert, L.

• Accurate reference for shallow water bathymetry using a tilt-compensating dual-prism pole and time-synchronized robotic total stations, pages 55–62
• Optical hydrography for seasonal and flood-induced changes in aquatic vegetation, pages 239–246

Davidde, B.

• Integrating 3D Reconstruction and AR for Enhancing Visitor Experience in Submerged Heritage Sites, pages 63–69

Demesticha, S.

• The Impact of a Deep Learning Self-Adaptive Colour Restoration Pipeline for Deep Underwater Images in 3D Reconstruction, pages 309–315

Dobler, W.

• Airborne and UAV-borne Laser Bathymetry applied to a mountain river reach, pages 131–138

Doukkali, N.

• Advanced Bathymetric Survey Using The Yellowscan Navigator: Applications in Erosion and Soil Movement Tracking, pages 13–18

van Dijk, T.

• Accurate Mapping of an Extended Shell Bed Area in the North Sea with Multi-spectral Multibeam Backscatter Data, pages 7–12

F

Farina, S.

• Underwater optical metrology for precision monitoring of marine habitats: the MANATEE project, pages 207–214

Ferdani, D.

• 3D Acoustic Remote Sensing mapping of the Underwater Cultural Heritage in the Marine Protected Area of Baia submerged Park (Bay of Pozzuoli, Southern Italy), pages 303–308

Fortuna, S.

• Integrating 3D Reconstruction and AR for Enhancing Visitor Experience in Submerged Heritage Sites, pages 63–69

Furlan, L. M.

• Surface and Subsurface Hydrodynamics of Inland Wetlands in Brazil: Integrating High-Resolution Remote Sensing and Hydrogeophysics, pages 71–77

G

Gallitto, F.

• Automatic Extraction and Counting of Fish from Underwater Videos Using YOLO-Based Deep Learning Algorithms, pages 79–86
• Underwater Heritage documentation using photogrammetry: the CRAB system, pages 295–302

Gallocchio, E.

• 3D Acoustic Remote Sensing mapping of the Underwater Cultural Heritage in the Marine Protected Area of Baia submerged Park (Bay of Pozzuoli, Southern Italy), pages 303–308

Gangelhoff, J.

• Multi-scale Transformer-based classification of bathymetric LiDAR data in shallow water environments, pages 1–6

Gems, B.

• Airborne and UAV-borne Laser Bathymetry applied to a mountain river reach, pages 131–138

Gerigk, C.

• Underwater Digital Twin of Yuba Island: Mapping a Large-Scale Marine Ecosystem through Photogrammetry and 3D Modeling, pages 87–94

Giaquinto, A.

• Underwater synthetic image generation for multi-temporal monitoring of crustose coralline algae, pages 47–54
• Underwater optical metrology for precision monitoring of marine habitats: the MANATEE project, pages 207–214

Gintz, A.

• Advanced Bathymetric Survey Using The Yellowscan Navigator: Applications in Erosion and Soil Movement Tracking, pages 13–18

Glenis, V.

• Evaluation of ULS Bathymetry for Hydrodynamic Modelling, pages 115–122

Grasso, N.

• Underwater hyperspectral imagery for Posidonia oceanica mapping: challenges and preliminary results from the POSEIDON Project, pages 177–184

Grömer, M.

• Combining imaging sonar and photogrammetry for underwater object localization and mapping, pages 95–100
• Optical hydrography for seasonal and flood-induced changes in aquatic vegetation, pages 239–246

Gueguen, L.-A.

• Accurate reference for shallow water bathymetry using a tilt-compensating dual-prism pole and time-synchronized robotic total stations, pages 55–62
• New Approaches in Photo-Bathymetry, pages 185–190

Günaydın, E.

• Evaluation of Depth Anything Models for Satellite-Derived Bathymetry, pages 101–106

Günthner, A.

