'

'Afifah, Z. N.

• THEMPE: THEmatic Mapping Practice and Explanation, an Open Educational Resource for Teaching Thematic Mapping, pages 1–2

A

Abbasi, O. R.

• Modeling Salient Features as Directions for Place Recommender Systems, pages 1–2

Abdussalam, W.

• Wastewater-based epidemiology dashboard for research of COVID-19 in Saxony, pages 1–2

Abilpatta, Y.

• Features of Europe’s air transport network formation during 2020 in the context of the COVID-19 pandemic, pages 1–1

Ahn, J.

• An Analysis of the Spatial Accessibility of 119 Emergency Services to the Elderly Population Using 2SFCA, pages 1–2

Alasli, M.

• Addressing Maghrebian place names from a Hungarian perspective, pages 1–1

Albert, G.

• Comparing Local Climate Zone mapping results of Tirana through different approaches, pages 1–2
• How to interpret geodiversity as a spatial variable?, pages 1–2

Alesheikh, A. A.

• A time-driven symbology for map visualization, pages 1–2

Alvarez León, L. F.

• Digital Storytelling from Above, pages 1–2

Andrade, A. F.

• Collaborative Development of Symbols for Reference Maps, pages 1–3

Andrienko, G.

• Impact of Temporally Downsampling Movement Data on Interpretation, pages 1–3

Angly Bieri, F.

• Improving visualization and functionality of natural hazard warnings on multi-hazard platforms, pages 1–2

Araujo, V. S.

• Collaborative Development of Symbols for Reference Maps, pages 1–3

Argyrou, A.

• The Production of a New Topographical Map Series at scale 1:25000. The case of Cyprus, pages 1–2

Atalay, H.

• Readability Analysis of Covid-19 Maps, pages 1–2

Atkinson, P. M.

• Mapping urban night lights at a fine spatial resolution: downscaling VIIRS using geographically weighted area-to-point regression Kriging, pages 1–3

Augustijn, E.-W.

• Enhancing Large Educational Node-Link Concept Map Design for Optimal User Learning, pages 1–2

B

Balado, J.

• Automatic mapping direct sun glares on roads with point clouds. Case study of EP2005, Vigo, Spain, pages 1–2

Balčiūnas, A.

• Map of Mythical Creatures of Africa, pages 1–2

Bang-Kittilsen, A.

• Visualizing map intuitiveness to support map design, pages 1–2

Barvir, R.

• Graphic map load evaluation of Estonian topographic maps, pages 1–2

Basarić, M.

• Georeferencer X – Tool for Automatic Georeferencing of the Topographic Maps, pages 1–2

Basiri, A.

• A Participatory Approach to Develop Missing Geospatial Data Visualisation, pages 1–3

Bassetti, S.

• Method and tools to create Reference Map, pages 1–2

Beconytė, G.

• Map of Mythical Creatures of Africa, pages 1–2
• Analysis of spatial distribution of crime of violence in Vilnius City municipality in 2015–2020, pages 1–2

Beitlova, M.

• How Do Czech Geography Teachers Use School Atlases?, pages 1–2
• Eye-tracking Assessment of Swipe and Multiple Views, pages 1–1

Beladraoui, C.

• Deep learning for anchor detection in multi-scale maps, pages 1–2

Belotti, S.

• Mapping the historical Soundscape. A digital project to enhance the cultural identity of Modena (Italy), pages 1–2

Berner, K.

• Dynamic VR-application of a historical city train, pages 1–1

Binn, A.

• Preface, pages 1–2

Bleisch, S.

• Employing cartographic principles to improve data graphics, pages 1–2

Bogucka, E. P.

• Content analysis of existing design strategies in map-based storytelling, pages 1–2

Bonerath, A.

• Exploring Spatio-Temporal Event Data on a Smart Watch, pages 1–2

Boretskii, I.

• Developing a recommender system for suggesting alternative ways of data visualization for Sustainable Development Goals, pages 1–2

Boutoura, C.

• Bertin’s map reading theory: an enlightening tool for “clearing up” concepts and analysis of old maps content, pages 1–2

Braikeh, S.

• A Web GIS to Generate Audio-Tactile Maps for Visually Impaired People, pages 1–2

Braun, M.

• Dynamic VR-application of a historical city train, pages 1–1

Breier, M.

• Beyond East and West – A Framework for Researching and Communicating Historical Landscapes, pages 1–2

Brus, J.

• Features of Europe’s air transport network formation during 2020 in the context of the COVID-19 pandemic, pages 1–1

Burghardt, D.

• The typicality measure as a novel tool for normalising geo-social media data, pages 1–1
• Analysis of a Workflow for the Automated Generalization of Geological Maps, pages 1–2
• A free collection of adjustable typical German map symbols, pages 1–2

Burian, J.

• Eye-tracking Assessment of Swipe and Multiple Views, pages 1–1

Burini, F.

