'

'Afifah, Z. N.

• Thematic Mapping Practice and Explanation (THEMPE) as an Open Educational Resource for Classroom Teaching, pages 1–2

A

Aaltonen, V.

• Open-source tools and Open Science practices inspiring co-creation of geospatial data infrastructures – reflections from Finland and Tanzania, pages 1–2

Abbott, E.

• Grammar to Graph, an Approach for Semantic Transformation of Annotations to Triples, pages 1–3

Abrahám, D.

• Monitoring and interactive mapping of illegal environmental activities on the example of Slovakia, pages 1–2

Abutidze, O.

• Compilation/Update of State Geological Maps in Georgia, pages 1–2

Adolf, A.

• The use of graph convolutional networks in road selection for small-scale maps design, pages 1–2
• Enriching river network data for multi-scale machine learning based selection: a case study of Poland and France, pages 1–2

Aitken, O.

• Geospatial Metaphors in the Communication of Climate Change-Related Flooding Uncertainty, pages 1–1
• A Coastal Asset Risk Index (CARI) based on multi-criteria spatial analysis: New Zealand pilot study, pages 1–1

Ajdacka, I.

• Enriching river network data for multi-scale machine learning based selection: a case study of Poland and France, pages 1–2

Alesheikh, A. A.

• A New Spatiotemporal Pattern Mining to Explore Earthquake Dynamics, pages 1–2

Amhar, F.

• Objective and Subjective Approaches in Mapping Happiness using SDG data and Gross National Happiness Index (GNHI), pages 1–2

Antonio, N. D.

• An AI-Based Approach To Identify Spatio-Temporal Contribution Patterns And Their Impact On OpenStreetMap Data Quality, pages 1–2

Arias, P.

• Scanning indoor environments with Microsoft HoloLens 2 for interactive generation of floor plans, pages 1–2

Arzoumanidis, L.

• Deep Generation of Synthetic Training Data for the Automated Extraction of Semantic Knowledge from Historical Maps, pages 1–2

Axhausen, K. W.

• OD-Vis: A Map-based Dashboard for Insight Discovery of OD Data, pages 1–2

B

Bagoly-Simó, P.

• A pilot study of adapting, validating and further developing a map skills model to improve the teaching and learning of map reading at primary and secondary school level, pages 1–1
• Detecting differences between the map reading strategies of novice and expert students of geography: A pilot study, pages 1–2
• Eye-Tracking in Formal Education. Understanding Map Reading Skills and Their Development, pages 1–2

Balado, J.

• Human Machine Interface Design for Robotized Road Works in InfraROB project, pages 1–2
• 3D printing indoor evacuation plans for visually impaired people, pages 1–2
• Scanning indoor environments with Microsoft HoloLens 2 for interactive generation of floor plans, pages 1–2

Balać, M.

• OD-Vis: A Map-based Dashboard for Insight Discovery of OD Data, pages 1–2

Baltzer, D.

• Automatically generating virtual tours based on dense sets of 360° imagery, pages 1–2

Bartumeus, F.

• Effects of Human Mobility on the Spread of Disease-Transmitting Mosquitoes in Spain: Insights from Mobile Phone Data, pages 1–2

Bartůněk, M.

• Alternatives for visualisation of frontiers: fluid regionalisation, pages 1–2
• Critical spots in undergraduate cartographic education: analysis of final tests and oral examinations, pages 1–2

Battersby, S. E.

• A critical review of cognition and perception research Involving map projections, pages 1–2

Beconytė, G.

• What do children’s maps tell us? Topical messages from the years 2005–2021, pages 1–2
• Crime regions in Lithuanian major cities and their suburbs, pages 1–2
• Reflections of Global Crises in Childrens’ Maps of 2019–2023: Lithuania and Hungary, pages 1–2

Beeking, M.

• Interactive visualizations for assessing car-to-bicycle overtaking manoeuvres, pages 1–2

Beitlova, M.

• Exploring Methods for Revealing the Cognitive Structures of Map Information Extraction, pages 1–2

Bezler, K.

• Comparison of spatial orientation using topographic map and orthophotomap in a virtual environment representing urban space, pages 1–2

Binn, A.

• Preface, pages 1–1
• Colour Design for Crisis Maps, pages 1–2

Bittner, O.

• Automated roof generation for the city of Olomouc using ArcGIS CityEngine, pages 1–2
• Interactive 2D Visualizations of Olomouc's Development as Tools for Revitalizing Cultural Heritage, pages 1–2

Bleisch, S.

• Focusing on individual buildings within urban contexts through generalisation levels: an interdisciplinary approach to the visualization of 3D-city models, pages 1–2

Bloudíček, R.

• Measurement of spectral reflectance of map image, pages 1–2

Bláha, J. D.

• Alternatives for visualisation of frontiers: fluid regionalisation, pages 1–2
• Critical spots in undergraduate cartographic education: analysis of final tests and oral examinations, pages 1–2

Bodeker, G.

• Geospatial Metaphors in the Communication of Climate Change-Related Flooding Uncertainty, pages 1–1
• A Coastal Asset Risk Index (CARI) based on multi-criteria spatial analysis: New Zealand pilot study, pages 1–1

Bozkurt, D.

• Temporal Navigation for Festival Maps on Mobile Devices, pages 1–2

Bravi, E.

• Global Earthquake Atlas. Investigating information design strategies to visualise earthquake data: a didactical perspective, pages 1–2

Bravo, J. V. M.

• Some reflections on ethics in the Brazilian cartography and its consequences in socioenvironmental problems, pages 1–2

Bronowicz, C.

• Focusing on individual buildings within urban contexts through generalisation levels: an interdisciplinary approach to the visualization of 3D-city models, pages 1–2

Brusq, R.

• Recording the Use of InteractiveWeb Maps with ZoomTracker, pages 1–2

Buckley, A.

• Panel: Toward an ICA Code of Conduct, pages 1–2

Buckley, A. R.

• Professional Codes of Ethics for Organizations, pages 1–3

Budreckaitė, R.

• Reflections of Global Crises in Childrens’ Maps of 2019–2023: Lithuania and Hungary, pages 1–2

Bureš, M.

• Comparative Study of Polish and Czech Cross Country Movement Models, pages 1–2

Burghardt, D.

• Towards Mapping Place Semantics: A Geosocial Media Data Approach for Geo-Semantic Analysis and Place Similarity Computation, pages 1–2
• A Breakdown of Subjective Reactions in Geo-Social Media and a Review of Their Cartographic Visualisation, pages 1–2
• Automated polygon schematization for thematic maps: an integrative review, pages 1–2

Burian, J.

• Automated roof generation for the city of Olomouc using ArcGIS CityEngine, pages 1–2
• Interactive 2D Visualizations of Olomouc's Development as Tools for Revitalizing Cultural Heritage, pages 1–2

Byrne, I.

• Do road maps have ethics?, pages 1–2

van den Brink, M.

• A sketch map tool for geography education, pages 1–2

C

Calvo Alonso, I.

• The 1:10.000.000 scale global base of the National Atlas of Spain, pages 1–1

Camboim, S.

• An AI-Based Approach To Identify Spatio-Temporal Contribution Patterns And Their Impact On OpenStreetMap Data Quality, pages 1–2

Camboim, S. P.

• Some reflections on ethics in the Brazilian cartography and its consequences in socioenvironmental problems, pages 1–2
• Using open and collaborative data to improve the Brazilian topographic mapping in protected areas, pages 1–2

Campo, L.

• Recording the Use of InteractiveWeb Maps with ZoomTracker, pages 1–2

Candit, O.

• Development of a web-mapping application for storytelling with animations and guided interactions, pages 1–2

Cartwright, W.

• Mapping Speed, pages 1–1

Ceballos Cantú, J. P.

• Approaching geospatial trustworthiness with graph algorithms and maps, pages 1–2

Cerba, O.

