A

Abdalla, S.

• Waterloo Urban Scene Dataset: An Annotation-Efficient Dataset for Urban Scene Classification with Minimal Supervision, pages 1–2

Adolf, A.

• Review of road selection methods for purpose of multiscale mapping, pages 1–2

Afifah, Z. N.

• Augmented reality (AR) display and spatial learning in autonomous vehicle: A cartographic and cognitive perspective, pages 1–2

Aguiar Rivero, N. E.

• Didactic Atlas of the National Geographic Institute of Spain, pages 1–2

Ahmadi, A.

• Enhancing Aerial Data Semantic Segmentation with a Colour Range Mask Layer: A Deep Learning Approach, pages 1–2

Ahn, J.-S.

• Development of Tactile Map Standards to Support Vulnerable Populations, pages 1–1

Ahson, K.

• Walking, talking and drawing with children – in search of alternative cartographies, pages 1–2

Ajdacka, I.

• Can machine learning help to unify river selection for small-scale map design?, pages 1–2

Alam, M. S.

• Land Use Land Cover Change Analysis in the Southern Part of Khulna Division, Bangladesh, pages 1–2

Alemany Gómez, L.

• Didactic Atlas of the National Geographic Institute of Spain, pages 1–2
• GeoSapiens: Learning geography through interactive maps, pages 1–3
• SignA: The national GIS of Spain with official cartography and geographical information, pages 1–2

Allahbakhshi, H.

• Enhancing Urban Accessibility: Participatory Mapping and Technology for Inclusive Digital Maps, pages 1–2

Alsharrah, S.

• Mapping Histories: Integrating Cartography into Photobook Narratives of Migration and Identity, pages 1–2

Amoako, E. A.

• Spatial Analysis of HPV Cancer Mortality in Persistent Poverty Counties in the US (1999-2020), pages 1–2

Anderson, T.

• Measuring Social Vulnerability to Earthquakes in Ishikawa, Japan utilizing Spatial Analysis, pages 1–2

Angly Bieri, F.

• Application Programming Interfaces (APIs) for real-time warnings on mobile maps – the case of forest fires, pages 1–3

Annanias, Y.

• Semantic Segmentation-based approach to the analysis of old maps, pages 1–2

Archer, R. S.

• HBCU EJ Technical Collaborative: Developing Geospatial Tools to Support Community-Based Action Towards Clean and Safe Environments, pages 1–2

Arundel, S.

• Building footprint extraction using National Agriculture Imagery Program imagery and 3D Elevation Program lidar data: a deep learning approach, pages 1–2

Atumo, E. A.

• Spatial Approach for the Assessment of Public Transit Node Accessibility in Urban Areas of Developing Countries: Evidence from Addis Ababa, Ethiopia, pages 1–2

Azizi, V.

• Determining of potential location for dam construction through geospatial analysis and modeling. Case study: “C.Z. Pograxhë” in the Republic of Kosova, pages 1–1

B

Baldrica-Franklin, G.

• Life and deprecation: what happens to digital maps in the long-term?, pages 1–2

Balla, D.

• Comparative performance analysis of open source web mapping libraries for rendering large amounts of vector data, pages 1–2

Belmar Lizarán, S.

• SignA: The national GIS of Spain with official cartography and geographical information, pages 1–2

Berr, K.

• A Theoretical Framework for Fallibilism and Generative AI in Cartography, pages 1–2

Beyeler, S.

• Application Programming Interfaces (APIs) for real-time warnings on mobile maps – the case of forest fires, pages 1–3

Bielecka, E.

• Synthetic and simplified visualisation of reality through a choreographic map, pages 1–2

Bleisch, S.

• Quantitative Line Glyphs to Visualize Multivariate Geometric Properties in Multi-scale Spatial data, pages 1–2

Bocher, E.

• Introducing libCartoSym, an open-source software library for transcoding portrayal rules between different encodings based on OGC Cartographic Symbology 2.0, pages 1–2

Bonerath, A.

• Visualizing Spatial Dynamic Networks with Force-Directed Graph Layout, pages 1–2

Burghardt, D.

• The complexity of simplicity: on the perception of schematized thematic maps, pages 1–2

Van Bever, E.

• How do experts and novices read thematic maps? – An eye-tracking and EEG study, pages 1–1

C

Cabrera-Rivera, O.

• The North American Environmental Atlas: Mapping the shared environment of Canada, Mexico and the United States, pages 1–3

Cammack, R. G.

• Preference Analysis Methods in Cartographic Research. Map Reader Preference for Lettering Typefaces on printed Maps, pages 1–2

Chan, W. T.

