A

Akter, S.

• 3D Convolutional Autoencoder with Spectral–Spatial Attention (3DCAE-SSA) for Anomaly Detection in Hyperspectral Imagery, pages 1–8

Alvado, B.

• Retrieval of Total Suspended Matter in Inland Water Bodies via EnMAP and PRISMA Spaceborne Hyperspectral Imagery: A Dual Neural Network Approach Trained on Decadal In-Situ Spectroscopy, pages 9–16

Anand, J. S.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Arola, A.

• Boreal Peatland 24-hour Solar-induced Chlorophyll Fluorescence Measurements under Continuous Daylight Conditions during the Summer Period, pages 69–75

B

Bakker, W.

• Laboratory Proximal Sensing for Mineral Identification of ornamental carbonate rocks in the Short-Wave Infrared (SWIR), pages 63–68

Bayer, A.

• Advanced monitoring of crop traits with hyperspectral and multispectral time series, pages 135–140

Bendig, J.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Berthelot, B.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Boschetti, M.

• HAMLET - Hypstar-based Angular Measurements for hyperspectraL Earth-observation validaTion, pages 97–104

Brando, V.

• HAMLET - Hypstar-based Angular Measurements for hyperspectraL Earth-observation validaTion, pages 97–104

Buongiorno, M. F.

• Urban Heat Island Monitoring Using Thermal Infrared Satellite Data in Italian cities, pages 49–54

Burchard-Levine, V.

• Showcasing the potential of the ICOS-Ecosystem network for Cal/Val of spaceborne imaging spectrometers: the Majadas (ES-LMa) site, pages 55–61

Burkart, A.

• Boreal Peatland 24-hour Solar-induced Chlorophyll Fluorescence Measurements under Continuous Daylight Conditions during the Summer Period, pages 69–75

Bustos-Caparros, J. R.

• Showcasing the potential of the ICOS-Ecosystem network for Cal/Val of spaceborne imaging spectrometers: the Majadas (ES-LMa) site, pages 55–61

C

Caballero Cañas, G. R.

• Retrieval of Total Suspended Matter in Inland Water Bodies via EnMAP and PRISMA Spaceborne Hyperspectral Imagery: A Dual Neural Network Approach Trained on Decadal In-Situ Spectroscopy, pages 9–16

Candiani, G.

• HAMLET - Hypstar-based Angular Measurements for hyperspectraL Earth-observation validaTion, pages 97–104

Casillas, L.

• Showcasing the potential of the ICOS-Ecosystem network for Cal/Val of spaceborne imaging spectrometers: the Majadas (ES-LMa) site, pages 55–61

Casu, M.

• Linking UAV and Spaceborne Imaging Spectroscopy for Multi-scale Calibration and Validation of a Mediterranean Saline Surface, pages 141–147

Celesti, M.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Ceriani, R.

• Advanced monitoring of crop traits with hyperspectral and multispectral time series, pages 135–140

Chierichetti, P.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Cogliati, S.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Collu, C.

• Linking UAV and Spaceborne Imaging Spectroscopy for Multi-scale Calibration and Validation of a Mediterranean Saline Surface, pages 141–147

Colombo, R.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Cruz, J. A.

• Laboratory Proximal Sensing for Mineral Identification of ornamental carbonate rocks in the Short-Wave Infrared (SWIR), pages 63–68

D

Delegido, J.

• Retrieval of Total Suspended Matter in Inland Water Bodies via EnMAP and PRISMA Spaceborne Hyperspectral Imagery: A Dual Neural Network Approach Trained on Decadal In-Situ Spectroscopy, pages 9–16

Diels, H.

• Plastic Pellets on Riverbanks: Combining Smartphone Imaging and SWIR Hyperspectral Unmixing, pages 113–118

Djellali, M. S.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Drusch, M.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Dávidová, P.

• Linking UAV and Spaceborne Imaging Spectroscopy for Multi-scale Calibration and Validation of a Mediterranean Saline Surface, pages 141–147

E

Eckert, T.

• Data-Driven Adjacency Correction from High-Contrast Satellite Imagery Using DeepWater as a Natural Reference Target, pages 25–32

Espín de Gea, A.

