A

Anil-Lathika, A.

• Biomass Prediction Combining Radar, Multispectral and Field Inventory Data, pages 41–48

Arca, B.

• Mapping Fuel Categories in Mediterranean Regions with Sentinel-2 and PlanetScope Satellite Acquisitions, pages 9–15

B

Bevainis, L.

• Wildfire Dynamics on the Kinburn Peninsula, Ukraine, Using Sentinel-1 SAR and Optical Data (2022–2025), pages 57–64

C

Costanzo, G.

• Comparing Sentinel-2 Spectral Indices for Mapping Forest Fire Damage in Pollino National Park, Italy, pages 1–7

D

Davydov, O.

• Wildfire Dynamics on the Kinburn Peninsula, Ukraine, Using Sentinel-1 SAR and Optical Data (2022–2025), pages 57–64

Dutra, E.

• Improving on the spatial location of geostationary satellite-derived FRP by accounting for parallax effect, pages 49–55

F

Ferrara, G.

• Comparing Sentinel-2 Spectral Indices for Mapping Forest Fire Damage in Pollino National Park, Italy, pages 1–7

Filipponi, F.

• Mapping Fuel Categories in Mediterranean Regions with Sentinel-2 and PlanetScope Satellite Acquisitions, pages 9–15

Fonseca, J. M.

• Biomass Prediction Combining Radar, Multispectral and Field Inventory Data, pages 41–48

G

Gallego-Llopis, M.

• A Modular, Cloud-Based GIS Platform for Automated Wildfire Risk Index Mapping, pages 33–40

Guerra-Hernández, J.

• Biomass Prediction Combining Radar, Multispectral and Field Inventory Data, pages 41–48

Günaydın, E.

• Development of an Explainable GeoAI Wildfire Risk Analysis Model Using Multi-Source Geospatial Data, pages 17–23

H

Hafızoğlu, A.

• Development of an Explainable GeoAI Wildfire Risk Analysis Model Using Multi-Source Geospatial Data, pages 17–23

Hessel, C.

• Meteosat Third Generation active fire detection multi-temporal algorithm, pages 25–32

K

Kamoun, I.

• Meteosat Third Generation active fire detection multi-temporal algorithm, pages 25–32

Kasianov, Y.

• Wildfire Dynamics on the Kinburn Peninsula, Ukraine, Using Sentinel-1 SAR and Optical Data (2022–2025), pages 57–64

Khan, A.

• A Modular, Cloud-Based GIS Platform for Automated Wildfire Risk Index Mapping, pages 33–40

Küçük, F. A.

• Development of an Explainable GeoAI Wildfire Risk Analysis Model Using Multi-Source Geospatial Data, pages 17–23

M

Mete, M. O.

• Development of an Explainable GeoAI Wildfire Risk Analysis Model Using Multi-Source Geospatial Data, pages 17–23

Miranda, R.

• A Modular, Cloud-Based GIS Platform for Automated Wildfire Risk Index Mapping, pages 33–40

Mora, A.

• Biomass Prediction Combining Radar, Multispectral and Field Inventory Data, pages 41–48

N

Nenes, A.

• Meteosat Third Generation active fire detection multi-temporal algorithm, pages 25–32

O

Ortega-Hita, R.

• A Modular, Cloud-Based GIS Platform for Automated Wildfire Risk Index Mapping, pages 33–40

P

Papanikolaou, I.

• A Modular, Cloud-Based GIS Platform for Automated Wildfire Risk Index Mapping, pages 33–40

Parente, C.

• Comparing Sentinel-2 Spectral Indices for Mapping Forest Fire Damage in Pollino National Park, Italy, pages 1–7

Pereira-Pires, J. E.

• Biomass Prediction Combining Radar, Multispectral and Field Inventory Data, pages 41–48

Ponte Lira, C.

• Improving on the spatial location of geostationary satellite-derived FRP by accounting for parallax effect, pages 49–55

R

Rajabi, F.

• Mapping Fuel Categories in Mediterranean Regions with Sentinel-2 and PlanetScope Satellite Acquisitions, pages 9–15

S

Saarela, S.

• Biomass Prediction Combining Radar, Multispectral and Field Inventory Data, pages 41–48

Salis, M.

• Mapping Fuel Categories in Mediterranean Regions with Sentinel-2 and PlanetScope Satellite Acquisitions, pages 9–15

Selbesoğlu, M. O.

• Development of an Explainable GeoAI Wildfire Risk Analysis Model Using Multi-Source Geospatial Data, pages 17–23

Shevchuk, Y.

• Wildfire Dynamics on the Kinburn Peninsula, Ukraine, Using Sentinel-1 SAR and Optical Data (2022–2025), pages 57–64

Silva, J. M. N.

• Biomass Prediction Combining Radar, Multispectral and Field Inventory Data, pages 41–48

Stroppiana, D.

• Mapping Fuel Categories in Mediterranean Regions with Sentinel-2 and PlanetScope Satellite Acquisitions, pages 9–15

T

Trigo, I.

• Improving on the spatial location of geostationary satellite-derived FRP by accounting for parallax effect, pages 49–55

V

Valdes, J.

• A Modular, Cloud-Based GIS Platform for Automated Wildfire Risk Index Mapping, pages 33–40

Veiga-López, F.

• A Modular, Cloud-Based GIS Platform for Automated Wildfire Risk Index Mapping, pages 33–40

Verde, V.

• Comparing Sentinel-2 Spectral Indices for Mapping Forest Fire Damage in Pollino National Park, Italy, pages 1–7

Voltolina, D.

• Mapping Fuel Categories in Mediterranean Regions with Sentinel-2 and PlanetScope Satellite Acquisitions, pages 9–15

W

Weber, A.

• A Modular, Cloud-Based GIS Platform for Automated Wildfire Risk Index Mapping, pages 33–40

Wooster, M.

• Improving on the spatial location of geostationary satellite-derived FRP by accounting for parallax effect, pages 49–55

X

Xu, W.

• Improving on the spatial location of geostationary satellite-derived FRP by accounting for parallax effect, pages 49–55

Z

Zucca, F.

• Mapping Fuel Categories in Mediterranean Regions with Sentinel-2 and PlanetScope Satellite Acquisitions, pages 9–15