• Introducing the OGC API – Discrete Global Grid Systems Standard for Enhanced Geospatial Data Interoperability, pages 1–2

Chanba, K.

• Cartographic Display of Indigenous Lands in Apple Maps, pages 1–2

Cheng, Y.

• Intelligent Landslide Hazard Mapping Method Integrating SSGAN and GIS Spatial Modeling, pages 1–1

Cho, H. K.

• Development of Tactile Map Standards to Support Vulnerable Populations, pages 1–1

Choi, J.

• Development of Tactile Map Standards to Support Vulnerable Populations, pages 1–1

Collombin, M.

• Introducing libCartoSym, an open-source software library for transcoding portrayal rules between different encodings based on OGC Cartographic Symbology 2.0, pages 1–2

Contarato, O. U. T.

• Devices of creation and a moving cartography, pages 1–2

Cron, J.

• Implementing “Critical Cartography” in higher education: a cross-university module proposal, pages 1–2

Croteau, D.

• The North American Environmental Atlas: Mapping the shared environment of Canada, Mexico and the United States, pages 1–3

Cybulski, P.

• Shaking Up Maps: Evaluating Earthquake Visualization with Vibrating Symbols, pages 1–2

Czernic, P.

• Mapping pedestrian flow from surveillance cameras for sustainable spatial planning, pages 1–2

D

Dagnino, A. M.

• Simulating Social-Ecological Outcomes of Urban Greening Initiatives: A Cellular Automata Case Study in Montreal, pages 1–2

Delmelle, E.

• Emotional Landscapes: Mapping Urban Park Sentiments Using Natural Language Processing, pages 1–3

Demet, L.

• Deep mapping cartography's limits: the artfulness of rendering spatial practice, pages 1–2

Demhardt, I. J.

• The United States by early Geographical-Statistical Atlases: A comparison of Historical, Chronological, and Geographical American Atlas (Philadelphia, 1822) and Atlas von Amerika (Weimar, 1823–29), pages 1–2

Denier, S.

• «Base Map» - a new vector tiles-based map for mobile applications, pages 1–3

Desai, M. V.

• The Atlas of Theoretical Cartography: Spatializing Geodata and its Generalization Conceptions, pages 1–4

Desrochers, N.

• Enhancing Flood Management in Canada: Leveraging SAR and AI for Improved Emergency Response, pages 1–2

Dewis, Z.

• Deep learning for 250m Resolution Annual Land Cover Mapping from 2010 to 2024 in Canada Using MODIS Time-Series Data, pages 1–2

Dickmann, F.

• Immersive Virtual Reality (VR) in Geography Lessons in Schools – A Case Study from North Rhine-Westphalia, Germany, pages 1–2
• Differences in navigation behavior between head-mounted display and desktop presentation, pages 1–2

Dion, P.

• Introducing libCartoSym, an open-source software library for transcoding portrayal rules between different encodings based on OGC Cartographic Symbology 2.0, pages 1–2

Divanis, A.

• Simplifying the Publishing Process for Open Geospatial Data, pages 1–2

Donaldson, M. R.

• Preference Analysis Methods in Cartographic Research. Map Reader Preference for Lettering Typefaces on printed Maps, pages 1–2

Donkor, D.

• Spatial Analysis of HPV Cancer Mortality in Persistent Poverty Counties in the US (1999-2020), pages 1–2

Drews, J.

• A Theoretical Framework for Fallibilism and Generative AI in Cartography, pages 1–2

Drozda, J.

• Large-format archival materials with limited public access as neglected cultural heritage, pages 1–2

Dukaczewski, D.

• Synthetic and simplified visualisation of reality through a choreographic map, pages 1–2

do Canto, T. S.

• Devices of creation and a moving cartography, pages 1–2

E

Eberlein, S.

• Quantitative Line Glyphs to Visualize Multivariate Geometric Properties in Multi-scale Spatial data, pages 1–2

Edler, D.

• Immersive Virtual Reality (VR) in Geography Lessons in Schools – A Case Study from North Rhine-Westphalia, Germany, pages 1–2
• A Theoretical Framework for Fallibilism and Generative AI in Cartography, pages 1–2
• Cartographic Vocabularies and Their Redescription – A Contribution to Neopragmatic Cartographic Theory in Light of the Challenges Posed by Augmented and Virtual Worlds as well as Artificial Intelligence, pages 1–1

Ernstberger, M. C.

• Implementing “Critical Cartography” in higher education: a cross-university module proposal, pages 1–2

Ertz, O.

• Introducing libCartoSym, an open-source software library for transcoding portrayal rules between different encodings based on OGC Cartographic Symbology 2.0, pages 1–2

Esfahani, F. (.