• Collaborative mapping to investigate the relationship between places and happiness, pages 1–2

Byrne, I. W.

• Locator Maps: helping customers find businesses, pages 1–2

Böhlen, M.

• Combining Landsat, Sentinel2 and Planet Lab satellite assets for resource-constrained land cover analysis in the tropics, pages 1–2

C

Cajthaml, J.

• From Works of the Cartographic Heritage to the Digital 3D Model and Presentation of the Riverine Landscape, pages 1–2

Calabrese, J. M.

• Wastewater-based epidemiology dashboard for research of COVID-19 in Saxony, pages 1–2

Camboim, S. P.

• Collaborative Development of Symbols for Reference Maps, pages 1–3

Campbell, R.

• A Web GIS to Generate Audio-Tactile Maps for Visually Impaired People, pages 1–2

Cardona-Torres, C.

• Use of infrastructure parameters from OSM data to assess cyclist safety in European cities, pages 1–2

Carrillo Martinez, J. T.

• Incorporation of automated cartographic generalization in INEGI, pages 1–3

Cehák, V.

• From Works of the Cartographic Heritage to the Digital 3D Model and Presentation of the Riverine Landscape, pages 1–2

Cenameri, A.

• Comparing Local Climate Zone mapping results of Tirana through different approaches, pages 1–2

Chanove, A.

• Use of infrastructure parameters from OSM data to assess cyclist safety in European cities, pages 1–2

Chawanji, S.

• Copernicus Emergency Management Service (CEMS) – Risk and Recovery Mapping, pages 1–2

Chen, J.

• Digital Storytelling from Above, pages 1–2

Choi, J.

• An Analysis of the Spatial Accessibility of 119 Emergency Services to the Elderly Population Using 2SFCA, pages 1–2
• A study on the search method for similar typhoons in the past using typhoon path and attributes, pages 1–2
• A Study on the Spatiotemporal Informatization of Social Media Data for Obtaining Disaster Status, pages 1–2

Chuprikova, E.

• Semantic-driven Geospatial Data Visualization Approach for an Agricultural Use Case: Apple-growing in South Tyrol, Italy, pages 1–1

Costaki, L.

• Karten von Attika: Antiquities and Topography of Attica in the Era of Digital Humanities, pages 1–2

Cremaschini, F.

• Analysis of the effects of the Suez blockade on global containership traffic using AIS data and spatio-temporal data cube, pages 1–2

Crljenko, I.

• Croatian Geographical Atlases since the 1880s, pages 1–2

Cron, J.

• The transdisciplinary nature of cartography reflected in diverse research topics of Master theses, pages 1–2

Cybulski, P.

• Preattentive features of cartographic symbols in animated mapping, pages 1–3

D

Dallo, I.

• Improving visualization and functionality of natural hazard warnings on multi-hazard platforms, pages 1–2

Dawid, W.

• Methodology of the Cartographic Generalization Process of the Road Network, pages 1–2

Dehbi, Y.

• Visualizing the Modal Split in Public Transportation Networks, pages 1–2

Demetriou, K.

• The Production of a New Topographical Map Series at scale 1:25000. The case of Cyprus, pages 1–2

Denier, S.

• Towards a Next Generation of Swiss Maps, pages 1–2

Dickmann, F.

• Visualization of Spatial Uncertainty Improves Map Matching, pages 1–2
• The Development and Simulation of an Urban Traffic System for the Usage in Immersive Virtual Environments, pages 1–2
• The impact of map-structuring elements on object location memory error, pages 1–2

Dohnal, F.

• Changes in the content of topographic maps in relation to their use in the history, pages 1–2

Doll, K.

• Visualising the societal acceptance and the planning reality of Urban Air Mobility (UAM): Digital Participation Tool Medifly, pages 1–2

Drakaki, E.

• Quantifying visual heterogeneity of paper maps using diffuse reflectance spectroscopy, pages 1–2

Drolias, G. C.

• Mapping urban night lights at a fine spatial resolution: downscaling VIIRS using geographically weighted area-to-point regression Kriging, pages 1–3

Dudas, P.

• Evaluating User Needs for Geovisualization of Pollinator Health and Ecosystems, pages 1–2

Dukaczewski, D.

• Qualitative and quantitative assessment of the correctness of the development of area cartograms, pages 1–2

Döllner, J.

• Non-Photorealistic Rendering of 3D Point Clouds for Cartographic Visualization, pages 1–2

Düggelin, C.

• Mapping forest road properties: From pen-and-paper to digital data collection in a GIS, pages 1–2

van Dongen, V.

• Establishing a new user-centered design for ski touring maps, pages 1–1

E

Edler, D.

• Visualization of Spatial Uncertainty Improves Map Matching, pages 1–2
• The Development and Simulation of an Urban Traffic System for the Usage in Immersive Virtual Environments, pages 1–2

El-Moutaouakkil, A.

