A

Acuna, M.

• Tree stem diameter estimation using inexpensive UAV photogrammetric data and Monte Carlo methods, pages 49–56
• Integrating Pre-Harvest UAV Scans to Enhance Harvester Tree Localization Accuracy, pages 117–123

Aguilar Treviño, C.

• An UAV for 3D Tree Surveying Method as an Improvement for Dam Construction Environmental Impact Manifestation in Mexico, pages 157–164

Aksoy, S.

• Comparative Analysis of YOLOv8 and YOLOv11 on Tree Detection Using UAV RGB and Laser Scanning Data, pages 173–179

Aldibaja, M.

• SMARTNav: A Visual-Inertial Dataset for Reliable Robotic State Estimation, pages 149–155

Alsadik, B.

• Autonomous UAV 3D Reconstruction using Prediction-Based Next Best View, pages 207–214

Amorim, C. C.

• Phenological and Species-Level Classification of Aquatic Invasive Plants Using UAV Multispectral Imagery and Machine Learning, pages 165–172

Antonio Durán, Y. Z.

• Geospatial information based on UAV for socio-environmental problems in an urban river, pages 41–48
• An UAV for 3D Tree Surveying Method as an Improvement for Dam Construction Environmental Impact Manifestation in Mexico, pages 157–164

B

Babur, Ö.

• Ending Overfitting for UAV Applications - Self-Supervised Pretraining on Multispectral UAV Data, pages 31–39

Berger, R.

• Real-Time Bundle Adjustment for Ultra-High-Resolution UAV Imagery Using Adaptive Patch-Based Feature Tracking, pages 73–80

Berveglieri, A.

• Assessment of smoothing and scale change effects on emergent aquatic vegetation in high spatial resolution image segmentation, pages 141–147

Boase, D.

• Cold Region Building Inspection using UAV-based Three-dimensional Reconstruction, pages 15–22

Brovkina, O.

• Application of UAV orthophoto and thermal imaging for municipal solid waste landfills monitoring, pages 1–6

Burkhard, J.

• Distortion Invariant Optical Calibration for Lightweight Airborne Imaging Spectrometry, pages 7–14

C

Chodura, N.

• Cold Region Building Inspection using UAV-based Three-dimensional Reconstruction, pages 15–22

Cornelißen, A.

• Systematic Error Reduction in UAV-Based Laser Scanning by Using RTS, pages 23–29

D

Doornbos, J.

• Ending Overfitting for UAV Applications - Self-Supervised Pretraining on Multispectral UAV Data, pages 31–39

Dreier, A.

• Systematic Error Reduction in UAV-Based Laser Scanning by Using RTS, pages 23–29

E

Escobedo Tamez, A. N.

• Geospatial information based on UAV for socio-environmental problems in an urban river, pages 41–48

Esser, F.

• Systematic Error Reduction in UAV-Based Laser Scanning by Using RTS, pages 23–29

F

Fajmon, L.

• Application of UAV orthophoto and thermal imaging for municipal solid waste landfills monitoring, pages 1–6

Ferriño Fierro, A. L.

• An UAV for 3D Tree Surveying Method as an Improvement for Dam Construction Environmental Impact Manifestation in Mexico, pages 157–164
• UAV for flooding risk assessment in a new Dam Construction in Northeast Mexico, pages 189–197

Fransson, J. E. S.

• Comparative Analysis of YOLOv8 and YOLOv11 on Tree Detection Using UAV RGB and Laser Scanning Data, pages 173–179

G

García-Pascual, B.

• Tree stem diameter estimation using inexpensive UAV photogrammetric data and Monte Carlo methods, pages 49–56

Goldhill, A.

• Implementing real-time wildfire detection using lightweight object-detection models and machine vision sensor on Raspberry Pi 5: Fireframe, a practical framework, pages 81–88

Greeff, M.

• Cold Region Building Inspection using UAV-based Three-dimensional Reconstruction, pages 15–22

Grenzdörffer, G. J.

• Drone based analysis of nocturnal light pollution, pages 57–64

Guerra Cobián, V. H.

• UAV for flooding risk assessment in a new Dam Construction in Northeast Mexico, pages 189–197

H

Hakala, T.

• Performance Evaluation of Drone Operated Dual Waveform Bathymetric LiDAR, pages 101–108

Heikkonen, J.