• Laboratory Proximal Sensing for Mineral Identification of ornamental carbonate rocks in the Short-Wave Infrared (SWIR), pages 63–68

G

Gallay, M.

• Linking UAV and Spaceborne Imaging Spectroscopy for Multi-scale Calibration and Validation of a Mediterranean Saline Surface, pages 141–147

García-Meléndez, E.

• Laboratory Proximal Sensing for Mineral Identification of ornamental carbonate rocks in the Short-Wave Infrared (SWIR), pages 63–68

Ghent, D.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Gounari, O.

• Synergistic Use of Sentinel-1, Sentinel-2, & EnMAP Data towards Advancing Agricultural Monitoring in Greece, pages 83–90

H

Hank, T.

• Advanced monitoring of crop traits with hyperspectral and multispectral time series, pages 135–140

Honkanen, M.

• Boreal Peatland 24-hour Solar-induced Chlorophyll Fluorescence Measurements under Continuous Daylight Conditions during the Summer Period, pages 69–75

Hovi, A.

• A Laboratory System for Multiangular Spectral Measurements of Vegetation, pages 33–39

Hu, T.

• Physics-based simulation of CHIME and LSTM data to support advanced agricultural monitoring, pages 91–96

Hueni, A.

• First Two Years of (Multi-Sensor) Airborne Campaigns with the ARES Observatory, pages 119–126

I

Iordache, M.-D.

• Plastic Pellets on Riverbanks: Combining Smartphone Imaging and SWIR Hyperspectral Unmixing, pages 113–118

J

Ji, H.

• MHSRS²F-V2: A New-Generation Multidirectional Hyperspectral Remote Sensing Simulation Facility for HCRF Measurement, pages 127–134

Jia, G.

• MHSRS²F-V2: A New-Generation Multidirectional Hyperspectral Remote Sensing Simulation Facility for HCRF Measurement, pages 127–134

Julitta, T.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24
• Boreal Peatland 24-hour Solar-induced Chlorophyll Fluorescence Measurements under Continuous Daylight Conditions during the Summer Period, pages 69–75

Juola, J.

• A Laboratory System for Multiangular Spectral Measurements of Vegetation, pages 33–39

K

De Kerf, T.

• Plastic Pellets on Riverbanks: Combining Smartphone Imaging and SWIR Hyperspectral Unmixing, pages 113–118

Karakizi, C.

• Synergistic Use of Sentinel-1, Sentinel-2, & EnMAP Data towards Advancing Agricultural Monitoring in Greece, pages 83–90

Karantzalos, K.

• Synergistic Use of Sentinel-1, Sentinel-2, & EnMAP Data towards Advancing Agricultural Monitoring in Greece, pages 83–90

Kawalec, Z.

• Physics-based simulation of CHIME and LSTM data to support advanced agricultural monitoring, pages 91–96
• Advanced monitoring of crop traits with hyperspectral and multispectral time series, pages 135–140

Kaňuk, J.

• Linking UAV and Spaceborne Imaging Spectroscopy for Multi-scale Calibration and Validation of a Mediterranean Saline Surface, pages 141–147

Kiese, R.

• Advanced monitoring of crop traits with hyperspectral and multispectral time series, pages 135–140

Kivimäki, E.

• Boreal Peatland 24-hour Solar-induced Chlorophyll Fluorescence Measurements under Continuous Daylight Conditions during the Summer Period, pages 69–75

Kokhanovsky, A.

• Dealing with Cloud Shadows in Surface Reflectance Retrieval from Drone Hyperspectral Imagery, pages 77–82

Kolmonen, P.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24
• Boreal Peatland 24-hour Solar-induced Chlorophyll Fluorescence Measurements under Continuous Daylight Conditions during the Summer Period, pages 69–75

Kukkurainen, A.

• Boreal Peatland 24-hour Solar-induced Chlorophyll Fluorescence Measurements under Continuous Daylight Conditions during the Summer Period, pages 69–75

L

LaHaye, J. R. M.

• First Two Years of (Multi-Sensor) Airborne Campaigns with the ARES Observatory, pages 119–126

Lagranja-Usan, J.