• Enhancing Flood Management in Canada: Leveraging SAR and AI for Improved Emergency Response, pages 1–2

F

Fabrikant, S. I.

• Virtual landmark cues improve spatial learning: evidence from an augmented reality indoor navigation study, pages 1–3

Farmakis-Serebryakova, M.

• Neural Network Models for Adaptive Multi-scale Relief Shading, pages 1–2

Fedor, T.

• Modelling and visualisation of heat stress in urban areas using high-resolution geospatial data, pages 1–2

Feng, Y.

• Efficient Visual Analytics of Localized High-Frequency Multimodal All-Traffic Trajectory Data at Urban Intersections, pages 1–2

G

Gao, X.

• Emotional Landscapes: Mapping Urban Park Sentiments Using Natural Language Processing, pages 1–3

Gautier, L.

• Comparing urban namescapes: A mixed-methods analysis of European and North American stadium names, pages 1–2

Gavaldà, O.

• Colouring Cities: A Global Network and Open Platform for Collaborative Mapping of Building Stocks, pages 1–2

Gede, M.

• Comparative performance analysis of open source web mapping libraries for rendering large amounts of vector data, pages 1–2

Germano, N. L.

• Devices of creation and a moving cartography, pages 1–2

Guo, M.

• Waterloo Urban Scene Dataset: An Annotation-Efficient Dataset for Urban Scene Classification with Minimal Supervision, pages 1–2

H

Hansen, H. S.

• OGC Standard Compliant Platform Following FAIR Principles for Marine and Freshwater Research, pages 1–2
• Making Marine and Freshwater Data FAIR: Refining Geospatial Search Requests Using Ontologies and Thesauri, pages 1–2

Haq, A.

• Advancing the Canadian Geospatial Data Infrastructure: Innovations in Automation, Sustainability and Accessible Web Cartography for Mapping the Arctic’s Fragile Ecosystem, pages 1–2

Harris, C. A.

• HBCU EJ Technical Collaborative: Developing Geospatial Tools to Support Community-Based Action Towards Clean and Safe Environments, pages 1–2

Harrison, J. F.

• Advancing Methodologies for Integrating Indigenous Knowledge and Culture in Mountain Ecosystem Service Assessments: A Case Study from Taiwan, pages 1–2

Harvey, F.

• Semantic Segmentation-based approach to the analysis of old maps, pages 1–2

Haunert, J.-H.

• Visualizing Spatial Dynamic Networks with Force-Directed Graph Layout, pages 1–2

Haverkost, A.

• Preference Analysis Methods in Cartographic Research. Map Reader Preference for Lettering Typefaces on printed Maps, pages 1–2

Hayashi, S.

• Masaki Fujihata’s BeHere/1942 AR app: From Relational Map to Geolocative Augmented Reality Experience, pages 1–2

He, H.

• Waterloo Urban Scene Dataset: An Annotation-Efficient Dataset for Urban Scene Classification with Minimal Supervision, pages 1–2

Hecht, R.

• Colouring Cities: A Global Network and Open Platform for Collaborative Mapping of Building Stocks, pages 1–2

Heffring, M.

• Pan-Arctic 200m Resolution Ice Concentration Mapping by Fusing RCM, Sentinel-1 and AMSR2 Data via Deep Learning, pages 1–2

Hennings, J.

• Preference Analysis Methods in Cartographic Research. Map Reader Preference for Lettering Typefaces on printed Maps, pages 1–2

Herried, B.

• Cartographic Display of Indigenous Lands in Apple Maps, pages 1–2

Hoffart, M. A. A.

• Analysis of the semantic quality of the topographic mapping of Porto Alegre, pages 1–2

Hofierka, J.

• Modelling and visualisation of heat stress in urban areas using high-resolution geospatial data, pages 1–2

Hollenstein, D.

• Quantitative Line Glyphs to Visualize Multivariate Geometric Properties in Multi-scale Spatial data, pages 1–2

Hong, S.-Y.

• A microsimulation model to evaluate the demand of the national forest lodges, pages 1–2

Hopson, E.

• Measuring Social Vulnerability to Earthquakes in Ishikawa, Japan utilizing Spatial Analysis, pages 1–2

Houngho, H.

• Enhancing Flood Management in Canada: Leveraging SAR and AI for Improved Emergency Response, pages 1–2

Houtman, L.

• Characterizing the current state of mobile thematic cartography, pages 1–2

Hu, J.

• Spatial distribution and drivers of water use efficiency in global basins, 2002-2021, pages 1–2

Huang, H.

• How do experts and novices read thematic maps? – An eye-tracking and EEG study, pages 1–1

Huang, W.

• Translation of Streetscape in the cities of Taiwan: Renaming the past in Postcolonial Taiwan, pages 1–2

Hudson, P.