• A Robust Integrated Approach for Near Real-Time Seamless Orthomosaic Generation Using Off-the-Shelf UAVs for Ultra-High Resolution Mapping Applications, pages 65–72

Huerta García, R.

• An UAV for 3D Tree Surveying Method as an Improvement for Dam Construction Environmental Impact Manifestation in Mexico, pages 157–164

Humayun, M. F.

• A Robust Integrated Approach for Near Real-Time Seamless Orthomosaic Generation Using Off-the-Shelf UAVs for Ultra-High Resolution Mapping Applications, pages 65–72

Hyyppä, J.

• Fast Point Ranking - Robust Cloud Voxelization and Denoising for Lidar Odometry and Mapping in Adverse Weather Conditions, pages 199–206

Hyyti, H.

• Integrating Pre-Harvest UAV Scans to Enhance Harvester Tree Localization Accuracy, pages 117–123
• Novel robotic mapping system for freshwater environments, pages 125–132
• Fast Point Ranking - Robust Cloud Voxelization and Denoising for Lidar Odometry and Mapping in Adverse Weather Conditions, pages 199–206

I

Imai, N. N.

• Assessment of smoothing and scale change effects on emergent aquatic vegetation in high spatial resolution image segmentation, pages 141–147

Iz, S. A.

• Real-Time Bundle Adjustment for Ultra-High-Resolution UAV Imagery Using Adaptive Patch-Based Feature Tracking, pages 73–80

J

Jospin, L. V.

• Distortion Invariant Optical Calibration for Lightweight Airborne Imaging Spectrometry, pages 7–14

Joutsalainen, J.

• Implementing real-time wildfire detection using lightweight object-detection models and machine vision sensor on Raspberry Pi 5: Fireframe, a practical framework, pages 81–88

K

Kaartinen, H.

• Performance Evaluation of Drone Operated Dual Waveform Bathymetric LiDAR, pages 101–108
• Integrating Pre-Harvest UAV Scans to Enhance Harvester Tree Localization Accuracy, pages 117–123
• Novel robotic mapping system for freshwater environments, pages 125–132

Kaivosoja, J.

• Mapping Relative Health of Individual Spruces with Multispectral Drone, pages 89–94

Kerle, N.

• Real-Time Bundle Adjustment for Ultra-High-Resolution UAV Imagery Using Adaptive Patch-Based Feature Tracking, pages 73–80

Kim, S.

• An End-to-End UAV–Cloud–AI Pipeline for Infrared-Based Real-Time Person Detection in SAR Missions, pages 95–100

Klingbeil, L.

• Systematic Error Reduction in UAV-Based Laser Scanning by Using RTS, pages 23–29

Kousa, J.

• Performance Evaluation of Drone Operated Dual Waveform Bathymetric LiDAR, pages 101–108

Kuhlmann, H.

• Systematic Error Reduction in UAV-Based Laser Scanning by Using RTS, pages 23–29

Kukko, A.

• Performance Evaluation of Drone Operated Dual Waveform Bathymetric LiDAR, pages 101–108

Kyrki, V.

• Fast Point Ranking - Robust Cloud Voxelization and Denoising for Lidar Odometry and Mapping in Adverse Weather Conditions, pages 199–206

Kärhä, K.

• Tree stem diameter estimation using inexpensive UAV photogrammetric data and Monte Carlo methods, pages 49–56

L

Lahaye, J.

• Distortion Invariant Optical Calibration for Lightweight Airborne Imaging Spectrometry, pages 7–14

Launiainen, S.

• Mapping Relative Health of Individual Spruces with Multispectral Drone, pages 89–94

Lee, I.

• An End-to-End UAV–Cloud–AI Pipeline for Infrared-Based Real-Time Person Detection in SAR Missions, pages 95–100

Lehrbäck, J.

• Implementing real-time wildfire detection using lightweight object-detection models and machine vision sensor on Raspberry Pi 5: Fireframe, a practical framework, pages 81–88

Lehtola, V.

• Low-cost Extrinsic Calibration Between LIDAR and Thermal Camera for Indoor Mapping, pages 181–188

Li, Y.

• Multi-sensor Fusion SLAM from the Nadir View for UAV Localization and Mapping, pages 109–116

Lopatin, E.