• Showcasing the potential of the ICOS-Ecosystem network for Cal/Val of spaceborne imaging spectrometers: the Majadas (ES-LMa) site, pages 55–61

Lindqvist, H.

• Boreal Peatland 24-hour Solar-induced Chlorophyll Fluorescence Measurements under Continuous Daylight Conditions during the Summer Period, pages 69–75

Livens, S.

• Plastic Pellets on Riverbanks: Combining Smartphone Imaging and SWIR Hyperspectral Unmixing, pages 113–118

M

Mahmoodi, A.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Martín, M. P.

• Showcasing the potential of the ICOS-Ecosystem network for Cal/Val of spaceborne imaging spectrometers: the Majadas (ES-LMa) site, pages 55–61

Matot, G.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Melis, M. T.

• Linking UAV and Spaceborne Imaging Spectroscopy for Multi-scale Calibration and Validation of a Mediterranean Saline Surface, pages 141–147

Mora, B.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Musacchio, M.

• Linking UAV and Spaceborne Imaging Spectroscopy for Multi-scale Calibration and Validation of a Mediterranean Saline Surface, pages 141–147
• Urban Heat Island Monitoring Using Thermal Infrared Satellite Data in Italian cities, pages 49–54

Mõttus, M.

• Hyperspectral Satellite Imagery for Digital Twinning of Boreal Forests, pages 41–47

N

Nanushi, O.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Nieddu, C.

• Linking UAV and Spaceborne Imaging Spectroscopy for Multi-scale Calibration and Validation of a Mediterranean Saline Surface, pages 141–147

Nobile, I.

• Linking UAV and Spaceborne Imaging Spectroscopy for Multi-scale Calibration and Validation of a Mediterranean Saline Surface, pages 141–147

Nurunnabi, A.

• 3D Convolutional Autoencoder with Spectral–Spatial Attention (3DCAE-SSA) for Anomaly Detection in Hyperspectral Imagery, pages 1–8

O

Onačillová, K.

• Linking UAV and Spaceborne Imaging Spectroscopy for Multi-scale Calibration and Validation of a Mediterranean Saline Surface, pages 141–147

Van Overloop, A.

• Plastic Pellets on Riverbanks: Combining Smartphone Imaging and SWIR Hyperspectral Unmixing, pages 113–118

P

Pacheco-Labrador, J.

• Showcasing the potential of the ICOS-Ecosystem network for Cal/Val of spaceborne imaging spectrometers: the Majadas (ES-LMa) site, pages 55–61

Parigi, L.

• HAMLET - Hypstar-based Angular Measurements for hyperspectraL Earth-observation validaTion, pages 97–104

Pecci, M.

• Urban Heat Island Monitoring Using Thermal Infrared Satellite Data in Italian cities, pages 49–54

Pepe, M.

• HAMLET - Hypstar-based Angular Measurements for hyperspectraL Earth-observation validaTion, pages 97–104

Popp, C.

• Dealing with Cloud Shadows in Surface Reflectance Retrieval from Drone Hyperspectral Imagery, pages 77–82

Prikaziuk, E.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24
• Physics-based simulation of CHIME and LSTM data to support advanced agricultural monitoring, pages 91–96

R

Rascher, U.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Raya-Sereno, M. D.

• Showcasing the potential of the ICOS-Ecosystem network for Cal/Val of spaceborne imaging spectrometers: the Majadas (ES-LMa) site, pages 55–61

Reusen, I.

• Plastic Pellets on Riverbanks: Combining Smartphone Imaging and SWIR Hyperspectral Unmixing, pages 113–118

Richter, R.

• Dealing with Cloud Shadows in Surface Reflectance Retrieval from Drone Hyperspectral Imagery, pages 77–82

Rodríguez, I.

• Laboratory Proximal Sensing for Mineral Identification of ornamental carbonate rocks in the Short-Wave Infrared (SWIR), pages 63–68

Rossini, M.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Ruíz-Verdú, A.