• Deep learning for anchor detection in multi-scale maps, pages 1–2

Elek, I.

• GIS-based approach for assessing the Potential Sites of Large-Scale generation of Solar energy: A case study of Al-Hasakeh governorate, Syria, pages 1–2

Endreß, C.

• Visualising the societal acceptance and the planning reality of Urban Air Mobility (UAM): Digital Participation Tool Medifly, pages 1–2

Eynard, E.

• Method and tools to create Reference Map, pages 1–2

F

Facevicova, K.

• How Do Czech Geography Teachers Use School Atlases?, pages 1–2

Fairbairn, D.

• Applying eye-tracking for interpreting map legend use by professional decision makers, pages 1–2

Fang, Z.

• A novel framework for modelling people’s perceived scene complexity of navigation environments based on street-level imagery and open geodata, pages 1–2

Favreau, J.-M.

• A Web GIS to Generate Audio-Tactile Maps for Visually Impaired People, pages 1–2

Felfernig, G.

• Semi-Automatic Production of a 1:50k Map at BEV, pages 1–2

Fencík, R.

• Land cover data provided by the Copernicus Land Monitoring Service as important sources for thematic cartography, pages 1–2

Feranec, J.

• Land cover data provided by the Copernicus Land Monitoring Service as important sources for thematic cartography, pages 1–2

Fiore, A.

• Mapping the historical Soundscape. A digital project to enhance the cultural identity of Modena (Italy), pages 1–2

Fleischer, K.

• Copernicus Emergency Management Service (CEMS) – Risk and Recovery Mapping, pages 1–2

Forsch, A.

• Visualizing the Modal Split in Public Transportation Networks, pages 1–2

Forte, O.

• Towards a Next Generation of Swiss Maps, pages 1–2

Fraefel, M.

• Mapping forest road properties: From pen-and-paper to digital data collection in a GIS, pages 1–2

Freitag, K.

• BEV-KM go Open Source, pages 1–2

Fu, C.

• Building simplification of vector maps using graph convolutional neural networks, pages 1–2

G

Gambashidze, M.

• Mapping complex history on the web: is a point-based approach a better way?, pages 1–2

Gartner, G.

• Preface, pages 1–2
• SDG generation’s atlas: maps expressing a generation’s view on SDG, pages 1–3
• Collaborative mapping to investigate the relationship between places and happiness, pages 1–2
• Pedestrian routing of periodically changing areas using Volunteered Geographical Information (OpenStreetMap), pages 1–2
• Narrating the route: route memorability in navigation instructions augmented with narrative, pages 1–1
• Establishing a new user-centered design for ski touring maps, pages 1–1

Gavrilova, S.

• Educational Atlases as Mediators of Spatial Imaginations, pages 1–2

Gede, M.

• Hatch Fill on Webmaps – to Do or Not to Do, and How to Do, pages 1–1

Gedicke, S.

• Exploring Spatio-Temporal Event Data on a Smart Watch, pages 1–2

Georgiou, E.-S.

• Building distance learning for the Geographic Information Systems, pages 1–2

Giannakoula, C.

• Karten von Attika: Antiquities and Topography of Attica in the Era of Digital Humanities, pages 1–2

González, E.

• Automatic mapping direct sun glares on roads with point clouds. Case study of EP2005, Vigo, Spain, pages 1–2

González-Collazo, S. M.

• Automatic mapping direct sun glares on roads with point clouds. Case study of EP2005, Vigo, Spain, pages 1–2

Graser, A.

• Pedestrian routing of periodically changing areas using Volunteered Geographical Information (OpenStreetMap), pages 1–2

Green, S.

• Automated extraction of map symbology from nineteenth century topographical maps by convolutional neural networks for understanding long-term changes in the extent and distribution of wetlands, pages 1–2

Grozinger, C.

• Evaluating User Needs for Geovisualization of Pollinator Health and Ecosystems, pages 1–2

Gružas, K.

• Analysis of spatial distribution of crime of violence in Vilnius City municipality in 2015–2020, pages 1–2

Gröbe, M.

• Use of infrastructure parameters from OSM data to assess cyclist safety in European cities, pages 1–2
• A free collection of adjustable typical German map symbols, pages 1–2

Guan, F.

• A novel framework for modelling people’s perceived scene complexity of navigation environments based on street-level imagery and open geodata, pages 1–2

Günther-Diringer, D.

• Dynamic VR-application of a historical city train, pages 1–1

H

Habibi, R.

• A time-driven symbology for map visualization, pages 1–2

Hajdú, E.

• Cartographic and GIS aspects of geosite assessment: a case study in the Gerecse Hills, Hungary, pages 1–3

Hajek, B.

• Transitional DEM Merging – A semi-automatic approach for creating contour lines derived from merged DEMs of different sources and quality, pages 1–2

Harvey, F.