• Analysis of refraction aware Neural Radiance Fields for 3D reconstruction of through the water scenes, pages 39–45
• Exploring the Potential of Refractive NeRFs for Photogrammetric Bathymetry - First Application to UAV-based Data from the Pielach River, pages 107–114
• Simulation and validation of underwater scenes for two-media optical 3D reconstruction, pages 271–278

H

Haines, J. C.

• Evaluation of ULS Bathymetry for Hydrodynamic Modelling, pages 115–122

Haring, A.

• TPU Estimation for Bathymetric LiDAR, pages 215–221

Heffner, E.

• Laboratory-based assessment of the Underwater Laser Scanner ULi, pages 123–129

Heinze, M.

• Smart solutions for underwater 3D exploration and SLAM – possibilities and limitations, pages 27–32
• Calibration Strategies for Optical Underwater 3D-Scanners, pages 33–38

Hesse, C.

• Digital twins for the sustainable maintenance of ageing waterway infrastructure, pages 147–153

Himmelsbach, T.

• Airborne and UAV-borne Laser Bathymetry applied to a mountain river reach, pages 131–138

Holste, K.

• Digital twins for the sustainable maintenance of ageing waterway infrastructure, pages 147–153

Hubold, M.

• Smart solutions for underwater 3D exploration and SLAM – possibilities and limitations, pages 27–32

I

Iliadis, C.

• Evaluation of ULS Bathymetry for Hydrodynamic Modelling, pages 115–122

J

Jetlund, K.

• Database Federation for Spatial Digital Twins with Semantically Enhanced Data Processing: A use case of Mission Mjøsa, pages 231–237

Johnson, N. D.

• Clear Waters, Stronger Depths: Advancing Bathymetric Lidar Through Community Practices, pages 139–146

Jost, B.

• Digital twins for the sustainable maintenance of ageing waterway infrastructure, pages 147–153

Jutzi, B.

• Analysis of refraction aware Neural Radiance Fields for 3D reconstruction of through the water scenes, pages 39–45
• Exploring the Potential of Refractive NeRFs for Photogrammetric Bathymetry - First Application to UAV-based Data from the Pielach River, pages 107–114
• Simulation and validation of underwater scenes for two-media optical 3D reconstruction, pages 271–278

K

Karantzalos, K.

• Development and Deployment of THEIA: A Compact Underwater Multispectral Imaging System, pages 287–294

Kasza, D.

• Monitoring a flooded open-cast mine with combining remote sensing techniques, pages 155–161

Kennel, P.

• Advanced Bathymetric Survey Using The Yellowscan Navigator: Applications in Erosion and Soil Movement Tracking, pages 13–18

Krinidis, S.

• Enhancing 3D Reconstructions in Underwater Environments: The Impact of Image Enhancement on Model Quality, pages 317–324

Kujawa, P.

• Monitoring a flooded open-cast mine with combining remote sensing techniques, pages 155–161

Kühmstedt, P.

• Smart solutions for underwater 3D exploration and SLAM – possibilities and limitations, pages 27–32
• Calibration Strategies for Optical Underwater 3D-Scanners, pages 33–38

L

Lagudi, A.

• Integrating 3D Reconstruction and AR for Enhancing Visitor Experience in Submerged Heritage Sites, pages 63–69

Lambertini, A.

• Underwater optical metrology for precision monitoring of marine habitats: the MANATEE project, pages 207–214

Li, X.

• Automatic Extraction and Counting of Fish from Underwater Videos Using YOLO-Based Deep Learning Algorithms, pages 79–86

Liebender, C.

• Low-Constraint Ray Optimization for Photogrammetric Shallow Water Bathymetry, pages 163–168

Lindenbergh, R.

• Least-Squares-Based Deep Learning for Sentinel-2 Derived Bathymetry: A Case Study on Anegada’s Southern Coast, pages 169–176

Lingua, A.

• Photogrammetry and Traditional Bathymetry for High-Resolution Underwater Mapping in Shallow Waters, pages 279–286
• Underwater Heritage documentation using photogrammetry: the CRAB system, pages 295–302

Lingua, A. M.