• Cartographic Visualisation of the Territorial Attractiveness, pages 1–2

Cerulli-Harms, A.

• Communication via maps in the field of radiation protection: effects of visualized information on risk perception, risk understanding and intended protective behaviours, pages 1–2

Chabaniuk, V.

• Atlas GeoInformation System and Model. Introduction, pages 1–2

Charoyan, A.

• The 1:10.000.000 scale global base of the National Atlas of Spain, pages 1–1

Chew, Y. Z.

• From Leaves to Forests: How to Map Stress in Plants due to Climate Change, pages 1–2

Choromański, K.

• Exploring the potential of NLP technology to generate textual descriptions of space for indoor navigation applications, pages 1–2

Chuprikova, E.

• From Leaves to Forests: How to Map Stress in Plants due to Climate Change, pages 1–2
• Near Real-Time Mapping to Estimate Snow Cover Fraction Area, pages 1–2

Coetzee, S.

• Panel: Toward an ICA Code of Conduct, pages 1–2
• Assessing the Suitability of Data Classification Methods for Choropleth Maps Depicting Population Distribution in South Africa, pages 1–2

Cohen, A.

• POI VizNet: New QGIS Tool to Construct Visibility Networks in Cities, pages 1–2

Courtial, A.

• Strategies for pan-scalar map generalisation, pages 1–2

Cox, S.

• Geospatial Metaphors in the Communication of Climate Change-Related Flooding Uncertainty, pages 1–1
• A Coastal Asset Risk Index (CARI) based on multi-criteria spatial analysis: New Zealand pilot study, pages 1–1

Cron, J.

• Critical 21^st century cartography education: identifying course content and instruction methods for the curriculum, pages 1–2

Cuentas Toledo, O.

• Geospatial analysis of land use and cover changes in the Ilo-Moquegua watershed, pages 1–3

Cybulski, P.

• Graphical similarity of cartographic symbols in a map-based search task, pages 1–2

Czerwińska, Z.

• Comparison of spatial orientation using topographic map and orthophotomap in a virtual environment representing urban space, pages 1–2

del Carmen Ernstberger, M.

• Critical 21^st century cartography education: identifying course content and instruction methods for the curriculum, pages 1–2
• Panel: Toward an ICA Code of Conduct, pages 1–2

D

Dalyot, S.

• POI VizNet: New QGIS Tool to Construct Visibility Networks in Cities, pages 1–2

Dawid, W.

• Comparative Study of Polish and Czech Cross Country Movement Models, pages 1–2

Dehbi, Y.

• Deep Generation of Synthetic Training Data for the Automated Extraction of Semantic Knowledge from Historical Maps, pages 1–2

Denier, S.

• “Base Map” - a new vector tiles-based map for mobile applications, pages 1–2

Desai, M.

• The Atlas of Cartography: An Attempt to Spatialize Map Conceptions, pages 1–4
• Critical mapping: Rote Wien, an X-RAY of Vienna’s social housing, pages 1–4

Diaz-Rainey, I.

• Geospatial Metaphors in the Communication of Climate Change-Related Flooding Uncertainty, pages 1–1
• A Coastal Asset Risk Index (CARI) based on multi-criteria spatial analysis: New Zealand pilot study, pages 1–1

Diaz-Vilariño, L.

• 3D printing indoor evacuation plans for visually impaired people, pages 1–2

Dickmann, F.

• PictoAI: Increasing the Meaningfulness of Cartographic Pictograms Using Artificial Intelligence?, pages 1–2

Dinga, G. T.

• Investigating the Importance of Digital Surface Models for Building Segmentation with Deep Learning, pages 1–2

Dinkler, B.

• Enclaves and exclaves in tilemaps, pages 1–2

Dohnal, F.

• Comparative Study of Polish and Czech Cross Country Movement Models, pages 1–2
• Measurement of spectral reflectance of map image, pages 1–2

Dolák, L.

• Drought, Heatwaves, and Fire Weather and its Cartographic Visualization, pages 1–1

Dorneles, J. I. O.

• Using open and collaborative data to improve the Brazilian topographic mapping in protected areas, pages 1–2

Drews, J.

• PictoAI: Increasing the Meaningfulness of Cartographic Pictograms Using Artificial Intelligence?, pages 1–2

Drăguț, L.

• Development of a web-mapping application for storytelling with animations and guided interactions, pages 1–2

Dvalashvili, G.

• Karst relief geospatial analysis (Georgia, Chiatura Municipality), pages 1–2

Dyshlyk, O.

• Atlas GeoInformation System and Model. Introduction, pages 1–2

Dötsch, L.

• Enclaves and exclaves in tilemaps, pages 1–2

Van Damme, M.-D.

• Gathering a multicultural ontology of outdoor and hiking landmarks from direct terrain observations and sketch maps, pages 1–2

E

Edler, D.

• PictoAI: Increasing the Meaningfulness of Cartographic Pictograms Using Artificial Intelligence?, pages 1–2

Efendyan, P.

• Enhancing Quality Control Standards for Armenia's National Spatial Data Infrastructure: A Python-based Approach with Emphasis on Road Spatial Data Layers, pages 1–2

Eichenberger, R.

• Migrating the Atlas of Switzerland to the Web: A comparative analysis of 2D and 3D open-source web rendering frameworks, pages 1–2

Eisl, S.

• Web-based visualization of static and dynamic HD road traffic map layers, pages 1–2

Ek, K.

• Open-source tools and Open Science practices inspiring co-creation of geospatial data infrastructures – reflections from Finland and Tanzania, pages 1–2

Ekanayaka, E. M. R. D.

• Automated roof generation for the city of Olomouc using ArcGIS CityEngine, pages 1–2

Elvidge, C.

• Map of Darkness: How Nighttime Lights Trace the Impact of War in Ukraine, pages 1–2

Engelhardt, Y.

• Space as a Metaphor – Design Guidelines and Evaluation of Map Imitation, pages 1–2

Eppinga, M.

• Mapping for Sustainable Development: Comparing different mapping techniques for monitoring mangroves to reach SDG 15 and 6, pages 1–3

Español-Alfonso, C.

• Human Machine Interface Design for Robotized Road Works in InfraROB project, pages 1–2

F

Fabrikant, S. I.

• Spatial knowledge acquisition in mobile map-assisted navigation: a real-world longitudinal study, pages 1–2

Fajardo Figueroa, E.

• Towards an automatic UAS-based mapping tool for first responders: Defibrillator Missions in Alpine Regions, pages 1–3

Fačevicová, K.

• Influence of cartographic training on color scale usability, pages 1–2

Fencík, R.

• Monitoring and interactive mapping of illegal environmental activities on the example of Slovakia, pages 1–2

Feng, C.-C.

• Designing Mobile-Optimized Cartograms, pages 1–2

Feng, Y.

• The Impact of Maps on Climate Information Communication: An Empirical User Study on Social Media Trustworthiness, pages 1–2
• Simplification and aggregation of vector building footprints using deep learning models, pages 1–2

Feranec, J.

• Monitoring and interactive mapping of illegal environmental activities on the example of Slovakia, pages 1–2

Fernández-Abeijón, R.

• 3D printing indoor evacuation plans for visually impaired people, pages 1–2

Fethers, J. O.

• Deep Generation of Synthetic Training Data for the Automated Extraction of Semantic Knowledge from Historical Maps, pages 1–2

Field, K.

• Mapping Speed, pages 1–1
• The shining: sun, moon, and snowflakes, pages 1–1

Fish, C.

• Storytelling with Satellites: A Preliminary User Study of Satellite Data in the News, pages 1–2
• Hazardous Waste Litigation and Mapping: A template for designing maps of climate change attribution, pages 1–2

Freitag, K.

• Topographic Thesaurus of the BEV, pages 1–2
• Austrian vecMap – Vector Tiles for the Austrian Map Online, pages 1–2

Fu, C.