• Learning Cartographic Communication for Digital Humanities, pages 1–2

Haunert, J.-H.

• Visualizing the Modal Split in Public Transportation Networks, pages 1–2
• Exploring Spatio-Temporal Event Data on a Smart Watch, pages 1–2

Hauthal, E.

• The typicality measure as a novel tool for normalising geo-social media data, pages 1–1
• Emojis as indicators of spatial-temporal-thematic developments in geo-social media, pages 1–2

Hebling, C.

• Spatial Clustering Algorithms to Find the Optimal Spatial Resolution for Modelling of PtX Value Chains, pages 1–2

Hepburn, J.

• Applying eye-tracking for interpreting map legend use by professional decision makers, pages 1–2

Hopfstock, A.

• Digital Twin Germany – a digital replica for simulation and analysis build on geospatial data, pages 1–2

Horbiński, T.

• League of Legends – Interpretation of Spatial Situations, pages 1–1
• Valheim – Interpretation of Cartographic Symbols on the Map Based on the Characteristics of the Respondents, pages 1–2

Houtman, L.

• Mapping U.S. Elections: An Empirical Analysis of Design Techniques, pages 1–2

Huang, H.

• A novel framework for modelling people’s perceived scene complexity of navigation environments based on street-level imagery and open geodata, pages 1–2
• Visual attention and neuro-cognitive processes in map use, pages 1–2

Hunt, P.

• Feature and Label Density in Large-Scale Online Maps, pages 1–1

Hurni, L.

• Future National Atlases – Strategies for Tearing Down the User’s Firewall, pages 1–2

Huuhko, K.

• Integrating Statistical Databases with Geospatial Datasets, pages 1–2

I

Ignateva, O.

• Preface, pages 1–2
• Cartographic education development in different schools of thought, pages 1–2

Ilardi, E.

• Analysis of the effects of the Suez blockade on global containership traffic using AIS data and spatio-temporal data cube, pages 1–2

Iryadi, R.

• Combining Landsat, Sentinel2 and Planet Lab satellite assets for resource-constrained land cover analysis in the tropics, pages 1–2

Irás, K.

• BIO-MAPS: Biographical map library of writers and poets of three European countries, pages 1–2

Ivankovic, D.

• Risk index of contaminant dispersion in the sea, case study from HarmoNIA project, pages 1–2

J

Jakovljević, G.

• Georeferencer X – Tool for Automatic Georeferencing of the Topographic Maps, pages 1–2

Janata, T.

• From Works of the Cartographic Heritage to the Digital 3D Model and Presentation of the Riverine Landscape, pages 1–2

Janeckova, B. A.

• How Do Czech Geography Teachers Use School Atlases?, pages 1–2

Jansen, M.

• GeoStyler – Generic Styler for Geodata, pages 1–1

Jelavić, D.

• Risk index of contaminant dispersion in the sea, case study from HarmoNIA project, pages 1–2

Jelinčić, A.

• Risk index of contaminant dispersion in the sea, case study from HarmoNIA project, pages 1–2

Jobst, M.

• SDG generation’s atlas: maps expressing a generation’s view on SDG, pages 1–3

Jordan, P.

• Adequate minority place-name representation on topographical maps, pages 1–1

K

Kagawa, A.

• Communicating peace operations: the role of peacekeeping deployment maps in a United Nations field mission, pages 1–1

Kalsron, J.

• A Web GIS to Generate Audio-Tactile Maps for Visually Impaired People, pages 1–2

Karimi, M.

• Modeling Salient Features as Directions for Place Recommender Systems, pages 1–2

Keil, J.

• Visualization of Spatial Uncertainty Improves Map Matching, pages 1–2
• The Development and Simulation of an Urban Traffic System for the Usage in Immersive Virtual Environments, pages 1–2
• The impact of map-structuring elements on object location memory error, pages 1–2

Kelly, M.

• Digital Storytelling from Above, pages 1–2

Kesidis, A.

• Quantifying visual heterogeneity of paper maps using diffuse reflectance spectroscopy, pages 1–2

Kesidis, A. L.

• A multipurpose patch creation tool for efficient exploration of digital cartographic products, pages 1–2

Keskin, M.

• Cartographic adaptation through eye tracking and deep learning: Gaze-Aware Interactive Map System (GAIMS), pages 1–2

Kettunen, P.

• Cartographic adaptation through eye tracking and deep learning: Gaze-Aware Interactive Map System (GAIMS), pages 1–2

Kim, M.

• A study on the search method for similar typhoons in the past using typhoon path and attributes, pages 1–2

King, J.

• Enhancing Large Educational Node-Link Concept Map Design for Optimal User Learning, pages 1–2

Kiss, V. F.

• Developing cartographic literacy: lessons learned from 20th century Hungarian school atlases, pages 1–2

Klusytė, S.

