A

Abernathey, R.

• XDGGS: A community-developed Xarray package to support planetary DGGS data cube computations, pages 75–80

Alonso, L.

• SpectralIndices.jl: Streamlining spectral indices access and computation for Earth system research, pages 89–95

Anghelea, A.

• MOOC Cubes and Clouds - Cloud Native Open Data Sciences for Earth Observation, pages 157–162

Aybar, C.

• Facilitating advanced Sentinel-2 analysis through a simplified computation of Nadir BRDF Adjusted Reflectance, pages 105–112

B

Bacco, M.

• Self-Assessment Framework for Earth Observation Platforms from User Experience, pages 43–49

Balla, D.

• Beautiful thematic maps in Leaflet with automatic data classification, pages 3–10

Balogun, R. O.

• MOOC Cubes and Clouds - Cloud Native Open Data Sciences for Earth Observation, pages 157–162

Barbieri, F.

• Bridging geomatics theory to real-world applications in alpine surveys through an innovative summer school teaching program, pages 59–66

Biraghi, C. A.

• City Transport Analyzer: A Powerful Qgis Plugin For Public Transport Accessibility And Intermodality Analysis, pages 113–119

Bonora, S.

• Bridging geomatics theory to real-world applications in alpine surveys through an innovative summer school teaching program, pages 59–66

Bovy, B.

• XDGGS: A community-developed Xarray package to support planetary DGGS data cube computations, pages 75–80

Brovelli, M. A.

• A standardised approach for serving environmental monitoring data compliant with OGC APIs, pages 51–58

C

Cannata, M.

• An open early-warning system prototype for managing and studying algal blooms in Lake Lugano, pages 143–148

Capelli, C.

• An open early-warning system prototype for managing and studying algal blooms in Lake Lugano, pages 143–148

Carrion, D.

• Towards automation of river water surface detection, pages 19–27

Chan, W. T.

• XDGGS: A community-developed Xarray package to support planetary DGGS data cube computations, pages 75–80

Chowdhury, S.

• Modernizing geospatial services: an investigation into modern OGC API implementation and comparative analysis with traditional standards in a web application, pages 11–18

Ciolli, M.

• Preface: Proceedings of the FOSS4G 2024 Academic Track – Digital Revolution, pages 1–2

Claus, M.

• MOOC Cubes and Clouds - Cloud Native Open Data Sciences for Earth Observation, pages 157–162

Coca-Castro, A.

• XDGGS: A community-developed Xarray package to support planetary DGGS data cube computations, pages 75–80

Conversi, S.

• Towards automation of river water surface detection, pages 19–27

D

Delouis, J.-M.

• XDGGS: A community-developed Xarray package to support planetary DGGS data cube computations, pages 75–80

Derksen, D.

• Geometrically guided and confidence-based point cloud denoising, pages 149–155

Dhonthi, A.

• Advancing water productivity monitoring: WaPLUGIN for the analysis and validation of FAO WaPOR data in QGIS, pages 35–41

Dolezalova, T.

• MOOC Cubes and Clouds - Cloud Native Open Data Sciences for Earth Observation, pages 157–162

Dumas, L.

• Geometrically guided and confidence-based point cloud denoising, pages 149–155

Duque, J. P.

• A standardised approach for serving environmental monitoring data compliant with OGC APIs, pages 51–58

E

Eberle, J.

• MOOC Cubes and Clouds - Cloud Native Open Data Sciences for Earth Observation, pages 157–162

Eckardt, R.

• MOOC Cubes and Clouds - Cloud Native Open Data Sciences for Earth Observation, pages 157–162

F

Fascia, R.

• Bridging geomatics theory to real-world applications in alpine surveys through an innovative summer school teaching program, pages 59–66

Fonseca Aponte, F. H.

• Advancing water productivity monitoring: WaPLUGIN for the analysis and validation of FAO WaPOR data in QGIS, pages 35–41

Fouilloux, A.

• XDGGS: A community-developed Xarray package to support planetary DGGS data cube computations, pages 75–80

Friesecke, F.

• Modernizing geospatial services: an investigation into modern OGC API implementation and comparative analysis with traditional standards in a web application, pages 11–18

G

Gabrielli, L.