• Automatic Extraction and Counting of Fish from Underwater Videos Using YOLO-Based Deep Learning Algorithms, pages 79–86
• Underwater hyperspectral imagery for Posidonia oceanica mapping: challenges and preliminary results from the POSEIDON Project, pages 177–184

Liu, Y.

• Least-Squares-Based Deep Learning for Sentinel-2 Derived Bathymetry: A Case Study on Anegada’s Southern Coast, pages 169–176

Longhi, V.

• Underwater hyperspectral imagery for Posidonia oceanica mapping: challenges and preliminary results from the POSEIDON Project, pages 177–184

Luhmann, T.

• Evaluating Interior Orientation Estimability in Multimedia Photogrammetry - A practical guide on object-invariant bundles, pages 255–262

M

Maas, H.-G.

• New Approaches in Photo-Bathymetry, pages 185–190

Macon, C. L.

• Clear Waters, Stronger Depths: Advancing Bathymetric Lidar Through Community Practices, pages 139–146

Mallios, A.

• Development and Deployment of THEIA: A Compact Underwater Multispectral Imaging System, pages 287–294

Manca, S.

• Underwater Heritage documentation using photogrammetry: the CRAB system, pages 295–302

Mandlburger, G.

• Analysis of refraction aware Neural Radiance Fields for 3D reconstruction of through the water scenes, pages 39–45
• Accurate reference for shallow water bathymetry using a tilt-compensating dual-prism pole and time-synchronized robotic total stations, pages 55–62
• Combining imaging sonar and photogrammetry for underwater object localization and mapping, pages 95–100
• Exploring the Potential of Refractive NeRFs for Photogrammetric Bathymetry - First Application to UAV-based Data from the Pielach River, pages 107–114
• Evaluation of ULS Bathymetry for Hydrodynamic Modelling, pages 115–122
• Airborne and UAV-borne Laser Bathymetry applied to a mountain river reach, pages 131–138
• New Approaches in Photo-Bathymetry, pages 185–190
• Optical hydrography for seasonal and flood-induced changes in aquatic vegetation, pages 239–246
• Detection and documentation of a submerged neolithic pile dwelling settlement using airborne laser bathymetry and multimedia photogrammetry - A case study at lake Mondsee, pages 247–254
• Simulation and validation of underwater scenes for two-media optical 3D reconstruction, pages 271–278

Martelli, L.

• Automated marker detection and time series analysis for through-water photogrammetry, pages 263–270

Maschio, P.

• Photogrammetry and Traditional Bathymetry for High-Resolution Underwater Mapping in Shallow Waters, pages 279–286
• Underwater Heritage documentation using photogrammetry: the CRAB system, pages 295–302

Maschio, P. F.

• Underwater hyperspectral imagery for Posidonia oceanica mapping: challenges and preliminary results from the POSEIDON Project, pages 177–184

Masini, N.

• 3D Acoustic Remote Sensing mapping of the Underwater Cultural Heritage in the Marine Protected Area of Baia submerged Park (Bay of Pozzuoli, Southern Italy), pages 303–308

Matrone, F.

• Automatic Extraction and Counting of Fish from Underwater Videos Using YOLO-Based Deep Learning Algorithms, pages 79–86

Menghini, M.

• Underwater optical metrology for precision monitoring of marine habitats: the MANATEE project, pages 207–214

Menna, F.

• Underwater synthetic image generation for multi-temporal monitoring of crustose coralline algae, pages 47–54
• Underwater hyperspectral imagery for Posidonia oceanica mapping: challenges and preliminary results from the POSEIDON Project, pages 177–184
• Experimenting with learning-based image orientation approaches for photogrammetric mapping of Posidonia oceanica meadows, pages 191–198
• Underwater optical metrology for precision monitoring of marine habitats: the MANATEE project, pages 207–214

Mestdagh, S.