• Cartographic reconstruction of administrative boundaries for the Catholic Church, pages 1–2

Knöfel, P.

• Digital Twin Germany – a digital replica for simulation and analysis build on geospatial data, pages 1–2

Koch, B.

• Spatial Clustering Algorithms to Find the Optimal Spatial Resolution for Modelling of PtX Value Chains, pages 1–2

Koch, D.

• GeoStyler – Generic Styler for Geodata, pages 1–1

Kokkonen, M.

• Integrating Statistical Databases with Geospatial Datasets, pages 1–2

Konicek, J.

• Improving the concept of dialect maps based on geoinformatization of Czech dialectologic research, pages 1–1
• Czech Linguistic Maps – Implementation of Geovisualization Portal, pages 1–2
• Visual comparison of differences in understanding to spatially oriented infographics, pages 1–2

Konstantinou, E. N.

• Analysis of Point Symbols used in Online General Purpose and Tourist Maps, pages 1–2

Konstantinovski Puntos, C.

• Atlas of the Cherven Towns in South-Eastern Poland, pages 1–2

Kontou, D.-M.

• Arctic Cartographic Uncertainties, a cARTographic Atlas in progress…, pages 1–2

Kopecká, M.

• Land cover data provided by the Copernicus Land Monitoring Service as important sources for thematic cartography, pages 1–2

Korir, V.

• Visualizing the Modal Split in Public Transportation Networks, pages 1–2

Korte, A.

• The impact of map-structuring elements on object location memory error, pages 1–2

Koschinsky, J.

• Engaging Undergraduates in the Thrill of Scientific Reasoning with Spatial Data, pages 1–1

Kraak, M.-J.

• Workflow explorations for the hybrid ITC atlas, pages 1–2
• Developing a recommender system for suggesting alternative ways of data visualization for Sustainable Development Goals, pages 1–2
• Cartographic education development in different schools of thought, pages 1–2

Krassanakis, V.

• A multipurpose patch creation tool for efficient exploration of digital cartographic products, pages 1–2
• Quantifying visual heterogeneity of paper maps using diffuse reflectance spectroscopy, pages 1–2
• Examining the preattentive effect on cartographic backgrounds utilizing remote mouse tracking, pages 1–2

Krejčí, J.

• From Works of the Cartographic Heritage to the Digital 3D Model and Presentation of the Riverine Landscape, pages 1–2

Kriz, K.

• Beyond East and West – A Framework for Researching and Communicating Historical Landscapes, pages 1–2
• Transitional DEM Merging – A semi-automatic approach for creating contour lines derived from merged DEMs of different sources and quality, pages 1–2
• The infobox as an elementary component of map-centred online applications—principle, functionality and implementation using the example of AustrianVineyards.com, pages 1–2

Królik, T.

• Charles Perthées maps of palatinates (1:225,000, 1783–1804): a digital edition, pages 1–2

Kuchinke, L.

• Visualization of Spatial Uncertainty Improves Map Matching, pages 1–2

Kumar, G. P.

• Exploring Spatial Voronoi Diagrams for Autonomous Vehicle Operation in 3D Road Networks, pages 1–2

Kuźma, M.

• Learning Cartographic Communication for Digital Humanities, pages 1–2

Kvarda, O.

• Multivariate Mapping techniques and Immersive Virtual Environments, pages 1–2

Käuferle, D.

• Towards a Next Generation of Swiss Maps, pages 1–2

Köbben, B.

• THEMPE: THEmatic Mapping Practice and Explanation, an Open Educational Resource for Teaching Thematic Mapping, pages 1–2

L

Lampropoulos, G.

• Karten von Attika: Antiquities and Topography of Attica in the Era of Digital Humanities, pages 1–2

Lange, V.

• MapColPal – a color palette generation and testing tool for thematic maps, pages 1–3

Lapaine, M.

• Are there map projections with coincident standard and secant parallels?, pages 1–2

Lapo, D.

• Semantic-driven Geospatial Data Visualization Approach for an Agricultural Use Case: Apple-growing in South Tyrol, Italy, pages 1–1

Lasch, H.

• Visualising the societal acceptance and the planning reality of Urban Air Mobility (UAM): Digital Participation Tool Medifly, pages 1–2

Latvala, P.

• Integrating Statistical Databases with Geospatial Datasets, pages 1–2

Lebiecki, M.

• Cartography in the context of the Spatial Information Infrastructure, pages 1–2

Ledermann, F.

• Minimum Dimensions for Cartographic Point Symbols on Mobile Phone Screens: Theoretical Considerations and Empirical Verification, pages 1–2

Lee, C.

• A Study on the Spatiotemporal Informatization of Social Media Data for Obtaining Disaster Status, pages 1–2

Lee, J.