• Efficient operator annotation for deep learning in cartographic building generalization, pages 1–2

G

Gaia, L.

• Cartographic visualization of the effects of climate change: a practical application for the Atlas of Switzerland, pages 1–2

Gambashidze, M.

• Mapping rights done right? – An interactive web tool with user at its heart, pages 1–2

Gamkrelidze, M.

• Compilation/Update of State Geological Maps in Georgia, pages 1–2

Gaprindashvili, G.

• Compilation/Update of State Geological Maps in Georgia, pages 1–2
• Cartographic Aspects of Landslide and Mudflow Hazard Assessment in Kakheti Region (Georgia), pages 1–2

Gaprindashvili, M.

• Compilation/Update of State Geological Maps in Georgia, pages 1–2

García López, M.

• The 1:10.000.000 scale global base of the National Atlas of Spain, pages 1–1

García-Corbeira, F. J.

• 3D printing indoor evacuation plans for visually impaired people, pages 1–2

Gartner, G.

• Preface, pages 1–1
• Exploring Methods for Revealing the Cognitive Structures of Map Information Extraction, pages 1–2
• Approaching geospatial trustworthiness with graph algorithms and maps, pages 1–2
• Reflections on Penn State’s Embedded Geovisual Analytics Course: Travels to the European Union, pages 1–1
• Colour Design for Crisis Maps, pages 1–2
• Space as a Metaphor – Design Guidelines and Evaluation of Map Imitation, pages 1–2
• Supporting Spatial Learning with the Indoor Sign InteGrated Navigation System, pages 1–2

Gastner, M. T.

• Designing Mobile-Optimized Cartograms, pages 1–2

Ghosh, T.

• Map of Darkness: How Nighttime Lights Trace the Impact of War in Ukraine, pages 1–2

Goga, T.

• Monitoring and interactive mapping of illegal environmental activities on the example of Slovakia, pages 1–2

González-Collazo, S. M.

• Scanning indoor environments with Microsoft HoloLens 2 for interactive generation of floor plans, pages 1–2

Gordeziani, T.

• Conceptual system of metacartography: the novelty of the Georgian scientific cartographic school in the theory of cartography, pages 1–2
• Historical, legal and cartographic analysis of the formation of the Georgia-Azerbaijan state border (on the example of the David Gareji monastery complex and its surrounding area), pages 1–2

Gorgodze, T.

• Historical, legal and cartographic analysis of the formation of the Georgia-Azerbaijan state border (on the example of the David Gareji monastery complex and its surrounding area), pages 1–2

Gotlib, D.

• Selected research issues in geovisualization of building interiors for the LBS, pages 1–2
• Exploring the potential of NLP technology to generate textual descriptions of space for indoor navigation applications, pages 1–2
• A virtual environment designed for testing location-based services based on navigation simulation in the digital twin, pages 1–2

Gołębiowska, I.

• A map alone or with a company? User study on redundancy in maps and other forms of data visualization, pages 1–2

Graser, A.

• Spatio-Temporal Vertical Federated Learning to Overcome Data Sharing Limitations, pages 1–2

Griffin, A. L.

• Using AI to Generate Accessibility Descriptions for Maps, pages 1–2

Grujić, L.

• Using Field Maps to monitor environmental and social impacts on Morava Corridor motorway construction in Serbia, pages 1–2

Gružas, K.

• Crime regions in Lithuanian major cities and their suburbs, pages 1–2
• Reflections of Global Crises in Childrens’ Maps of 2019–2023: Lithuania and Hungary, pages 1–2

Gröbe, M.

• Benefits and challenges in cross media map production, pages 1–2

Grübel, J.

• OD-Vis: A Map-based Dashboard for Insight Discovery of OD Data, pages 1–2

Gudzuadze, G.

• Historical, legal and cartographic analysis of the formation of the Georgia-Azerbaijan state border (on the example of the David Gareji monastery complex and its surrounding area), pages 1–2

Gugulica, M.

• Towards Mapping Place Semantics: A Geosocial Media Data Approach for Geo-Semantic Analysis and Place Similarity Computation, pages 1–2

Guler, D.

• Integration Between 3D Spatial Planning and 3D Land Administration for Sustainable Development, pages 1–2

Gzirishvili, T.

• Compilation/Update of State Geological Maps in Georgia, pages 1–2

Górzyński, M.

• Comparison of spatial orientation using topographic map and orthophotomap in a virtual environment representing urban space, pages 1–2

H

Habibi, R.

• A New Spatiotemporal Pattern Mining to Explore Earthquake Dynamics, pages 1–2

Halik, Ł.

• User preferences for 2D markings of public buildings in immersive 3D geovisualizations, pages 1–2

Hamad, M. M.

• Open-source tools and Open Science practices inspiring co-creation of geospatial data infrastructures – reflections from Finland and Tanzania, pages 1–2

Hanewinkel, C.

• Mapping rights done right? – An interactive web tool with user at its heart, pages 1–2

Harrison, J. F.

• GIS-based management of a campus tree inventory for assessing optimal shade tree locations: a case study of National Cheng Kung University, Taiwan, pages 1–2

Harvey, F.

• Making the World a Better Place: Map by Map, Toponym by Toponym, pages 1–1

Haunert, J.-H.

• Automatically generating virtual tours based on dense sets of 360° imagery, pages 1–2

Hauthal, E.

• A Breakdown of Subjective Reactions in Geo-Social Media and a Review of Their Cartographic Visualisation, pages 1–2

Hein, A.

• Large-Scale Phenomena and Small-Scale Heterogeneous Data: Cartographic Challenges in a Cross-Border Comparison of Healthcare Systems, pages 1–2

Helfer, M.

• The design of a location-based mobile service with augmented reality to capture perceptions of coloured photovoltaic scenarios in rural and urban environments, pages 1–2

Hilton, C.

• Spatial knowledge acquisition in mobile map-assisted navigation: a real-world longitudinal study, pages 1–2

Hladík, P.

• Critical spots in undergraduate cartographic education: analysis of final tests and oral examinations, pages 1–2

Holfeld, U.

• Tailoring Base Maps: A Study on Air Quality Maps, pages 1–2

Homoki, E.

• A pilot study of adapting, validating and further developing a map skills model to improve the teaching and learning of map reading at primary and secondary school level, pages 1–1

Horbiński, T.

• Comparison of spatial orientation using topographic map and orthophotomap in a virtual environment representing urban space, pages 1–2

Houtman, L.

• Future opportunities for mobile thematic map design in data journalism, pages 1–2

Hruby, F.

• Enclaves and exclaves in tilemaps, pages 1–2

Huang, H.

• Inferring users’ tasks on maps based on eye movement and EEG data, pages 1–1
• Supporting Spatial Learning with the Indoor Sign InteGrated Navigation System, pages 1–2

Hunt, P.

• A Second Look at Label Density in Large-Scale Online Maps, pages 1–2

Hurni, L.

• Cartographic visualization of the effects of climate change: a practical application for the Atlas of Switzerland, pages 1–2
• Cartography: Facts, Figures, Fiction, Fake – or: 170 Years of Cartography at ETH Zurich, pages 1–3
• Migrating the Atlas of Switzerland to the Web: A comparative analysis of 2D and 3D open-source web rendering frameworks, pages 1–2

I

Ignateva, O.

• Critical 21^st century cartography education: identifying course content and instruction methods for the curriculum, pages 1–2

Inglot, A.

• HexDTM - A method of thinning LiDAR point clouds using cartographic thematic data classification, pages 1–2

Ireinova, M.

• Diversity of dialect maps, pages 1–2

Irás, K.

• Experiences using maps and story maps in the BIO-MAPS project (Online Map Library of European writers and poets), pages 1–3

J

Jakubec, O.