• Colouring Cities: A Global Network and Open Platform for Collaborative Mapping of Building Stocks, pages 1–2

Hurni, L.

• Neural Network Models for Adaptive Multi-scale Relief Shading, pages 1–2
• Engineers of Map Art – 170 Years of Cartography at ETH Zurich, pages 1–2

Hwang, S.

• Development of Tactile Map Standards to Support Vulnerable Populations, pages 1–1

Hájek, P.

• The Use of Geographic Information Systems and Spatiotemporal Data Analysis to Support Decision-Making in Agriculture and Forestry, pages 1–2

I

Idrizi, B.

• Assessment of the methodology for defining the state plane coordinate reference system for topographic mapping, cadastre and engineering geodesy purposes, pages 1–1
• Determining of potential location for dam construction through geospatial analysis and modeling. Case study: “C.Z. Pograxhë” in the Republic of Kosova, pages 1–1

Iescheck, A. L.

• Spatial Analysis of Social Vulnerability in the Informal Urban Settlements of Porto Alegre – RS, Brazil, pages 1–2
• Analysis of the semantic quality of the topographic mapping of Porto Alegre, pages 1–2

Ilchenko, A.

• Virtual landmark cues improve spatial learning: evidence from an augmented reality indoor navigation study, pages 1–3

Iphar, C.

• Towards a fuzzy model for the cartography of fishing areas in the Moorea lagoon, pages 1–2

Irwin, J.

• Cartographic Display of Indigenous Lands in Apple Maps, pages 1–2

Ishitsuka, M.

• Development of 3D Digital Japan Basic Map, pages 1–2

Iwaniak, A.

• Development of AI geo-agents for retrieval, analysis, and visualization of spatial data, pages 1–2

J

Jacovella-St-Louis, J.

• Introducing libCartoSym, an open-source software library for transcoding portrayal rules between different encodings based on OGC Cartographic Symbology 2.0, pages 1–2
• Interoperable Global and Local Indexing of Discrete Global Grid Systems Based on the ISEA Projection for Efficient Storage, Processing and Transmission, pages 1–2
• Introducing the OGC API – Discrete Global Grid Systems Standard for Enhanced Geospatial Data Interoperability, pages 1–2

Jakobsson, A.

• Supporting Creation of Innovative Location-Based Solutions through the Location Innovation Hub, pages 1–2

Jedlička, K.

• The Use of Geographic Information Systems and Spatiotemporal Data Analysis to Support Decision-Making in Agriculture and Forestry, pages 1–2

Jiang, Y.

• Beyond Spatial Proximity: A Temporal Accessibility Index for Equitable Nature Access in Bavaria’s Hiking Trails, pages 1–2

Johnson, C.

• Preference Analysis Methods in Cartographic Research. Map Reader Preference for Lettering Typefaces on printed Maps, pages 1–2

Juliasz, P. C. S.

• The Integration of Digital Technologies in Cartography: An Approach from an Educational Perspective, pages 1–2

Jussila, A.

• Exploring the link between neural network metrics and the completeness and connectivity of predicted watercourses, pages 1–2

K

Kaczmarek, I.

• Development of AI geo-agents for retrieval, analysis, and visualization of spatial data, pages 1–2

Kapaj, A.

• Virtual landmark cues improve spatial learning: evidence from an augmented reality indoor navigation study, pages 1–3

Karsznia, I.

• Review of road selection methods for purpose of multiscale mapping, pages 1–2
• Can machine learning help to unify river selection for small-scale map design?, pages 1–2

Keil, J.

• Immersive Virtual Reality (VR) in Geography Lessons in Schools – A Case Study from North Rhine-Westphalia, Germany, pages 1–2
• Differences in navigation behavior between head-mounted display and desktop presentation, pages 1–2

Kelhu, M.

• OGC Standard Compliant Platform Following FAIR Principles for Marine and Freshwater Research, pages 1–2

Kepka, M.

• The Use of Geographic Information Systems and Spatiotemporal Data Analysis to Support Decision-Making in Agriculture and Forestry, pages 1–2

Keskin, M.

• Colouring Cities: A Global Network and Open Platform for Collaborative Mapping of Building Stocks, pages 1–2

Kettunen, P.

• Exploring the link between neural network metrics and the completeness and connectivity of predicted watercourses, pages 1–2
• Revisiting perceptual properties of visual variables in mixed reality, pages 1–3

Kim, G.

• AI-Based Plant Phenology Mapping and Analysis Using Satellite Imagery and Meteorological Data, pages 1–3

Kim, S.