• An Analysis of the Spatial Accessibility of 119 Emergency Services to the Elderly Population Using 2SFCA, pages 1–2

Lemmens, R.

• Enhancing Large Educational Node-Link Concept Map Design for Optimal User Learning, pages 1–2

Levi, S.

• Emojis as indicators of spatial-temporal-thematic developments in geo-social media, pages 1–2

Lienert, C.

• Improving visualization and functionality of natural hazard warnings on multi-hazard platforms, pages 1–2

Limberger, D.

• Non-Photorealistic Rendering of 3D Point Clouds for Cartographic Visualization, pages 1–2

Lindl, F.

• Digital Twin Germany – a digital replica for simulation and analysis build on geospatial data, pages 1–2

Listabarth, J.

• Workflow explorations for the hybrid ITC atlas, pages 1–2

Liu, B.

• Information Visualization during Mixed-Reality-based Navigation in Visually Complex Environments, pages 1–2

Liu, J.

• Combining Landsat, Sentinel2 and Planet Lab satellite assets for resource-constrained land cover analysis in the tropics, pages 1–2

Livieratos, E.

• Cartographic complexities and geopolitical enigmas: the case of Franz von Weiss’ maps, pages 1–2
• Bertin’s map reading theory: an enlightening tool for “clearing up” concepts and analysis of old maps content, pages 1–2

Losang, E.

• National atlases – deconstructing the complex meaning of „national“, pages 1–1

Lukesch, R.

• Developing a tool for assisting non GIS experts in the automated creation of ready-to-print maps, pages 1–2

Lysák, J.

• Visualization of participatory mapping outcomes: a review of contemporary methods, pages 1–1

L’Hostis, A.

• Visualising Transformations of Geographical Time-Space by Transport Systems. The Case of Germany, 1990–2030, pages 1–2

M

De Maeyer, P.

• Making-of a new school atlas, pages 1–2

Mackaness, W.

• Deep learning for anchor detection in multi-scale maps, pages 1–2

Macura, J.

• Ontology-based Web Map, pages 1–1

Marelić, T.

• Local Map Scale Exaggerations of Island and Port Representations on Late-Medieval and Early Modern Navigational Charts of the Adriatic Sea, pages 1–2

Markowska, A.

• Qualitative and quantitative assessment of the correctness of the development of area cartograms, pages 1–2

Marti, M.

• Improving visualization and functionality of natural hazard warnings on multi-hazard platforms, pages 1–2

Marwaha, R.

• Automated extraction of map symbology from nineteenth century topographical maps by convolutional neural networks for understanding long-term changes in the extent and distribution of wetlands, pages 1–2

Marzagalli, S.

• Mapping the uncertainty of past maritime routes, pages 1–2

Matlach, V.

• How Do Czech Geography Teachers Use School Atlases?, pages 1–2

Mayer, C.

• GeoStyler – Generic Styler for Geodata, pages 1–1

McLaughlin, D.

• Evaluating User Needs for Geovisualization of Pollinator Health and Ecosystems, pages 1–2

Meier, S.

• Semi-Automatic Spatial Classification of Heterogeneous Spatial Open Government Data – Use Case of Germany, pages 1–2

Meißner, B.

• Spatial Clustering Algorithms to Find the Optimal Spatial Resolution for Modelling of PtX Value Chains, pages 1–2

Mejia-Aguilar, A.

• Semantic-driven Geospatial Data Visualization Approach for an Agricultural Use Case: Apple-growing in South Tyrol, Italy, pages 1–1

Mellema, R.

• Feature and Label Density in Large-Scale Online Maps, pages 1–1

Meng, L.

• Semantic-driven Geospatial Data Visualization Approach for an Agricultural Use Case: Apple-growing in South Tyrol, Italy, pages 1–1
• Content analysis of existing design strategies in map-based storytelling, pages 1–2

Merlemis, N.

• A multipurpose patch creation tool for efficient exploration of digital cartographic products, pages 1–2
• Quantifying visual heterogeneity of paper maps using diffuse reflectance spectroscopy, pages 1–2

Mertel, A.

• Wastewater-based epidemiology dashboard for research of COVID-19 in Saxony, pages 1–2

Mesgari, M. S.

• Modeling Salient Features as Directions for Place Recommender Systems, pages 1–2

Meyer, P.

• Educational Atlases as Mediators of Spatial Imaginations, pages 1–2

Midtbø, T.

• Visualizing map intuitiveness to support map design, pages 1–2

Mills, J. P.

• Fusion of Copernicus and ALOS World 3D DEMs for watershed and stream network delineation, pages 1–2

Mirošević, L.

• Symbolism of the Early Modern Nautical Charts of the Adriatic Sea and the Representation of the “Other”, pages 1–2

Misthos, L.-M.

• A multipurpose patch creation tool for efficient exploration of digital cartographic products, pages 1–2
• Quantifying visual heterogeneity of paper maps using diffuse reflectance spectroscopy, pages 1–2

Mlinarić, D.