• Automated roof generation for the city of Olomouc using ArcGIS CityEngine, pages 1–2
• Interactive 2D Visualizations of Olomouc's Development as Tools for Revitalizing Cultural Heritage, pages 1–2

Jankūnas, G.

• Spatial analysis of drug offences and their use registered by the Lithuanian Police in Vilnius City Municipality in 2015–2022, pages 1–2

Janowicz, K.

• Exploring challenges of Large Language Models in estimating the distance, pages 1–2

Jaremko, M.

• Comparison of spatial orientation using topographic map and orthophotomap in a virtual environment representing urban space, pages 1–2

Jedlicka, K.

• Cartographic Visualisation of the Territorial Attractiveness, pages 1–2

Jincharadze, G.

• Historical, legal and cartographic analysis of the formation of the Georgia-Azerbaijan state border (on the example of the David Gareji monastery complex and its surrounding area), pages 1–2

Jobst, M.

• Approaching geospatial trustworthiness with graph algorithms and maps, pages 1–2

Jones, C. E.

• The design of a location-based mobile service with augmented reality to capture perceptions of coloured photovoltaic scenarios in rural and urban environments, pages 1–2
• Spatio-Temporal Mapping of the Diffusion of Residential Solar Photovoltaic Technology in Luxembourg (2017-2023), pages 1–2

Joukl, Z.

• Exploring Methods for Revealing the Cognitive Structures of Map Information Extraction, pages 1–2

Jurgens, S.

• Mapping for Sustainable Development: Comparing different mapping techniques for monitoring mangroves to reach SDG 15 and 6, pages 1–3

Jussila, A.

• Vectorization of watercourse detection from neural network, pages 1–2

K

Kagawa, A.

• What’s geographical names got to do with Climate Action?, pages 1–1

Kargashin, P.

• Arctic seas data cube based on discrete global grid system, pages 1–2

Karimi, M.

• Exploring challenges of Large Language Models in estimating the distance, pages 1–2

Karsznia, I.

• The use of graph convolutional networks in road selection for small-scale maps design, pages 1–2
• Enriching river network data for multi-scale machine learning based selection: a case study of Poland and France, pages 1–2

Keil, J.

• PictoAI: Increasing the Meaningfulness of Cartographic Pictograms Using Artificial Intelligence?, pages 1–2

Kelly, M.

• Storytelling with Satellites: A Preliminary User Study of Satellite Data in the News, pages 1–2

Kent, A. J.

• Charting the Role of the Times Atlas in the Evolution of Trustworthy Cartography, pages 1–2

Kerkovits, K.

• A review of general perspective projections onto a cylinder, pages 1–2

Kesidis, A.

• Leveraging machine learning and spectroscopic techniques towards estimating paper map scale levels, pages 1–2

Kesidis, A. L.

• Deep learning for map generalization: Experimenting with coastline data at different map scales, pages 1–2

Keskin, M.

• Eyes on the Street, Mind on the Ride: Decoding Stress in Active Mobility, pages 1–2

Kessler, F.

• Reflections on Penn State’s Embedded Geovisual Analytics Course: Travels to the European Union, pages 1–1

Kessler, F. C.

• A critical review of cognition and perception research Involving map projections, pages 1–2

Kettunen, P.

• Vectorization of watercourse detection from neural network, pages 1–2
• Gathering a multicultural ontology of outdoor and hiking landmarks from direct terrain observations and sketch maps, pages 1–2
• Developing a conceptual framework for usability evaluation of cartographic design principles in Mixed Reality applications, pages 1–2

Kević, K.

• Insights at a Glance: Unravelling Spatial Trends with Bivariate Choropleth Mapping, pages 1–2

Khorbaladze, N.

• Historical, legal and cartographic analysis of the formation of the Georgia-Azerbaijan state border (on the example of the David Gareji monastery complex and its surrounding area), pages 1–2

King, B.

• Reflections on Penn State’s Embedded Geovisual Analytics Course: Travels to the European Union, pages 1–1

Klusytė, S.

• Reflections of Global Crises in Childrens’ Maps of 2019–2023: Lithuania and Hungary, pages 1–2

Konopska, B.

• Application of relational analysis in the historiography of cartography – case study of Polish Cartographical Review bibliography, pages 1–2

Kontou, D.-M.

• Perfect Extremes: Mapping the Global Interplay of Droughts and Floods in a Changing Climate, pages 1–1

Kopecká, M.

• Monitoring and interactive mapping of illegal environmental activities on the example of Slovakia, pages 1–2

Kordzadze, M.

• Compilation/Update of State Geological Maps in Georgia, pages 1–2

Korfmacher, S.

• Enclaves and exclaves in tilemaps, pages 1–2

Koski, C.

• Vectorization of watercourse detection from neural network, pages 1–2

Kotov, E.

• Effects of Human Mobility on the Spread of Disease-Transmitting Mosquitoes in Spain: Insights from Mobile Phone Data, pages 1–2

Kowalski, P.

• Selected research issues in geovisualization of building interiors for the LBS, pages 1–2

Kozioł, K.

• HexDTM - A method of thinning LiDAR point clouds using cartographic thematic data classification, pages 1–2

Kraak, M.-J.

• Issues faced when developing an atlas for both paper and online, pages 1–2
• Panel: Toward an ICA Code of Conduct, pages 1–2

Krajewski, M.

• Preferred cartographic representation for tourist information, pages 1–2

Krajňáková, L.

• Emotional maps: visualization of participatory mapping data based on user-testing, pages 1–2

Krassanakis, V.

• A new graph-based metric for modeling aggregated gaze behavior differences during map reading, pages 1–2
• Leveraging machine learning and spectroscopic techniques towards estimating paper map scale levels, pages 1–2
• Deep learning for map generalization: Experimenting with coastline data at different map scales, pages 1–2

Kriese, B.

• Enclaves and exclaves in tilemaps, pages 1–2

Krisp, J. M.

• Spatial Analysis of Social Networks in Urban Environments: Integrating Big Data and Cartographic Techniques for Understanding Mobility Patterns, pages 1–2

Kubíček, P.

• Drought, Heatwaves, and Fire Weather and its Cartographic Visualization, pages 1–1

Kumke, H.

• From Leaves to Forests: How to Map Stress in Plants due to Climate Change, pages 1–2
• Near Real-Time Mapping to Estimate Snow Cover Fraction Area, pages 1–2

Kumladze, R.

• Compilation/Update of State Geological Maps in Georgia, pages 1–2
• Atlas Cartography in Georgia, pages 1–2

Kuveždić Divjak, A.

• Insights at a Glance: Unravelling Spatial Trends with Bivariate Choropleth Mapping, pages 1–2

Kveladze, I.

• Developing a conceptual framework for usability evaluation of cartographic design principles in Mixed Reality applications, pages 1–2

Kyncl, G.

• Automatic digital rock drawing using a "ladder style" representation, pages 1–2

Kádár, A.

• A pilot study of adapting, validating and further developing a map skills model to improve the teaching and learning of map reading at primary and secondary school level, pages 1–1
• Detecting differences between the map reading strategies of novice and expert students of geography: A pilot study, pages 1–2
• Eye-Tracking in Formal Education. Understanding Map Reading Skills and Their Development, pages 1–2

Kähkönen, J.

• Data Access Platform for Marine and Freshwater Applications, pages 1–2

Käyhkö, N.

• Open-source tools and Open Science practices inspiring co-creation of geospatial data infrastructures – reflections from Finland and Tanzania, pages 1–2

Köbben, B.

• A sketch map tool for geography education, pages 1–2

L

Lai, S. Y.-J.

• GIS-based management of a campus tree inventory for assessing optimal shade tree locations: a case study of National Cheng Kung University, Taiwan, pages 1–2

Laval, L.

• Building Facade Colors for Urban Navigation, pages 1–2

Ledermann, F.