• Accurate Mapping of an Extended Shell Bed Area in the North Sea with Multi-spectral Multibeam Backscatter Data, pages 7–12

Meyer, P.

• Low-Constraint Ray Optimization for Photogrammetric Shallow Water Bathymetry, pages 163–168

Mills, J. P.

• Evaluation of ULS Bathymetry for Hydrodynamic Modelling, pages 115–122

Mokhtari, S.

• Underwater optical metrology for precision monitoring of marine habitats: the MANATEE project, pages 207–214

Monetti, D.

• Accurate reference for shallow water bathymetry using a tilt-compensating dual-prism pole and time-synchronized robotic total stations, pages 55–62

Moreira, C. A.

• Surface and Subsurface Hydrodynamics of Inland Wetlands in Brazil: Integrating High-Resolution Remote Sensing and Hydrogeophysics, pages 71–77

Mugiaraya, R. A.

• A Comparative Analysis of Refraction-Aware SfM, Hierarchical Localization, and Gaussian Splatting for Underwater 3D Reconstruction, pages 199–206

Muhammad, F.

• A Comparative Analysis of Refraction-Aware SfM, Hierarchical Localization, and Gaussian Splatting for Underwater 3D Reconstruction, pages 199–206

Mulsow, C.

• New Approaches in Photo-Bathymetry, pages 185–190

N

Neuner, H.-B.

• Accurate reference for shallow water bathymetry using a tilt-compensating dual-prism pole and time-synchronized robotic total stations, pages 55–62

Nocerino, E.

• Underwater synthetic image generation for multi-temporal monitoring of crustose coralline algae, pages 47–54
• Underwater hyperspectral imagery for Posidonia oceanica mapping: challenges and preliminary results from the POSEIDON Project, pages 177–184
• Experimenting with learning-based image orientation approaches for photogrammetric mapping of Posidonia oceanica meadows, pages 191–198
• Underwater optical metrology for precision monitoring of marine habitats: the MANATEE project, pages 207–214

Nomikou, P.

• Development and Deployment of THEIA: A Compact Underwater Multispectral Imaging System, pages 287–294

Notni, G.

• Smart solutions for underwater 3D exploration and SLAM – possibilities and limitations, pages 27–32
• Calibration Strategies for Optical Underwater 3D-Scanners, pages 33–38

Ntouskos, V.

• Development and Deployment of THEIA: A Compact Underwater Multispectral Imaging System, pages 287–294

Nüchter, A.

• Low-Constraint Ray Optimization for Photogrammetric Shallow Water Bathymetry, pages 163–168

O

Onstein, E.

• Database Federation for Spatial Digital Twins with Semantically Enhanced Data Processing: A use case of Mission Mjøsa, pages 231–237

Otepka, J.

• Combining imaging sonar and photogrammetry for underwater object localization and mapping, pages 95–100

P

Del Pizzo, S.

• Underwater synthetic image generation for multi-temporal monitoring of crustose coralline algae, pages 47–54
• Underwater optical metrology for precision monitoring of marine habitats: the MANATEE project, pages 207–214

Pagano, A.

• 3D Acoustic Remote Sensing mapping of the Underwater Cultural Heritage in the Marine Protected Area of Baia submerged Park (Bay of Pozzuoli, Southern Italy), pages 303–308

Pagano, F.

• 3D Acoustic Remote Sensing mapping of the Underwater Cultural Heritage in the Marine Protected Area of Baia submerged Park (Bay of Pozzuoli, Southern Italy), pages 303–308

Pansini, A.

• Underwater hyperspectral imagery for Posidonia oceanica mapping: challenges and preliminary results from the POSEIDON Project, pages 177–184
• Experimenting with learning-based image orientation approaches for photogrammetric mapping of Posidonia oceanica meadows, pages 191–198

Peppa, M. V.

• Evaluation of ULS Bathymetry for Hydrodynamic Modelling, pages 115–122

Pfennigbauer, M.