• Tree stem diameter estimation using inexpensive UAV photogrammetric data and Monte Carlo methods, pages 49–56
• Integrating Pre-Harvest UAV Scans to Enhance Harvester Tree Localization Accuracy, pages 117–123

López Pérez, D. C.

• Geospatial information based on UAV for socio-environmental problems in an urban river, pages 41–48

M

Machado, F. S.

• Phenological and Species-Level Classification of Aquatic Invasive Plants Using UAV Multispectral Imagery and Machine Learning, pages 165–172

Makkawi Gassim, H. A.

• Identification of Waste Materials in Semi-Controlled Test Site Using UAV Thermal and Multispectral Images, pages 133–140

Maretto, R. V.

• Phenological and Species-Level Classification of Aquatic Invasive Plants Using UAV Multispectral Imagery and Machine Learning, pages 165–172

Martín-Cortés, C.

• Tree stem diameter estimation using inexpensive UAV photogrammetric data and Monte Carlo methods, pages 49–56

Matsuda, L. M.

• Assessment of smoothing and scale change effects on emergent aquatic vegetation in high spatial resolution image segmentation, pages 141–147

Meissner, H.

• Real-Time Bundle Adjustment for Ultra-High-Resolution UAV Imagery Using Adaptive Patch-Based Feature Tracking, pages 73–80

Mello, C. C. S.

• Phenological and Species-Level Classification of Aquatic Invasive Plants Using UAV Multispectral Imagery and Machine Learning, pages 165–172

Mersha, A. Y.

• SMARTNav: A Visual-Inertial Dataset for Reliable Robotic State Estimation, pages 149–155
• Low-cost Extrinsic Calibration Between LIDAR and Thermal Camera for Indoor Mapping, pages 181–188

Mesa Lavista, M.

• Geospatial information based on UAV for socio-environmental problems in an urban river, pages 41–48

Mirtajadini, S. H.

• SMARTNav: A Visual-Inertial Dataset for Reliable Robotic State Estimation, pages 149–155

Mäki-Leppilampi, M.

• Novel robotic mapping system for freshwater environments, pages 125–132

van Manen, B. R.

• Low-cost Extrinsic Calibration Between LIDAR and Thermal Camera for Indoor Mapping, pages 181–188

N

Nex, F.

• Real-Time Bundle Adjustment for Ultra-High-Resolution UAV Imagery Using Adaptive Patch-Based Feature Tracking, pages 73–80
• Multi-sensor Fusion SLAM from the Nadir View for UAV Localization and Mapping, pages 109–116
• Low-cost Extrinsic Calibration Between LIDAR and Thermal Camera for Indoor Mapping, pages 181–188
• Autonomous UAV 3D Reconstruction using Prediction-Based Next Best View, pages 207–214

Nuutinen, Y.

• Integrating Pre-Harvest UAV Scans to Enhance Harvester Tree Localization Accuracy, pages 117–123

O

Oh, J.

• An End-to-End UAV–Cloud–AI Pipeline for Infrared-Based Real-Time Person Detection in SAR Missions, pages 95–100

Oh, Y.

• An End-to-End UAV–Cloud–AI Pipeline for Infrared-Based Real-Time Person Detection in SAR Missions, pages 95–100

P

Di Pietra, V.

• Identification of Waste Materials in Semi-Controlled Test Site Using UAV Thermal and Multispectral Images, pages 133–140

Peltola, H.

• Mapping Relative Health of Individual Spruces with Multispectral Drone, pages 89–94

Pereira, G.

• Phenological and Species-Level Classification of Aquatic Invasive Plants Using UAV Multispectral Imagery and Machine Learning, pages 165–172

Pikl, M.

• Application of UAV orthophoto and thermal imaging for municipal solid waste landfills monitoring, pages 1–6

Piras, M.

• Identification of Waste Materials in Semi-Controlled Test Site Using UAV Thermal and Multispectral Images, pages 133–140

Pérez Martínez, M.

• Geospatial information based on UAV for socio-environmental problems in an urban river, pages 41–48

R

Raita-Hakola, A.-M.

• Implementing real-time wildfire detection using lightweight object-detection models and machine vision sensor on Raspberry Pi 5: Fireframe, a practical framework, pages 81–88

Rodríguez Gonzalez, K. D.