• Preface, pages 1–1
• Graphical similarity of cartographic symbols in a map-based search task, pages 1–2
• Building Facade Colors for Urban Navigation, pages 1–2
• Perceptual Distortions in Cartography: Maps for Trickery, pages 1–2
• Mapping the X-Minute City: Visualizing how different types of residents interact with their “15-Minute Cities”, pages 1–2

Lehn, A.

• Mapping as a Medium and Tool for Spatial Education – An Examination with Visual Methods, pages 1–2

Lehto, L.

• Data Access Platform for Marine and Freshwater Applications, pages 1–2

Lennox, J.

• Charting the Role of the Times Atlas in the Evolution of Trustworthy Cartography, pages 1–2
• Space as a Metaphor – Design Guidelines and Evaluation of Map Imitation, pages 1–2

Li, Y.

• Exploring new ways to zoom in maps, pages 1–2

Liaskos, D.

• A new graph-based metric for modeling aggregated gaze behavior differences during map reading, pages 1–2

Liem, J.

• Austrian vecMap – Vector Tiles for the Austrian Map Online, pages 1–2

Liparteliani, G.

• Atlas Cartography in Georgia, pages 1–2

Lipka, K.

• Exploring the potential of NLP technology to generate textual descriptions of space for indoor navigation applications, pages 1–2

Listabarth, J.

• Mapping rights done right? – An interactive web tool with user at its heart, pages 1–2
• Issues faced when developing an atlas for both paper and online, pages 1–2
• Automated polygon schematization for thematic maps: an integrative review, pages 1–2

Liu, N.

• The Impact of Maps on Climate Information Communication: An Empirical User Study on Social Media Trustworthiness, pages 1–2

Lomidze, G.

• Compilation/Update of State Geological Maps in Georgia, pages 1–2

Londoño Jiménez, M.

• Materiality in Cartography, A First Attempt to Evaluate its Usefulness, pages 1–2

Lorencio Abril, J. A.

• Spatio-Temporal Vertical Federated Learning to Overcome Data Sharing Limitations, pages 1–2

Losang, E.

• Making the World a Better Place: Map by Map, Toponym by Toponym, pages 1–1
• Spatial knowledge in encyclopedias and atlases - structural commonalities and differences in the production of space, pages 1–2

Lurie, I.

• Positivism reflections in Soviet cartography, pages 1–2

Lysák, J.

• Automatic digital rock drawing using a "ladder style" representation, pages 1–2
• Emotional maps: visualization of participatory mapping data based on user-testing, pages 1–2

M

Le Mao, B.

• Enriching river network data for multi-scale machine learning based selection: a case study of Poland and France, pages 1–2

Ma, Y.

• Empowering Vulnerable Regions through Accessible Disaster Mapping: Developing User-Friendly Platforms for Underdeveloped Regions and Non-Specialists, pages 1–2

Machová, D.

• Emotional maps: visualization of participatory mapping data based on user-testing, pages 1–2

Mackaness, W.

• Browsing Map Browsers, pages 1–2

Mamić, M.

• Insights at a Glance: Unravelling Spatial Trends with Bivariate Choropleth Mapping, pages 1–2

Manu, S. D.

• Accessibility approaches for thematic web maps, pages 1–1

Marelić, T.

• Mosaics within Mosaics: The Anatomy of Portolan Atlases, pages 1–2

Martínez Heredia, N.

• Perceptual Distortions in Cartography: Maps for Trickery, pages 1–2

Martínez-Sánchez, J.

• Human Machine Interface Design for Robotized Road Works in InfraROB project, pages 1–2

Mačiulevičiūtė–Turlienė, N.

• Spatial distribution of cemeteries in Lithuania, pages 1–2

Medyńska-Gulij, B.

• User preferences for 2D markings of public buildings in immersive 3D geovisualizations, pages 1–2
• Preferred cartographic representation for tourist information, pages 1–2
• Mini-map design as a cartographic element of the user interface - based on video games, pages 1–2
• Cartographic sources in the immersive geovisualization of a medieval stronghold, pages 1–2

Mejia-Aguilar, A.

• From Leaves to Forests: How to Map Stress in Plants due to Climate Change, pages 1–2
• Towards an automatic UAS-based mapping tool for first responders: Defibrillator Missions in Alpine Regions, pages 1–3
• Near Real-Time Mapping to Estimate Snow Cover Fraction Area, pages 1–2

Meng, L.

• From Leaves to Forests: How to Map Stress in Plants due to Climate Change, pages 1–2
• The Impact of Maps on Climate Information Communication: An Empirical User Study on Social Media Trustworthiness, pages 1–2
• Near Real-Time Mapping to Estimate Snow Cover Fraction Area, pages 1–2

Meriam, E.

• Leveraging a Living Atlas of the World, pages 1–2

Merlemis, N.

• Leveraging machine learning and spectroscopic techniques towards estimating paper map scale levels, pages 1–2

Mijts, E.

• Mapping for Sustainable Development: Comparing different mapping techniques for monitoring mangroves to reach SDG 15 and 6, pages 1–3

Miletić, A.

• Insights at a Glance: Unravelling Spatial Trends with Bivariate Choropleth Mapping, pages 1–2

Misthos, L.-M.

• Leveraging machine learning and spectroscopic techniques towards estimating paper map scale levels, pages 1–2

Mitterschiffthaler, P.

• Austrian vecMap – Vector Tiles for the Austrian Map Online, pages 1–2

Molyneux, C.

• Mapping Speed, pages 1–1

Moore, A.

• Geospatial Metaphors in the Communication of Climate Change-Related Flooding Uncertainty, pages 1–1
• Democratising nations by area through small multiples, pages 1–2
• A Coastal Asset Risk Index (CARI) based on multi-criteria spatial analysis: New Zealand pilot study, pages 1–1

Moser, J.

• Mapping rights done right? – An interactive web tool with user at its heart, pages 1–2

Moser, M.

• Eyes on the Street, Mind on the Ride: Decoding Stress in Active Mobility, pages 1–2

Moustakas, A.

• Revolutionizing Marine Litter spatiotemporal mapping combining UAV – Citizen Science & Machine Learning, pages 1–3

Msilanga, M.

• Open-source tools and Open Science practices inspiring co-creation of geospatial data infrastructures – reflections from Finland and Tanzania, pages 1–2

Mudiyanselage, S. H.

• Deep Generation of Synthetic Training Data for the Automated Extraction of Semantic Knowledge from Historical Maps, pages 1–2

Muhli, P.

• Data Access Platform for Marine and Freshwater Applications, pages 1–2

Mužík, F.

• Using AR visual positioning system to visualise an extinct village Zhůří, pages 1–2

Müdespacher, A.

• Migrating the Atlas of Switzerland to the Web: A comparative analysis of 2D and 3D open-source web rendering frameworks, pages 1–2

Münzberger, J.

• Prague Squared, pages 1–1

N

Nanobashvili, T.

• Cartographic Aspects of Landslide and Mudflow Hazard Assessment in Kakheti Region (Georgia), pages 1–2

Narbaitz Sarsur, C.

• Critical mapping: Rote Wien, an X-RAY of Vienna’s social housing, pages 1–4
• Fill the map: Integrating objective data and citizen knowledge for Participatory Urban Planning, pages 1–3

Natapov, A.

• POI VizNet: New QGIS Tool to Construct Visibility Networks in Cities, pages 1–2

Naumann, A.

• Automatically generating virtual tours based on dense sets of 360° imagery, pages 1–2

Navares-Vázquez, J. C.

• Scanning indoor environments with Microsoft HoloLens 2 for interactive generation of floor plans, pages 1–2

Nestel, C.

• Panel: Toward an ICA Code of Conduct, pages 1–2

Neumann, A.