• Precise Vegetation Index Mapping and Analysis Through AI-Based Atmospheric Correction of Sentinel-2 Satellite Imagery, pages 1–2

Kim, Y.

• A microsimulation model to evaluate the demand of the national forest lodges, pages 1–2

Kirimura, T.

• Three-dimensional reconstruction of the landscape of Kobe, Japan from aerial photographs using photogrammetry, pages 1–2

Kmoch, A.

• Introducing the OGC API – Discrete Global Grid Systems Standard for Enhanced Geospatial Data Interoperability, pages 1–2

Koch, F.

• Comparing urban namescapes: A mixed-methods analysis of European and North American stadium names, pages 1–2

Konkol, M.

• OGC Standard Compliant Platform Following FAIR Principles for Marine and Freshwater Research, pages 1–2
• Making Marine and Freshwater Data FAIR: Refining Geospatial Search Requests Using Ontologies and Thesauri, pages 1–2

Kopecká, M.

• Mapping the war-affected landscape of Ukraine using Earth observation data with high resolution, pages 1–2

Korte, A.

• Differences in navigation behavior between head-mounted display and desktop presentation, pages 1–2

Korycka-Skorupa, J.

• Can multivariate maps be effective and easy to read? About map users’ preferences, pages 1–2
• How do geography students read and interpret contour lines? An empirical study of their misconceptions, pages 1–2

Koski, C.

• Exploring the link between neural network metrics and the completeness and connectivity of predicted watercourses, pages 1–2

Krajňáková, L.

• How do geography students read and interpret contour lines? An empirical study of their misconceptions, pages 1–2

Kukimoto, M.

• Mental maps of foreign children in the multicultural city of Beppu, Japan, pages 1–2

Kveladze, I.

• Revisiting perceptual properties of visual variables in mixed reality, pages 1–3

Kwok, C.

• Developing Automated Map Generalisation Workflow for Building, Road, and Stream Course Features in Topographic Map of Hong Kong, pages 1–3

Kähkönen, J.

• OGC Standard Compliant Platform Following FAIR Principles for Marine and Freshwater Research, pages 1–2

Kühne, O.

• A Theoretical Framework for Fallibilism and Generative AI in Cartography, pages 1–2
• Cartographic Vocabularies and Their Redescription – A Contribution to Neopragmatic Cartographic Theory in Light of the Challenges Posed by Augmented and Virtual Worlds as well as Artificial Intelligence, pages 1–1

Küpper, T.

• Visualizing Spatial Dynamic Networks with Force-Directed Graph Layout, pages 1–2

L

Lahtinen, H.

• OGC Standard Compliant Platform Following FAIR Principles for Marine and Freshwater Research, pages 1–2

Lally, N.

• gathering: a tool for experiments with geographic information, pages 1–2

Langari, Z.

• Enhancing Flood Management in Canada: Leveraging SAR and AI for Improved Emergency Response, pages 1–2

Latvala, P.

• Making Marine and Freshwater Data FAIR: Refining Geospatial Search Requests Using Ontologies and Thesauri, pages 1–2

Ledermann, F.

• Reconstructing the topology of urban street intersections from a lines+lanes road model for improved generalization and representation on maps, pages 1–2

Lee, Y.

• AI-Based Plant Phenology Mapping and Analysis Using Satellite Imagery and Meteorological Data, pages 1–3
• Precise Vegetation Index Mapping and Analysis Through AI-Based Atmospheric Correction of Sentinel-2 Satellite Imagery, pages 1–2

Lehto, L.

• OGC Standard Compliant Platform Following FAIR Principles for Marine and Freshwater Research, pages 1–2

Li, J.

• Waterloo Urban Scene Dataset: An Annotation-Efficient Dataset for Urban Scene Classification with Minimal Supervision, pages 1–2
• CartoDirector: A geospatial storyteller that converts text into dynamic cartographic transformations using LLMs, pages 1–2

Li, M.

• Designing Scenic Tourist Maps through a Framework of ‘Spatio-temporal Imageries Formation’, pages 1–2

Li, P.

• CartoDirector: A geospatial storyteller that converts text into dynamic cartographic transformations using LLMs, pages 1–2
• Scale-aware polyline segmentation using hierarchical clustering and metric learning, pages 1–2

Li, R.

• Augmented reality (AR) display and spatial learning in autonomous vehicle: A cartographic and cognitive perspective, pages 1–2

Li, X.

• Prediction and early Warning of Lightning-induced fire in Dead Standing Trees based on Geovisualisation Analysis: A case Study of Bozhou, Xinjiang, China, pages 1–4
• Using Machine Learning and Explainable AI to Model Disaster Effects on Human Migration in the United States, pages 1–2

Li, Y.