• Pan-European open building footprints: analysis and comparison in selected countries, pages 97–103

Gaspari, F.

• Bridging geomatics theory to real-world applications in alpine surveys through an innovative summer school teaching program, pages 59–66

Gede, M.

• Beautiful thematic maps in Leaflet with automatic data classification, pages 3–10

Gioia, F.

• Towards automation of river water surface detection, pages 19–27

Guinet, J.

• Geometrically guided and confidence-based point cloud denoising, pages 149–155

van Genuchten, P.

• The template for a Semantic SensorThings API with the GloSIS use case, pages 29–34

H

Hadj Ali, C.

• Advancing water productivity monitoring: WaPLUGIN for the analysis and validation of FAO WaPOR data in QGIS, pages 35–41

Hodam, H.

• MOOC Cubes and Clouds - Cloud Native Open Data Sciences for Earth Observation, pages 157–162

Horak, J.

• Benefits and Pitfalls of Emotional and Mobility Meb Mapping. A Case Study of Two Czech Cities, pages 67–73

Hosseingholizadeh, M.

• Modernizing geospatial services: an investigation into modern OGC API implementation and comparative analysis with traditional standards in a web application, pages 11–18

I

Ioli, F.

• Bridging geomatics theory to real-world applications in alpine surveys through an innovative summer school teaching program, pages 59–66

J

Jacob, A.

• MOOC Cubes and Clouds - Cloud Native Open Data Sciences for Earth Observation, pages 157–162

Jama, T.

• Threats Related to Open Geospatial Data in the Uncertain Geopolitical Environment, pages 121–126

Janiak, B.

• The template for a Semantic SensorThings API with the GloSIS use case, pages 29–34

Jolaiya, E.

• Mapping Soil Erosion Classes using Remote Sensing Data and Ensemble Models, pages 135–142

K

Kmoch, A.

• XDGGS: A community-developed Xarray package to support planetary DGGS data cube computations, pages 75–80

Koktava, N.

• Benefits and Pitfalls of Emotional and Mobility Meb Mapping. A Case Study of Two Czech Cities, pages 67–73

Koktavá, N.

• Does open data open new horizons in urban planning?, pages 81–87

Kona, A.

• Self-Assessment Framework for Earth Observation Platforms from User Experience, pages 43–49

Kukuliac, P.

• Benefits and Pitfalls of Emotional and Mobility Meb Mapping. A Case Study of Two Czech Cities, pages 67–73

Van Der Kwast, H.

• Advancing water productivity monitoring: WaPLUGIN for the analysis and validation of FAO WaPOR data in QGIS, pages 35–41

L

Di Leo, M.

• Self-Assessment Framework for Earth Observation Platforms from User Experience, pages 43–49

Lenzi, E.

• City Transport Analyzer: A Powerful Qgis Plugin For Public Transport Accessibility And Intermodality Analysis, pages 113–119

Loos, D.

• XDGGS: A community-developed Xarray package to support planetary DGGS data cube computations, pages 75–80

M

Magin, J.

• XDGGS: A community-developed Xarray package to support planetary DGGS data cube computations, pages 75–80

Mahecha, M. D.

• SpectralIndices.jl: Streamlining spectral indices access and computation for Earth system research, pages 89–95
• Facilitating advanced Sentinel-2 analysis through a simplified computation of Nadir BRDF Adjusted Reflectance, pages 105–112

Maresova, P.

• Benefits and Pitfalls of Emotional and Mobility Meb Mapping. A Case Study of Two Czech Cities, pages 67–73

Martinuzzi, F.

• SpectralIndices.jl: Streamlining spectral indices access and computation for Earth system research, pages 89–95

Meißl, S.

• MOOC Cubes and Clouds - Cloud Native Open Data Sciences for Earth Observation, pages 157–162

Migel-Arachchige, D.

• Geometrically guided and confidence-based point cloud denoising, pages 149–155

Migliaccio, F.

• Bridging geomatics theory to real-world applications in alpine surveys through an innovative summer school teaching program, pages 59–66

Minghini, M.