• Cartographic visualization of the effects of climate change: a practical application for the Atlas of Switzerland, pages 1–2
• Migrating the Atlas of Switzerland to the Web: A comparative analysis of 2D and 3D open-source web rendering frameworks, pages 1–2

Ngereja, Z.

• Open-source tools and Open Science practices inspiring co-creation of geospatial data infrastructures – reflections from Finland and Tanzania, pages 1–2

Nguyen, Q.

• Geospatial Metaphors in the Communication of Climate Change-Related Flooding Uncertainty, pages 1–1
• A Coastal Asset Risk Index (CARI) based on multi-criteria spatial analysis: New Zealand pilot study, pages 1–1

Nie, P.

• Issues faced when developing an atlas for both paper and online, pages 1–2

Nikolić, Z.

• Unusual geography in The Atlas of Unusual Borders and The Atlas of Microstates books, pages 1–2

Norkevičė, K. D.

• What do children’s maps tell us? Topical messages from the years 2005–2021, pages 1–2

Nováček, J.

• Monitoring and interactive mapping of illegal environmental activities on the example of Slovakia, pages 1–2

Nuhn, E.

• Gathering a multicultural ontology of outdoor and hiking landmarks from direct terrain observations and sketch maps, pages 1–2

O

Obojes, N.

• From Leaves to Forests: How to Map Stress in Plants due to Climate Change, pages 1–2

Oksanen, J.

• Open-source tools and Open Science practices inspiring co-creation of geospatial data infrastructures – reflections from Finland and Tanzania, pages 1–2
• Data Access Platform for Marine and Freshwater Applications, pages 1–2

Olberding, H.

• Animated interactive 3D cartography in VR applications, pages 1–1

Olteanu-Raimond, A.-M.

• Gathering a multicultural ontology of outdoor and hiking landmarks from direct terrain observations and sketch maps, pages 1–2

Opravil, Š.

• Monitoring and interactive mapping of illegal environmental activities on the example of Slovakia, pages 1–2

Otto, M.

• Using Field Maps to monitor environmental and social impacts on Morava Corridor motorway construction in Serbia, pages 1–2

Owczarek, P.

• Changes in the extent of a glacier based on topographic maps and satellite images - possibilities and limitations on the example of the de Ferpecle glacier, pages 1–2

O’Dell, N.

• Mapping the X-Minute City: Visualizing how different types of residents interact with their “15-Minute Cities”, pages 1–2

P

Palatinus, Z.

• A pilot study of adapting, validating and further developing a map skills model to improve the teaching and learning of map reading at primary and secondary school level, pages 1–1
• Detecting differences between the map reading strategies of novice and expert students of geography: A pilot study, pages 1–2

Palmer, J.

• Effects of Human Mobility on the Spread of Disease-Transmitting Mosquitoes in Spain: Insights from Mobile Phone Data, pages 1–2

Panek, J.

• Insights from a Decade of Participatory Mapping: Case Study of EmotionalMaps project, pages 1–1

Papakonstantinou, A.

• Revolutionizing Marine Litter spatiotemporal mapping combining UAV – Citizen Science & Machine Learning, pages 1–3

Papčo, J.

• Monitoring and interactive mapping of illegal environmental activities on the example of Slovakia, pages 1–2

Pazúr, R.

• Monitoring and interactive mapping of illegal environmental activities on the example of Slovakia, pages 1–2

Pech, V.

• Recording the Use of InteractiveWeb Maps with ZoomTracker, pages 1–2

Peres, L. D. D. S.

• Using open and collaborative data to improve the Brazilian topographic mapping in protected areas, pages 1–2

Perrault, S. T.

• Designing Mobile-Optimized Cartograms, pages 1–2

Peterson, M. P.

• A Second Look at Label Density in Large-Scale Online Maps, pages 1–2

Petrakovic, I.

• Colour Design for Crisis Maps, pages 1–2

Petrosyan, M.

• Enhancing Quality Control Standards for Armenia's National Spatial Data Infrastructure: A Python-based Approach with Emphasis on Road Spatial Data Layers, pages 1–2

Petrovič, D.

• OpenStreetMap data quality assessment according to ISO 19157-1:2023 for Slovenia and Bosnia and Herzegovina, pages 1–2

Piloyan, A.

• Enhancing Quality Control Standards for Armenia's National Spatial Data Infrastructure: A Python-based Approach with Emphasis on Road Spatial Data Layers, pages 1–2

Pippig, K.

• “Base Map” - a new vector tiles-based map for mobile applications, pages 1–2

Pirkhoffer, E.

• A pilot study of adapting, validating and further developing a map skills model to improve the teaching and learning of map reading at primary and secondary school level, pages 1–1

Pokonieczny, K.

• Automated system of generating military maps of passability, pages 1–2

Popelka, S.

• Exploring Methods for Revealing the Cognitive Structures of Map Information Extraction, pages 1–2
• Automated roof generation for the city of Olomouc using ArcGIS CityEngine, pages 1–2
• Influence of cartographic training on color scale usability, pages 1–2
• Interactive 2D Visualizations of Olomouc's Development as Tools for Revitalizing Cultural Heritage, pages 1–2

Postert, P.

• Utilizing geospatial operations to enhance the visual impression in AR and VR, pages 1–2

Potié, Q.

• Browsing Map Browsers, pages 1–2

Pozdisek, J.

• Diversity of dialect maps, pages 1–2

Pál, V.

• A pilot study of adapting, validating and further developing a map skills model to improve the teaching and learning of map reading at primary and secondary school level, pages 1–1
• Detecting differences between the map reading strategies of novice and expert students of geography: A pilot study, pages 1–2

Q

Qin, T.

• Inferring users’ tasks on maps based on eye movement and EEG data, pages 1–1

Quispe Cohaila, A. B.

• Geospatial analysis of land use and cover changes in the Ilo-Moquegua watershed, pages 1–3

R

Raposo, P.

• HexDTM - A method of thinning LiDAR point clouds using cartographic thematic data classification, pages 1–2

Rautenbach, V.

• Assessing the Suitability of Data Classification Methods for Choropleth Maps Depicting Population Distribution in South Africa, pages 1–2

Raz, O.

• Online Statistical Thematic Atlas, pages 1–2

Rehrl, K.

• Web-based visualization of static and dynamic HD road traffic map layers, pages 1–2
• Interactive visualizations for assessing car-to-bicycle overtaking manoeuvres, pages 1–2

Reikertas, A.

• Spatial distribution of cemeteries in Lithuania, pages 1–2

Resch, B.

• Eyes on the Street, Mind on the Ride: Decoding Stress in Active Mobility, pages 1–2

Reyes Nunez, J. J.

• Experiences using maps and story maps in the BIO-MAPS project (Online Map Library of European writers and poets), pages 1–3

Reyes Nuñez, J. J.

• Reflections of Global Crises in Childrens’ Maps of 2019–2023: Lithuania and Hungary, pages 1–2

Ricker, B.

• Mapping for Sustainable Development: Comparing different mapping techniques for monitoring mangroves to reach SDG 15 and 6, pages 1–3

Roberts, L.

• Hazardous Waste Litigation and Mapping: A template for designing maps of climate change attribution, pages 1–2

Robinson, A. C.

• Using AI to Generate Accessibility Descriptions for Maps, pages 1–2

Romero Candanedo, G.

• Near Real-Time Mapping to Estimate Snow Cover Fraction Area, pages 1–2

Rosenberg, S.

• Automatically generating virtual tours based on dense sets of 360° imagery, pages 1–2

Rossmann, C.

• Communication via maps in the field of radiation protection: effects of visualized information on risk perception, risk understanding and intended protective behaviours, pages 1–2

Roth, R. E.

• A Design Challenge for Enhancing Cartographic Research, Education, & Outreach, pages 1–3

Royar, N.

• Enclaves and exclaves in tilemaps, pages 1–2

Rusnák, M.

• Monitoring and interactive mapping of illegal environmental activities on the example of Slovakia, pages 1–2

Ruzicka, O.