• TPU Estimation for Bathymetric LiDAR, pages 215–221
• Optical hydrography for seasonal and flood-induced changes in aquatic vegetation, pages 239–246

Piemonte, A.

• 3D Reconstruction of Underwater Shipwrecks: 3D Gaussian Splatting and Structure from Motion for the Melania shipwreck, pages 19–25

Pini, A.

• Automated marker detection and time series analysis for through-water photogrammetry, pages 263–270

Pinna, F.

• Underwater optical metrology for precision monitoring of marine habitats: the MANATEE project, pages 207–214

Poglajen, S.

• Underwater Mapping in Shallow Coastal Waters Using MBES and Photogrammetry: Applications in Archaeology and Marine Habitat Monitoring, pages 223–229

Poklar, M.

• Underwater Mapping in Shallow Coastal Waters Using MBES and Photogrammetry: Applications in Archaeology and Marine Habitat Monitoring, pages 223–229

R

Ragazzola, F.

• Underwater optical metrology for precision monitoring of marine habitats: the MANATEE project, pages 207–214

Ramm, R.

• Calibration Strategies for Optical Underwater 3D-Scanners, pages 33–38

Ranatunga, S.

• Database Federation for Spatial Digital Twins with Semantically Enhanced Data Processing: A use case of Mission Mjøsa, pages 231–237

Ravanelli, R.

• Automated marker detection and time series analysis for through-water photogrammetry, pages 263–270

Remondino, F.

• Monitoring a flooded open-cast mine with combining remote sensing techniques, pages 155–161

Ressl, C.

• Combining imaging sonar and photogrammetry for underwater object localization and mapping, pages 95–100

Rhomberg-Kauert, J.

• Accurate reference for shallow water bathymetry using a tilt-compensating dual-prism pole and time-synchronized robotic total stations, pages 55–62
• Airborne and UAV-borne Laser Bathymetry applied to a mountain river reach, pages 131–138
• Optical hydrography for seasonal and flood-induced changes in aquatic vegetation, pages 239–246

Riederer, K.

• Detection and documentation of a submerged neolithic pile dwelling settlement using airborne laser bathymetry and multimedia photogrammetry - A case study at lake Mondsee, pages 247–254

Riegl, U.

• TPU Estimation for Bathymetric LiDAR, pages 215–221

Rofallski, R.

• Evaluating Interior Orientation Estimability in Multimedia Photogrammetry - A practical guide on object-invariant bundles, pages 255–262

Rosolen, V. S.

• Surface and Subsurface Hydrodynamics of Inland Wetlands in Brazil: Integrating High-Resolution Remote Sensing and Hydrogeophysics, pages 71–77

Rossi, S.

• Underwater hyperspectral imagery for Posidonia oceanica mapping: challenges and preliminary results from the POSEIDON Project, pages 177–184

Russo, M.

• Automated marker detection and time series analysis for through-water photogrammetry, pages 263–270

S

Sardemann, H.

• New Approaches in Photo-Bathymetry, pages 185–190

Scalici, M.

• Automatic Extraction and Counting of Fish from Underwater Videos Using YOLO-Based Deep Learning Algorithms, pages 79–86

Scarfone, L.

• Integrating 3D Reconstruction and AR for Enhancing Visitor Experience in Submerged Heritage Sites, pages 63–69

Scheider, A.

• Laboratory-based assessment of the Underwater Laser Scanner ULi, pages 123–129

Schulte, F.

• Analysis of refraction aware Neural Radiance Fields for 3D reconstruction of through the water scenes, pages 39–45
• Exploring the Potential of Refractive NeRFs for Photogrammetric Bathymetry - First Application to UAV-based Data from the Pielach River, pages 107–114
• Simulation and validation of underwater scenes for two-media optical 3D reconstruction, pages 271–278

Secco, S.

• Automatic Extraction and Counting of Fish from Underwater Videos Using YOLO-Based Deep Learning Algorithms, pages 79–86

Selbesoğlu, M. O.