• Human interactive sequences caused by the desert fog, pages 1–2

Lienert, C.

• Application Programming Interfaces (APIs) for real-time warnings on mobile maps – the case of forest fires, pages 1–3

Limpisathian, P. W.

• Evolving the WCAG3 Accessible Contrast Perceptibility Standard for Maps, pages 1–2

Listabarth, J.

• The complexity of simplicity: on the perception of schematized thematic maps, pages 1–2

Liu, J. K.

• Building footprint extraction using National Agriculture Imagery Program imagery and 3D Elevation Program lidar data: a deep learning approach, pages 1–2

Liu, X. (.

• Waterloo Urban Scene Dataset: An Annotation-Efficient Dataset for Urban Scene Classification with Minimal Supervision, pages 1–2

Liu, Z.

• Efficient Visual Analytics of Localized High-Frequency Multimodal All-Traffic Trajectory Data at Urban Intersections, pages 1–2

Llamas, R. M.

• The North American Environmental Atlas: Mapping the shared environment of Canada, Mexico and the United States, pages 1–3

Llorca, M.

• Comparing urban namescapes: A mixed-methods analysis of European and North American stadium names, pages 1–2

Losang, E.

• Pictorial atlases revisited - the didactic narrative approach of Cläre With and Walter von Dreesen, pages 1–2
• Post-colonial national atlases – celebrating independence or sustaining colonial structures?, pages 1–1

Lou, X.

• Uncertainty-aware geospatial visual analytics, pages 1–2

Loubert, L.

• HBCU EJ Technical Collaborative: Developing Geospatial Tools to Support Community-Based Action Towards Clean and Safe Environments, pages 1–2

Lu, B.

• Mapping a Transboundary Flood from the USA to Canada using Space-Air-Ground Remote Sensing, pages 1–2

Lu, W.

• Intelligent Landslide Hazard Mapping Method Integrating SSGAN and GIS Spatial Modeling, pages 1–1

Lu, X.

• CartoDirector: A geospatial storyteller that converts text into dynamic cartographic transformations using LLMs, pages 1–2
• Scale-aware polyline segmentation using hierarchical clustering and metric learning, pages 1–2

Lucas, Y. D. L.

• Gamifying Maps with Pokémon Go for Elementary Education, pages 1–2

Luo, P.

• Beyond Spatial Proximity: A Temporal Accessibility Index for Equitable Nature Access in Bavaria’s Hiking Trails, pages 1–2
• Uncertainty-aware geospatial visual analytics, pages 1–2

M

Ma, H.

• Review and Research Perspectives on the Development of Tactile Maps for the Visually Blind Community, pages 1–2

Mandal, D.

• Strengthening Resilience in 4D: Geospatial Digital Twins for Navigating Urban Flood Dynamics, pages 1–3

Mao, X.

• Intelligent Landslide Hazard Mapping Method Integrating SSGAN and GIS Spatial Modeling, pages 1–1

Markowska, A.

• Synthetic and simplified visualisation of reality through a choreographic map, pages 1–2

McDonald, I.

• Mapping a Transboundary Flood from the USA to Canada using Space-Air-Ground Remote Sensing, pages 1–2

Meinecke, C.

• Semantic Segmentation-based approach to the analysis of old maps, pages 1–2

Meng, L.

• Efficient Visual Analytics of Localized High-Frequency Multimodal All-Traffic Trajectory Data at Urban Intersections, pages 1–2
• Uncertainty-aware geospatial visual analytics, pages 1–2

Minami, H.

• Development of 3D Digital Japan Basic Map, pages 1–2

Mostafavi, M. A.

• Enhancing Aerial Data Semantic Segmentation with a Colour Range Mask Layer: A Deep Learning Approach, pages 1–2

Muhli, P.

• OGC Standard Compliant Platform Following FAIR Principles for Marine and Freshwater Research, pages 1–2

de Maeyer, P.

• The maps in Le Mouvement Géographique - a magazine created 150 years ago - as unique witnesses of the Western imperialism, pages 1–1

N

Nagano, G.

• Development of 3D Digital Japan Basic Map, pages 1–2

Nakazawa, T.

• Mental maps of foreign children in the multicultural city of Beppu, Japan, pages 1–2

Noguchi, M.

• Development of 3D Digital Japan Basic Map, pages 1–2

Nong, F.

• Designing Scenic Tourist Maps through a Framework of ‘Spatio-temporal Imageries Formation’, pages 1–2

O

Oksanen, J.

• OGC Standard Compliant Platform Following FAIR Principles for Marine and Freshwater Research, pages 1–2
• Making Marine and Freshwater Data FAIR: Refining Geospatial Search Requests Using Ontologies and Thesauri, pages 1–2

P

Padgett, D. A.