• Automated roof generation for the city of Olomouc using ArcGIS CityEngine, pages 1–2
• Interactive 2D Visualizations of Olomouc's Development as Tools for Revitalizing Cultural Heritage, pages 1–2

S

Safitri, N. A.

• Objective and Subjective Approaches in Mapping Happiness using SDG data and Gross National Happiness Index (GNHI), pages 1–2

Sahagún Luis, I.

• Presentation of the book “Population, Human Settlements and Society” of the National Atlas of Spain. Updates and new applied approaches, pages 1–1

Schaab, G.

• Communication via maps in the field of radiation protection: effects of visualized information on risk perception, risk understanding and intended protective behaviours, pages 1–2

Scheck, E.

• Preface, pages 1–1

Schempp, T. M.

• Tri-Space Modeling and Visualization: Concept, Implementation, and a Case Study in Wildfire Recovery, pages 1–2

Schiewe, J.

• Perceiving Dark Mode Colour Schemes in Choropleth Maps, pages 1–2
• Evaluation of the Encoding of Quantitative Data in Multitemporal Maps Based on Spatial Unit Sizes, pages 1–2

Schlumpf, S.

• Preface, pages 1–1
• Space as a Metaphor – Design Guidelines and Evaluation of Map Imitation, pages 1–2

Schröter, A.-C.

• Focusing on individual buildings within urban contexts through generalisation levels: an interdisciplinary approach to the visualization of 3D-city models, pages 1–2

Schulz, T.

• A new integrated cartographic visualisation framework at the Swiss Federal Statistical Office, pages 1–1

Schweda, M.

• Large-Scale Phenomena and Small-Scale Heterogeneous Data: Cartographic Challenges in a Cross-Border Comparison of Healthcare Systems, pages 1–2

Sehner, J.

• The Third Dimension in Web Maps – Experience Based on a Vector Tiles Service for the State of Bavaria, pages 1–2

Sen, A.

• Landmark-Based Indoor Navigation Model through Human Route Descriptions, pages 1–2

Senn, J.

• Efficient operator annotation for deep learning in cartographic building generalization, pages 1–2

Sharashenidze, M.

• Evaluative Mapping and Geospatial Analysis of Georgian Viticulture, pages 1–2

Shavlakadze, D.

• Evaluative Mapping and Geospatial Analysis of Georgian Viticulture, pages 1–2

Sieber, R.

• Cartographic visualization of the effects of climate change: a practical application for the Atlas of Switzerland, pages 1–2

Silva Filho, A. M. D.

• Geospatial analysis of land use and cover changes in the Ilo-Moquegua watershed, pages 1–3

Simos, D.

• Revolutionizing Marine Litter spatiotemporal mapping combining UAV – Citizen Science & Machine Learning, pages 1–3

Skinner, A.

• The design of a location-based mobile service with augmented reality to capture perceptions of coloured photovoltaic scenarios in rural and urban environments, pages 1–2
• Spatio-Temporal Mapping of the Diffusion of Residential Solar Photovoltaic Technology in Luxembourg (2017-2023), pages 1–2

Skopeliti, A.

• OSM positional accuracy assessment and visualization for different user needs, pages 1–2
• Cartographic generalization for multi-scale thematic maps, pages 1–2

Skupin, A.

• Tri-Space Modeling and Visualization: Concept, Implementation, and a Case Study in Wildfire Recovery, pages 1–2

Slaughter IV, N. G.

• Beethoven in Wien, pages 1–2

Sluter, C. R.

• Some reflections on ethics in the Brazilian cartography and its consequences in socioenvironmental problems, pages 1–2
• Using open and collaborative data to improve the Brazilian topographic mapping in protected areas, pages 1–2

Snyman, L.

• Assessing the Suitability of Data Classification Methods for Choropleth Maps Depicting Population Distribution in South Africa, pages 1–2

Soilán, M.

• Human Machine Interface Design for Robotized Road Works in InfraROB project, pages 1–2

Solarz, M.

• A map alone or with a company? User study on redundancy in maps and other forms of data visualization, pages 1–2

Sologhashvili, N.

• Atlas Cartography in Georgia, pages 1–2

Specht, S.

• Large-Scale Phenomena and Small-Scale Heterogeneous Data: Cartographic Challenges in a Cross-Border Comparison of Healthcare Systems, pages 1–2

Spiriajevas, E.

• Crime regions in Lithuanian major cities and their suburbs, pages 1–2

Stachoň, Z.

• Drought, Heatwaves, and Fire Weather and its Cartographic Visualization, pages 1–1

Stani-Fertl, R.

• The OpenGazetteer of Open Maps for Europe and Minority Toponyms, pages 1–2

Stofer, L.

• A new integrated cartographic visualisation framework at the Swiss Federal Statistical Office, pages 1–1

Stošić, J.

• Using Field Maps to monitor environmental and social impacts on Morava Corridor motorway construction in Serbia, pages 1–2

Streit, C.

• “Base Map” - a new vector tiles-based map for mobile applications, pages 1–2

Sun, Y.

• Learning Building Floor Numbers from Crowdsourced Streetview Images, pages 1–2

Sutlović, J.

• Navigating through History: Development of Units of Length in Nautical Charts Depicting the Adriatic Sea, ca. 1270–1824, pages 1–2

Sviček, M.

• Monitoring and interactive mapping of illegal environmental activities on the example of Slovakia, pages 1–2

Szatmári, D.

• Monitoring and interactive mapping of illegal environmental activities on the example of Slovakia, pages 1–2

Száraz, T.

• A pilot study of adapting, validating and further developing a map skills model to improve the teaching and learning of map reading at primary and secondary school level, pages 1–1

Sütő, L.

• A pilot study of adapting, validating and further developing a map skills model to improve the teaching and learning of map reading at primary and secondary school level, pages 1–1

Słomska-Przech, K.

• Panel: Toward an ICA Code of Conduct, pages 1–2
• Application of relational analysis in the historiography of cartography – case study of Polish Cartographical Review bibliography, pages 1–2

von Schmettau, N.

• Eye-Tracking in Formal Education. Understanding Map Reading Skills and Their Development, pages 1–2

T

Talhofer, V.

• Measurement of spectral reflectance of map image, pages 1–2

Teperics, K.

• A pilot study of adapting, validating and further developing a map skills model to improve the teaching and learning of map reading at primary and secondary school level, pages 1–1

Tharatipyakul, A.

• Designing Mobile-Optimized Cartograms, pages 1–2

Theise, E.

• Eight Stories High, Comically Lo-Res, Visible for Twenty Miles: Spiraling Maps Atop Salesforce Tower, pages 1–2

Tian, Y.

• Learning Building Floor Numbers from Crowdsourced Streetview Images, pages 1–2

Titov, G.

• Arctic seas data cube based on discrete global grid system, pages 1–2
• Positivism reflections in Soviet cartography, pages 1–2

Topouzelis, K.

• Revolutionizing Marine Litter spatiotemporal mapping combining UAV – Citizen Science & Machine Learning, pages 1–3

Touya, G.

• Strategies for pan-scalar map generalisation, pages 1–2
• Enriching river network data for multi-scale machine learning based selection: a case study of Poland and France, pages 1–2
• Exploring new ways to zoom in maps, pages 1–2
• Browsing Map Browsers, pages 1–2
• Recording the Use of InteractiveWeb Maps with ZoomTracker, pages 1–2

Tošić, M.

• Using Field Maps to monitor environmental and social impacts on Morava Corridor motorway construction in Serbia, pages 1–2

Trahorsch, P.

• Critical spots in undergraduate cartographic education: analysis of final tests and oral examinations, pages 1–2

Triassi, J.

• Enclaves and exclaves in tilemaps, pages 1–2

Triglav Čekada, M.