• Retrieval of Total Suspended Matter in Inland Water Bodies via EnMAP and PRISMA Spaceborne Hyperspectral Imagery: A Dual Neural Network Approach Trained on Decadal In-Situ Spectroscopy, pages 9–16

S

Sabater, N.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24
• Boreal Peatland 24-hour Solar-induced Chlorophyll Fluorescence Measurements under Continuous Daylight Conditions during the Summer Period, pages 69–75

Sainte-Marie, L.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Scalabrini, A.

• Urban Heat Island Monitoring Using Thermal Infrared Satellite Data in Italian cities, pages 49–54

Schläpfer, D.

• Dealing with Cloud Shadows in Surface Reflectance Retrieval from Drone Hyperspectral Imagery, pages 77–82
• Automatic Radiance Level Data Quality and Signal-to-Noise Assessment for Hyperspectral Imaging, pages 105–111

Schucknecht, A.

• Physics-based simulation of CHIME and LSTM data to support advanced agricultural monitoring, pages 91–96
• Advanced monitoring of crop traits with hyperspectral and multispectral time series, pages 135–140

Schüttemeyer, D.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Siegmann, B.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Silvestri, M.

• Urban Heat Island Monitoring Using Thermal Infrared Satellite Data in Italian cities, pages 49–54

Sirro, L.

• Hyperspectral Satellite Imagery for Digital Twinning of Boreal Forests, pages 41–47

Sofikiti, E.

• Synergistic Use of Sentinel-1, Sentinel-2, & EnMAP Data towards Advancing Agricultural Monitoring in Greece, pages 83–90

Spagnolli, M.

• Physics-based simulation of CHIME and LSTM data to support advanced agricultural monitoring, pages 91–96

Spirito, E.

• HAMLET - Hypstar-based Angular Measurements for hyperspectraL Earth-observation validaTion, pages 97–104

Swacha, Ż.

• Physics-based simulation of CHIME and LSTM data to support advanced agricultural monitoring, pages 91–96

Sòria-Perpinyà, X.

• Retrieval of Total Suspended Matter in Inland Water Bodies via EnMAP and PRISMA Spaceborne Hyperspectral Imagery: A Dual Neural Network Approach Trained on Decadal In-Situ Spectroscopy, pages 9–16

T

Tagliabue, G.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Teferle, F.

• 3D Convolutional Autoencoder with Spectral–Spatial Attention (3DCAE-SSA) for Anomaly Detection in Hyperspectral Imagery, pages 1–8

Tergujeff, R.

• Hyperspectral Satellite Imagery for Digital Twinning of Boreal Forests, pages 41–47

Trim, S. A.

• Automatic Radiance Level Data Quality and Signal-to-Noise Assessment for Hyperspectral Imaging, pages 105–111

Tudoroiu, M.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

van der Tol, C.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

V

De Vis, P.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Valenzuela, P.

• Laboratory Proximal Sensing for Mineral Identification of ornamental carbonate rocks in the Short-Wave Infrared (SWIR), pages 63–68

Vicent Servera, J.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Virtanen, T. H.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Vögtli, M.

• First Two Years of (Multi-Sensor) Airborne Campaigns with the ARES Observatory, pages 119–126

W

Van Wittenberghe, S.

• Boreal Peatland 24-hour Solar-induced Chlorophyll Fluorescence Measurements under Continuous Daylight Conditions during the Summer Period, pages 69–75

Wang, F.

• MHSRS²F-V2: A New-Generation Multidirectional Hyperspectral Remote Sensing Simulation Facility for HCRF Measurement, pages 127–134

Wocher, M.

• Physics-based simulation of CHIME and LSTM data to support advanced agricultural monitoring, pages 91–96
• Advanced monitoring of crop traits with hyperspectral and multispectral time series, pages 135–140

Z

Zhao, H.

• MHSRS²F-V2: A New-Generation Multidirectional Hyperspectral Remote Sensing Simulation Facility for HCRF Measurement, pages 127–134

Zimmermann, A. M.

• FLEX Validation Strategy, Goals and Methodological Framework, pages 17–24

Š

Šašak, J.

• Linking UAV and Spaceborne Imaging Spectroscopy for Multi-scale Calibration and Validation of a Mediterranean Saline Surface, pages 141–147