• Symbolism of the Early Modern Nautical Charts of the Adriatic Sea and the Representation of the “Other”, pages 1–2

Monaco, C.

• Analysis of the effects of the Suez blockade on global containership traffic using AIS data and spatio-temporal data cube, pages 1–2

Monsorno, R.

• Semantic-driven Geospatial Data Visualization Approach for an Agricultural Use Case: Apple-growing in South Tyrol, Italy, pages 1–1

Morreale, S.

• Method and tools to create Reference Map, pages 1–2

Moser, J.

• Educational Atlases as Mediators of Spatial Imaginations, pages 1–2
• Mapping complex history on the web: is a point-based approach a better way?, pages 1–2
• Visualising Transformations of Geographical Time-Space by Transport Systems. The Case of Germany, 1990–2030, pages 1–2

Moussavi, L.

• Impact of Temporally Downsampling Movement Data on Interpretation, pages 1–3

Mukherjee, S.

• The typicality measure as a novel tool for normalising geo-social media data, pages 1–1
• Emojis as indicators of spatial-temporal-thematic developments in geo-social media, pages 1–2

Mácha, P.

• Urbanonyms in small settlements: terra incognita of (Czech) place name studies, pages 1–2

N

Naaouf, N.

• GIS-based approach for assessing the Potential Sites of Large-Scale generation of Solar energy: A case study of Al-Hasakeh governorate, Syria, pages 1–2

Nakos, B.

• Analysis of Point Symbols used in Online General Purpose and Tourist Maps, pages 1–2

Nebel, L.

• Developing a tool for assisting non GIS experts in the automated creation of ready-to-print maps, pages 1–2

Nestel, C.

• Theorizing ‘Really Good Maps’: Cartography and Aesthetic Philosophy, pages 1–2

Netek, R.

• Czech Linguistic Maps – Implementation of Geovisualization Portal, pages 1–2

Noennig, J. R.

• Visualising the societal acceptance and the planning reality of Urban Air Mobility (UAM): Digital Participation Tool Medifly, pages 1–2

Nyangweso, D. O.

• History and Potential of National and Regional Atlas Issues in East Africa, pages 1–3

O

O'Hara, R.

• Automated extraction of map symbology from nineteenth century topographical maps by convolutional neural networks for understanding long-term changes in the extent and distribution of wetlands, pages 1–2

Ochoa-Ortiz, H.

• Pedestrian routing of periodically changing areas using Volunteered Geographical Information (OpenStreetMap), pages 1–2

Okolie, C. J.

• Fusion of Copernicus and ALOS World 3D DEMs for watershed and stream network delineation, pages 1–2

Olberding, H.

• Map Symbol Development for 3D Cartography suitable in VR-Environments, pages 1–1

P

Palagiano, C.

• New place names in Italy after disasters or human changes, pages 1–2

Panagiotopoulos, G.

• Karten von Attika: Antiquities and Topography of Attica in the Era of Digital Humanities, pages 1–2

Panecki, T.

• Atlas Fontium – examples of the Historical Atlas of Poland 2.0 data use, pages 1–2
• Charles Perthées maps of palatinates (1:225,000, 1783–1804): a digital edition, pages 1–2
• User Study of Heat Maps with Different Levels of Generalisation, pages 1–2

Pappa, A.

• Examining the preattentive effect on cartographic backgrounds utilizing remote mouse tracking, pages 1–2

Pervez, Md. N.

• Exploring Spatial Voronoi Diagrams for Autonomous Vehicle Operation in 3D Road Networks, pages 1–2

Peterson, M. P.

• Feature and Label Density in Large-Scale Online Maps, pages 1–1

Petrovič, D.

• Analysis of heights of mountain interesting peaks and other characteristic points in Slovenia, pages 1–2

Pinilla Pachon, A. O.

• Analysis of a Workflow for the Automated Generalization of Geological Maps, pages 1–2

Pippig, K.

• Towards a Next Generation of Swiss Maps, pages 1–2

Pisetta, J. A.

• Collaborative Development of Symbols for Reference Maps, pages 1–3

Plumejeaud-Perreau, C.

• Mapping the uncertainty of past maritime routes, pages 1–2

Pokojski, W.

• User Study of Heat Maps with Different Levels of Generalisation, pages 1–2

Polat Kayali, M.

• A Participatory Approach to Develop Missing Geospatial Data Visualisation, pages 1–3

Popelka, S.

• How Do Czech Geography Teachers Use School Atlases?, pages 1–2
• Eye-tracking Assessment of Swipe and Multiple Views, pages 1–1

Pospíšil, P.

• A comparison of virtual reality locomotion techniques in indoor environments, pages 1–2

Potié, Q.

• Deep learning for anchor detection in multi-scale maps, pages 1–2

Prestby, T.