• HBCU EJ Technical Collaborative: Developing Geospatial Tools to Support Community-Based Action Towards Clean and Safe Environments, pages 1–2

Padilla Ruiz, M.

• Interoperable Global and Local Indexing of Discrete Global Grid Systems Based on the ISEA Projection for Efficient Storage, Processing and Transmission, pages 1–2

Palaiologou, F.

• Colouring Cities: A Global Network and Open Platform for Collaborative Mapping of Building Stocks, pages 1–2

Paulus, F.

• Large-format archival materials with limited public access as neglected cultural heritage, pages 1–2

Perez, L.

• Simulating Social-Ecological Outcomes of Urban Greening Initiatives: A Cellular Automata Case Study in Montreal, pages 1–2

Peter, S.

• Measuring Social Vulnerability to Earthquakes in Ishikawa, Japan utilizing Spatial Analysis, pages 1–2

Peterson, P.

• Interoperable Global and Local Indexing of Discrete Global Grid Systems Based on the ISEA Projection for Efficient Storage, Processing and Transmission, pages 1–2

Pippig, K.

• «Base Map» - a new vector tiles-based map for mobile applications, pages 1–3
• Application Programming Interfaces (APIs) for real-time warnings on mobile maps – the case of forest fires, pages 1–3

Polyvach, K.

• Mapping the war-affected landscape of Ukraine using Earth observation data with high resolution, pages 1–2

Purss, M. B. J.

• Introducing the OGC API – Discrete Global Grid Systems Standard for Enhanced Geospatial Data Interoperability, pages 1–2

Q

Qiang, Y.

• Using Machine Learning and Explainable AI to Model Disaster Effects on Human Migration in the United States, pages 1–2

Qin, R.

• Building footprint extraction using National Agriculture Imagery Program imagery and 3D Elevation Program lidar data: a deep learning approach, pages 1–2

Qin, T.

• How do experts and novices read thematic maps? – An eye-tracking and EEG study, pages 1–1

Quesnot, T.

• Towards a fuzzy model for the cartography of fishing areas in the Moorea lagoon, pages 1–2

R

Rainville, T.

• Enhancing Flood Management in Canada: Leveraging SAR and AI for Improved Emergency Response, pages 1–2

Reichenbacher, T.

• Virtual landmark cues improve spatial learning: evidence from an augmented reality indoor navigation study, pages 1–3
• Efficient Visual Analytics of Localized High-Frequency Multimodal All-Traffic Trajectory Data at Urban Intersections, pages 1–2

Reichert, K.

• Immersive Virtual Reality (VR) in Geography Lessons in Schools – A Case Study from North Rhine-Westphalia, Germany, pages 1–2
• Differences in navigation behavior between head-mounted display and desktop presentation, pages 1–2

Riopel, S.

• Advancing the Canadian Geospatial Data Infrastructure: Innovations in Automation, Sustainability and Accessible Web Cartography for Mapping the Arctic’s Fragile Ecosystem, pages 1–2

Robinson, P.

• HBCU EJ Technical Collaborative: Developing Geospatial Tools to Support Community-Based Action Towards Clean and Safe Environments, pages 1–2

Rushforth, P.

• Advancing the Canadian Geospatial Data Infrastructure: Innovations in Automation, Sustainability and Accessible Web Cartography for Mapping the Arctic’s Fragile Ecosystem, pages 1–2

S

Sabo, N.

• Enhancing Aerial Data Semantic Segmentation with a Colour Range Mask Layer: A Deep Learning Approach, pages 1–2

Sevilla Sánchez, C.

• Didactic Atlas of the National Geographic Institute of Spain, pages 1–2
• GeoSapiens: Learning geography through interactive maps, pages 1–3
• SignA: The national GIS of Spain with official cartography and geographical information, pages 1–2

Shen, W.

• Waterloo Urban Scene Dataset: An Annotation-Efficient Dataset for Urban Scene Classification with Minimal Supervision, pages 1–2

Stefanakis, E.

• Interoperable Global and Local Indexing of Discrete Global Grid Systems Based on the ISEA Projection for Efficient Storage, Processing and Transmission, pages 1–2

Steinová, Š.

• Large-format archival materials with limited public access as neglected cultural heritage, pages 1–2

Streit, C.

• «Base Map» - a new vector tiles-based map for mobile applications, pages 1–3

Strobl, P.

• Introducing the OGC API – Discrete Global Grid Systems Standard for Enhanced Geospatial Data Interoperability, pages 1–2

Su, H.

• Spatial distribution and drivers of water use efficiency in global basins, 2002-2021, pages 1–2

Svacina, N.