• Evaluation of Depth Anything Models for Satellite-Derived Bathymetry, pages 101–106

Simböck, D.

• Detection and documentation of a submerged neolithic pile dwelling settlement using airborne laser bathymetry and multimedia photogrammetry - A case study at lake Mondsee, pages 247–254

Skarlatos, D.

• The Impact of a Deep Learning Self-Adaptive Colour Restoration Pipeline for Deep Underwater Images in 3D Reconstruction, pages 309–315

Snellen, M.

• Accurate Mapping of an Extended Shell Bed Area in the North Sea with Multi-spectral Multibeam Backscatter Data, pages 7–12
• Least-Squares-Based Deep Learning for Sentinel-2 Derived Bathymetry: A Case Study on Anegada’s Southern Coast, pages 169–176

Spadaro, A.

• Photogrammetry and Traditional Bathymetry for High-Resolution Underwater Mapping in Shallow Waters, pages 279–286

Spanos, S.

• Development and Deployment of THEIA: A Compact Underwater Multispectral Imaging System, pages 287–294

Spitzer, A.

• TPU Estimation for Bathymetric LiDAR, pages 215–221

Sternberg, H.

• Laboratory-based assessment of the Underwater Laser Scanner ULi, pages 123–129
• A Comparative Analysis of Refraction-Aware SfM, Hierarchical Localization, and Gaussian Splatting for Underwater 3D Reconstruction, pages 199–206

Sörgel, U.

• Multi-scale Transformer-based classification of bathymetric LiDAR data in shallow water environments, pages 1–6

T

Tanduo, B.

• Underwater Heritage documentation using photogrammetry: the CRAB system, pages 295–302

Thalmann, T.

• Accurate reference for shallow water bathymetry using a tilt-compensating dual-prism pole and time-synchronized robotic total stations, pages 55–62

Troisi, S.

• Underwater optical metrology for precision monitoring of marine habitats: the MANATEE project, pages 207–214

Tzovaras, D.

• Enhancing 3D Reconstructions in Underwater Environments: The Impact of Image Enhancement on Model Quality, pages 317–324

V

Violante, C.

• 3D Acoustic Remote Sensing mapping of the Underwater Cultural Heritage in the Marine Protected Area of Baia submerged Park (Bay of Pozzuoli, Southern Italy), pages 303–308

Vittuari, L.

• Underwater optical metrology for precision monitoring of marine habitats: the MANATEE project, pages 207–214

Vlachos, M.

• The Impact of a Deep Learning Self-Adaptive Colour Restoration Pipeline for Deep Underwater Images in 3D Reconstruction, pages 309–315

Vrochidis, A.

• Enhancing 3D Reconstructions in Underwater Environments: The Impact of Image Enhancement on Model Quality, pages 317–324

W

Wajs, J.

• Monitoring a flooded open-cast mine with combining remote sensing techniques, pages 155–161

Walter, A. L.

• Laboratory-based assessment of the Underwater Laser Scanner ULi, pages 123–129

Wild, B.

• Combining imaging sonar and photogrammetry for underwater object localization and mapping, pages 95–100

Winiwarter, L.

• Analysis of refraction aware Neural Radiance Fields for 3D reconstruction of through the water scenes, pages 39–45
• Exploring the Potential of Refractive NeRFs for Photogrammetric Bathymetry - First Application to UAV-based Data from the Pielach River, pages 107–114
• Simulation and validation of underwater scenes for two-media optical 3D reconstruction, pages 271–278

Wozencraft, J. M.

• Clear Waters, Stronger Depths: Advancing Bathymetric Lidar Through Community Practices, pages 139–146

Y

Yakar, İ.

• Evaluation of Depth Anything Models for Satellite-Derived Bathymetry, pages 101–106

Ø

Ødegård, R. S.

• Database Federation for Spatial Digital Twins with Semantically Enhanced Data Processing: A use case of Mission Mjøsa, pages 231–237