• OpenStreetMap data quality assessment according to ISO 19157-1:2023 for Slovenia and Bosnia and Herzegovina, pages 1–2

Tschudi, P.

• “Rethinking” school atlases with the AtlaSH, pages 1–2

Twaroch, F.

• Approaching geospatial trustworthiness with graph algorithms and maps, pages 1–2

Tzelepis, N.

• Multi-directional Analytical Hill-Shading for Enhanced Cartographic Relief Presentation, pages 1–2

Tóth, Á.

• A pilot study of adapting, validating and further developing a map skills model to improve the teaching and learning of map reading at primary and secondary school level, pages 1–1
• Detecting differences between the map reading strategies of novice and expert students of geography: A pilot study, pages 1–2

V

Vanicek, T.

• Exploring Methods for Revealing the Cognitive Structures of Map Information Extraction, pages 1–2
• Automated roof generation for the city of Olomouc using ArcGIS CityEngine, pages 1–2
• Interactive 2D Visualizations of Olomouc's Development as Tools for Revitalizing Cultural Heritage, pages 1–2

Varanka, D. E.

• Grammar to Graph, an Approach for Semantic Transformation of Annotations to Triples, pages 1–3

Varga, G.

• A pilot study of adapting, validating and further developing a map skills model to improve the teaching and learning of map reading at primary and secondary school level, pages 1–1

Vasanen, A.

• Open-source tools and Open Science practices inspiring co-creation of geospatial data infrastructures – reflections from Finland and Tanzania, pages 1–2

Vasileiadis, S.

• OSM positional accuracy assessment and visualization for different user needs, pages 1–2

Velho, L. F.

• Using open and collaborative data to improve the Brazilian topographic mapping in protected areas, pages 1–2

Viore, M.

• Deep learning for map generalization: Experimenting with coastline data at different map scales, pages 1–2

Vojtechovska, M.

• Exploring Methods for Revealing the Cognitive Structures of Map Information Extraction, pages 1–2

Voulgarakis, E.

• Cartographic generalization for multi-scale thematic maps, pages 1–2

Vozenilek, V.

• Diversity of dialect maps, pages 1–2

Vrbík, D.

• Specifics and possibilities of cartography for festival events on the example of Anifilm Liberec, Czech Republic, pages 1–3

Vukalić, A.

• OpenStreetMap data quality assessment according to ISO 19157-1:2023 for Slovenia and Bosnia and Herzegovina, pages 1–2

Vítková, T.

• Influence of cartographic training on color scale usability, pages 1–2

van Veelen, M. J.

• Towards an automatic UAS-based mapping tool for first responders: Defibrillator Missions in Alpine Regions, pages 1–3

W

Wachsenegger, A.

• Spatio-Temporal Vertical Federated Learning to Overcome Data Sharing Limitations, pages 1–2

Wagner, A.

• Web-based visualization of static and dynamic HD road traffic map layers, pages 1–2

Wahyuningrum, D.

• Objective and Subjective Approaches in Mapping Happiness using SDG data and Gross National Happiness Index (GNHI), pages 1–2

Wang, S.

• The Impact of Maps on Climate Information Communication: An Empirical User Study on Social Media Trustworthiness, pages 1–2

Wang, W.

• Supporting Spatial Learning with the Indoor Sign InteGrated Navigation System, pages 1–2

Wang, Y.

• Simplification and aggregation of vector building footprints using deep learning models, pages 1–2

Weibel, R.

• Efficient operator annotation for deep learning in cartographic building generalization, pages 1–2

Weißenfeld, A.

• Spatio-Temporal Vertical Federated Learning to Overcome Data Sharing Limitations, pages 1–2

Wenclik, L.

• Browsing Map Browsers, pages 1–2
• Recording the Use of InteractiveWeb Maps with ZoomTracker, pages 1–2

Wieczorek, M.

• Changes in the extent of a glacier based on topographic maps and satellite images - possibilities and limitations on the example of the de Ferpecle glacier, pages 1–2

Wies, H.

• Interactive visualizations for assessing car-to-bicycle overtaking manoeuvres, pages 1–2

Wolf, J.

• Evaluation of the Encoding of Quantitative Data in Multitemporal Maps Based on Spatial Unit Sizes, pages 1–2

Y

Yang, M.

• Enhancing urban functional regions classification by integrating multi-source data with a heterogeneous graph neural network, pages 1–2

Yeh, Y.-H.

• GIS-based management of a campus tree inventory for assessing optimal shade tree locations: a case study of National Cheng Kung University, Taiwan, pages 1–2

Yeung, N.

• A Story of Space and Sound - Affordance of Sound in Cartographic Storytelling, pages 1–2

Ying, Q.

• Spatial knowledge acquisition in mobile map-assisted navigation: a real-world longitudinal study, pages 1–2

Z

Zagata, K.

• Mini-map design as a cartographic element of the user interface - based on video games, pages 1–2

Zawadzki, J.

• Cartographic sources in the immersive geovisualization of a medieval stronghold, pages 1–2

Zejdlik, J.

• Automated roof generation for the city of Olomouc using ArcGIS CityEngine, pages 1–2
• Interactive 2D Visualizations of Olomouc's Development as Tools for Revitalizing Cultural Heritage, pages 1–2

Zeng, H.

• Empowering Vulnerable Regions through Accessible Disaster Mapping: Developing User-Friendly Platforms for Underdeveloped Regions and Non-Specialists, pages 1–2

Zhang, P.

• Enhancing urban functional regions classification by integrating multi-source data with a heterogeneous graph neural network, pages 1–2

Zhizhin, M.

• Map of Darkness: How Nighttime Lights Trace the Impact of War in Ukraine, pages 1–2

Zhou, Z.

• Efficient operator annotation for deep learning in cartographic building generalization, pages 1–2

Zhu, X. X.

• Learning Building Floor Numbers from Crowdsourced Streetview Images, pages 1–2

Zhvania, L.

• Spatial Analysis of Social Networks in Urban Environments: Integrating Big Data and Cartographic Techniques for Understanding Mobility Patterns, pages 1–2

Zipf, A.

• An AI-Based Approach To Identify Spatio-Temporal Contribution Patterns And Their Impact On OpenStreetMap Data Quality, pages 1–2

Zubovič, G.

• Reflections of Global Crises in Childrens’ Maps of 2019–2023: Lithuania and Hungary, pages 1–2

Zuo, C.

• OD-Vis: A Map-based Dashboard for Insight Discovery of OD Data, pages 1–2

Č

Černiavska, K.

• Reflections of Global Crises in Childrens’ Maps of 2019–2023: Lithuania and Hungary, pages 1–2

Čábelka, M.

• Analysis of watercourses on Aretin's map of the Bohemian Kingdom from 1619, pages 1–1

Ł

Łobodecki, J.

• Selected research issues in geovisualization of building interiors for the LBS, pages 1–2
• A virtual environment designed for testing location-based services based on navigation simulation in the digital twin, pages 1–2

Łopuch, M.

• Changes in the extent of a glacier based on topographic maps and satellite images - possibilities and limitations on the example of the de Ferpecle glacier, pages 1–2

Łyczakowski, J.

• Optimizing mobile map reading: An adaptive map approach in response to dynamic pedestrian context, pages 1–1

Ř

Řehoř, J.

• Drought, Heatwaves, and Fire Weather and its Cartographic Visualization, pages 1–1

Ś

Święch, C.

• Comparison of spatial orientation using topographic map and orthophotomap in a virtual environment representing urban space, pages 1–2

Š

Šmída, J.

• Specifics and possibilities of cartography for festival events on the example of Anifilm Liberec, Czech Republic, pages 1–3

Štampach, R.

• Drought, Heatwaves, and Fire Weather and its Cartographic Visualization, pages 1–1

Ș

Șandric, I.

• Development of a web-mapping application for storytelling with animations and guided interactions, pages 1–2