• Enhancing Flood Management in Canada: Leveraging SAR and AI for Improved Emergency Response, pages 1–2

Szatmári, D.

• Mapping the war-affected landscape of Ukraine using Earth observation data with high resolution, pages 1–2

da Silva, F. F. T.

• The Integration of Digital Technologies in Cartography: An Approach from an Educational Perspective, pages 1–2

de Sena, C. C. R. G.

• Gamifying Maps with Pokémon Go for Elementary Education, pages 1–2

de Sousa, L. M.

• Interoperable Global and Local Indexing of Discrete Global Grid Systems Based on the ISEA Projection for Efficient Storage, Processing and Transmission, pages 1–2

dos Santos, D. C.

• Spatial Analysis of Social Vulnerability in the Informal Urban Settlements of Porto Alegre – RS, Brazil, pages 1–2

T

Tang, X.

• Designing Scenic Tourist Maps through a Framework of ‘Spatio-temporal Imageries Formation’, pages 1–2
• Review and Research Perspectives on the Development of Tactile Maps for the Visually Blind Community, pages 1–2

Timpf, S.

• Augmented reality (AR) display and spatial learning in autonomous vehicle: A cartographic and cognitive perspective, pages 1–2

Tolszczuk-Leclerc, S.

• Enhancing Flood Management in Canada: Leveraging SAR and AI for Improved Emergency Response, pages 1–2

Tortosa Rodríguez, M. M.

• Didactic Atlas of the National Geographic Institute of Spain, pages 1–2

Touya, G.

• Human interactive sequences caused by the desert fog, pages 1–2

Turgeon-Pelchat, M.

• Enhancing Flood Management in Canada: Leveraging SAR and AI for Improved Emergency Response, pages 1–2

V

Valeš, J.

• The Use of Geographic Information Systems and Spatiotemporal Data Analysis to Support Decision-Making in Agriculture and Forestry, pages 1–2

Vandersmissen, J.

• The maps in Le Mouvement Géographique - a magazine created 150 years ago - as unique witnesses of the Western imperialism, pages 1–1

W

Wadhwa, A.

• Strengthening Resilience in 4D: Geospatial Digital Twins for Navigating Urban Flood Dynamics, pages 1–3

Wang, Y.

• How do experts and novices read thematic maps? – An eye-tracking and EEG study, pages 1–1

Weißmann, M.

• Immersive Virtual Reality (VR) in Geography Lessons in Schools – A Case Study from North Rhine-Westphalia, Germany, pages 1–2

Wiegreffe, D.

• Semantic Segmentation-based approach to the analysis of old maps, pages 1–2

Wilkes, G.

• Advancing the Canadian Geospatial Data Infrastructure: Innovations in Automation, Sustainability and Accessible Web Cartography for Mapping the Arctic’s Fragile Ecosystem, pages 1–2

Wu, Y.

• Waterloo Urban Scene Dataset: An Annotation-Efficient Dataset for Urban Scene Classification with Minimal Supervision, pages 1–2
• How do experts and novices read thematic maps? – An eye-tracking and EEG study, pages 1–1

X

Xu, J.

• Waterloo Urban Scene Dataset: An Annotation-Efficient Dataset for Urban Scene Classification with Minimal Supervision, pages 1–2

Xu, L. L.

• Deep learning for 250m Resolution Annual Land Cover Mapping from 2010 to 2024 in Canada Using MODIS Time-Series Data, pages 1–2
• Pan-Arctic 200m Resolution Ice Concentration Mapping by Fusing RCM, Sentinel-1 and AMSR2 Data via Deep Learning, pages 1–2

Xue, J.

• Efficient Visual Analytics of Localized High-Frequency Multimodal All-Traffic Trajectory Data at Urban Intersections, pages 1–2

Y

Yan, H.

• CartoDirector: A geospatial storyteller that converts text into dynamic cartographic transformations using LLMs, pages 1–2
• Scale-aware polyline segmentation using hierarchical clustering and metric learning, pages 1–2

Yang, W.

• CartoDirector: A geospatial storyteller that converts text into dynamic cartographic transformations using LLMs, pages 1–2
• Scale-aware polyline segmentation using hierarchical clustering and metric learning, pages 1–2

Z

Zadražil, F.

• The Use of Geographic Information Systems and Spatiotemporal Data Analysis to Support Decision-Making in Agriculture and Forestry, pages 1–2

Zou, L.

• Strengthening Resilience in 4D: Geospatial Digital Twins for Navigating Urban Flood Dynamics, pages 1–3

Ł

Łobodecki, J.

• Integration of game technology, digital twins of buildings and real-life indoor navigation app for cartographical research purposes, pages 1–2