• Preface: Proceedings of the FOSS4G 2024 Academic Track – Digital Revolution, pages 1–2
• Self-Assessment Framework for Earth Observation Platforms from User Experience, pages 43–49
• Pan-European open building footprints: analysis and comparison in selected countries, pages 97–103

Montero, D.

• SpectralIndices.jl: Streamlining spectral indices access and computation for Earth system research, pages 89–95
• Facilitating advanced Sentinel-2 analysis through a simplified computation of Nadir BRDF Adjusted Reflectance, pages 105–112

Mora, K.

• SpectralIndices.jl: Streamlining spectral indices access and computation for Earth system research, pages 89–95

Mosig, C.

• Facilitating advanced Sentinel-2 analysis through a simplified computation of Nadir BRDF Adjusted Reflectance, pages 105–112

N

Naro, G.

• City Transport Analyzer: A Powerful Qgis Plugin For Public Transport Accessibility And Intermodality Analysis, pages 113–119

Nemer, Z.

• Advancing water productivity monitoring: WaPLUGIN for the analysis and validation of FAO WaPOR data in QGIS, pages 35–41

Nikander, J.

• Threats Related to Open Geospatial Data in the Uncertain Geopolitical Environment, pages 121–126

Norcini, A.

• Towards automation of river water surface detection, pages 19–27

Nowosad, J.

• Comparing spatial patterns in raster data using R, pages 127–133

O

Odaka, T.

• XDGGS: A community-developed Xarray package to support planetary DGGS data cube computations, pages 75–80

Oraegbu, A.

• Mapping Soil Erosion Classes using Remote Sensing Data and Ensemble Models, pages 135–142

Orlíček, P.

• Does open data open new horizons in urban planning?, pages 81–87

Ostadabbas, H.

• Modernizing geospatial services: an investigation into modern OGC API implementation and comparative analysis with traditional standards in a web application, pages 11–18

P

Palma, R.

• The template for a Semantic SensorThings API with the GloSIS use case, pages 29–34

Pinto, L.

• Bridging geomatics theory to real-world applications in alpine surveys through an innovative summer school teaching program, pages 59–66

Pugliese, A. D. J.

• A standardised approach for serving environmental monitoring data compliant with OGC APIs, pages 51–58

R

Riva, M.

• Towards automation of river water surface detection, pages 19–27

S

Schröder, D.

• Modernizing geospatial services: an investigation into modern OGC API implementation and comparative analysis with traditional standards in a web application, pages 11–18

Siefert, J.

• Geometrically guided and confidence-based point cloud denoising, pages 149–155

Strigaro, D.

• An open early-warning system prototype for managing and studying algal blooms in Lake Lugano, pages 143–148

Strobl, P.

• XDGGS: A community-developed Xarray package to support planetary DGGS data cube computations, pages 75–80

de Sousa, L. M.

• The template for a Semantic SensorThings API with the GloSIS use case, pages 29–34

T

Tebbouche, M. Y.

• Advancing water productivity monitoring: WaPLUGIN for the analysis and validation of FAO WaPOR data in QGIS, pages 35–41

Tenkanen, H.

• Threats Related to Open Geospatial Data in the Uncertain Geopolitical Environment, pages 121–126

Thabit Gonzalez, S.

• Pan-European open building footprints: analysis and comparison in selected countries, pages 97–103

U

Uuemaa, E.

• Preface: Proceedings of the FOSS4G 2024 Academic Track – Digital Revolution, pages 1–2
• XDGGS: A community-developed Xarray package to support planetary DGGS data cube computations, pages 75–80

W

Wieneke, S.

• Facilitating advanced Sentinel-2 analysis through a simplified computation of Nadir BRDF Adjusted Reflectance, pages 105–112

Y

Youssefi, D.

• Geometrically guided and confidence-based point cloud denoising, pages 149–155

Z

Zajac, M.

• Benefits and Pitfalls of Emotional and Mobility Meb Mapping. A Case Study of Two Czech Cities, pages 67–73

Zellner, P. J.

• MOOC Cubes and Clouds - Cloud Native Open Data Sciences for Earth Observation, pages 157–162