• UAV for flooding risk assessment in a new Dam Construction in Northeast Mexico, pages 189–197

Rodríguez González, K. D.

• An UAV for 3D Tree Surveying Method as an Improvement for Dam Construction Environmental Impact Manifestation in Mexico, pages 157–164

S

Salim, D. H. C.

• Phenological and Species-Level Classification of Aquatic Invasive Plants Using UAV Multispectral Imagery and Machine Learning, pages 165–172

Salmasi, A.

• A Robust Integrated Approach for Near Real-Time Seamless Orthomosaic Generation Using Off-the-Shelf UAVs for Ultra-High Resolution Mapping Applications, pages 65–72

Sengun, E.

• Comparative Analysis of YOLOv8 and YOLOv11 on Tree Detection Using UAV RGB and Laser Scanning Data, pages 173–179

Sertel, E.

• Comparative Analysis of YOLOv8 and YOLOv11 on Tree Detection Using UAV RGB and Laser Scanning Data, pages 173–179

Sikanen, L.

• Integrating Pre-Harvest UAV Scans to Enhance Harvester Tree Localization Accuracy, pages 117–123

Skaloud, J.

• Distortion Invariant Optical Calibration for Lightweight Airborne Imaging Spectrometry, pages 7–14

T

Tombrink, G.

• Systematic Error Reduction in UAV-Based Laser Scanning by Using RTS, pages 23–29

Treviño Carreón, J.

• An UAV for 3D Tree Surveying Method as an Improvement for Dam Construction Environmental Impact Manifestation in Mexico, pages 157–164

V

Vega Aguilar, A.

• An UAV for 3D Tree Surveying Method as an Improvement for Dam Construction Environmental Impact Manifestation in Mexico, pages 157–164
• UAV for flooding risk assessment in a new Dam Construction in Northeast Mexico, pages 189–197

Vezeteu, E.

• Fast Point Ranking - Robust Cloud Voxelization and Denoising for Lidar Odometry and Mapping in Adverse Weather Conditions, pages 199–206

Vitikainen, M.

• Implementing real-time wildfire detection using lightweight object-detection models and machine vision sensor on Raspberry Pi 5: Fireframe, a practical framework, pages 81–88

Vosselman, G.

• Multi-sensor Fusion SLAM from the Nadir View for UAV Localization and Mapping, pages 109–116

Vázquez Rodríguez, D. A.

• UAV for flooding risk assessment in a new Dam Construction in Northeast Mexico, pages 189–197

Väätäinen, K.

• Integrating Pre-Harvest UAV Scans to Enhance Harvester Tree Localization Accuracy, pages 117–123

W

Wang, Z.

• Autonomous UAV 3D Reconstruction using Prediction-Based Next Best View, pages 207–214

Westerlund, T.

• A Robust Integrated Approach for Near Real-Time Seamless Orthomosaic Generation Using Off-the-Shelf UAVs for Ultra-High Resolution Mapping Applications, pages 65–72

Woods, J.

• Cold Region Building Inspection using UAV-based Three-dimensional Reconstruction, pages 15–22

Y

Yépez-Rincón, F. D.

• Geospatial information based on UAV for socio-environmental problems in an urban river, pages 41–48
• An UAV for 3D Tree Surveying Method as an Improvement for Dam Construction Environmental Impact Manifestation in Mexico, pages 157–164
• UAV for flooding risk assessment in a new Dam Construction in Northeast Mexico, pages 189–197

Z

Zapata Wah, I.

• An UAV for 3D Tree Surveying Method as an Improvement for Dam Construction Environmental Impact Manifestation in Mexico, pages 157–164

Zemek, F.

• Application of UAV orthophoto and thermal imaging for municipal solid waste landfills monitoring, pages 1–6

Zhang, J.

• A Robust Integrated Approach for Near Real-Time Seamless Orthomosaic Generation Using Off-the-Shelf UAVs for Ultra-High Resolution Mapping Applications, pages 65–72

Zhou, X.

• Tree stem diameter estimation using inexpensive UAV photogrammetric data and Monte Carlo methods, pages 49–56

Á

Ábrego Góngora, C. J.

• Geospatial information based on UAV for socio-environmental problems in an urban river, pages 41–48