• Content Analysis of COVID-19 Cartographic Journalism, pages 1–3

Prestby, T. J.

• Evaluating User Needs for Geovisualization of Pollinator Health and Ecosystems, pages 1–2

Pucher, A.

• Beyond East and West – A Framework for Researching and Communicating Historical Landscapes, pages 1–2
• The infobox as an elementary component of map-centred online applications—principle, functionality and implementation using the example of AustrianVineyards.com, pages 1–2

Purves, R. S.

• Modeling Salient Features as Directions for Place Recommender Systems, pages 1–2

Pál, M.

• Cartographic and GIS aspects of geosite assessment: a case study in the Gerecse Hills, Hungary, pages 1–3
• How to interpret geodiversity as a spatial variable?, pages 1–2

Q

Qin, T.

• Visual attention and neuro-cognitive processes in map use, pages 1–2

R

Ramos, T. S.

• Collaborative Development of Symbols for Reference Maps, pages 1–3

Raposo, P.

• MapColPal – a color palette generation and testing tool for thematic maps, pages 1–3

Raz, O.

• Bilingual Statistical Historical Atlas of Israel, pages 1–2

Reichenbacher, T.

• Modelling and communicating geographic relevance in a digitally transformed world using a digital twin, pages 1–2

Reyes Nunez, J. J.

• BIO-MAPS: Biographical map library of writers and poets of three European countries, pages 1–2

Richter, R.

• Non-Photorealistic Rendering of 3D Point Clouds for Cartographic Visualization, pages 1–2

Robinson, A. C.

• Evaluating User Needs for Geovisualization of Pollinator Health and Ecosystems, pages 1–2

Rocha, M. F. D.

• Visual comparison of differences in understanding to spatially oriented infographics, pages 1–2

Rodeschini, M.

• Collaborative mapping to investigate the relationship between places and happiness, pages 1–2

Rząsa, A.

• Atlas Fontium – examples of the Historical Atlas of Poland 2.0 data use, pages 1–2

Rönneberg, M.

• Cartographic adaptation through eye tracking and deep learning: Gaze-Aware Interactive Map System (GAIMS), pages 1–2

Rünger, C.

• A free collection of adjustable typical German map symbols, pages 1–2

S

De Santis, G.

• New place names in Italy after disasters or human changes, pages 1–2

Saunders, M.

• Automated extraction of map symbology from nineteenth century topographical maps by convolutional neural networks for understanding long-term changes in the extent and distribution of wetlands, pages 1–2

Schlechte-Wełnicz, W.

• Wastewater-based epidemiology dashboard for research of COVID-19 in Saxony, pages 1–2

Schneider, B.

• Mapping forest road properties: From pen-and-paper to digital data collection in a GIS, pages 1–2

Scholz, J.

• Towards an intuitive User Interface and Geographic Question Answering for an existing spatial Linked Data Endpoint for Dialect Data, pages 1–3

Schwarzak, M.

• Analysis of a Workflow for the Automated Generalization of Geological Maps, pages 1–2

Schüler, L.

• Wastewater-based epidemiology dashboard for research of COVID-19 in Saxony, pages 1–2

Sekulović, D.

• Georeferencer X – Tool for Automatic Georeferencing of the Topographic Maps, pages 1–2

Shah, S.

• Exploring Spatial Voronoi Diagrams for Autonomous Vehicle Operation in 3D Road Networks, pages 1–2

Sieber, R.

• Future National Atlases – Strategies for Tearing Down the User’s Firewall, pages 1–2

Siriba, D. N.

• History and Potential of National and Regional Atlas Issues in East Africa, pages 1–3

Skopeliti, A.

• Analysis of Point Symbols used in Online General Purpose and Tourist Maps, pages 1–2

Slingsby, A.

• Impact of Temporally Downsampling Movement Data on Interpretation, pages 1–3

Sloupová, V.

• Ontology-based Web Map, pages 1–1

Smit, J. L.

• Fusion of Copernicus and ALOS World 3D DEMs for watershed and stream network delineation, pages 1–2

Smolinka, T.

• Spatial Clustering Algorithms to Find the Optimal Spatial Resolution for Modelling of PtX Value Chains, pages 1–2

Soukup, T.

• Land cover data provided by the Copernicus Land Monitoring Service as important sources for thematic cartography, pages 1–2

Sousa de Sena, Í.

• Learning geographic concepts through Minecraft, pages 1–2

Specht, S.

• Designing a Cross-Border Health Atlas through Immersion in Health Services Research, pages 1–2

Stachoň, Z.

• Learning geographic concepts through Minecraft, pages 1–2
• Multivariate Mapping techniques and Immersive Virtual Environments, pages 1–2

Stani-Fertl, R.

• The Open Gazetteer of EuroGeographics and Exonyms, pages 1–1

Straupis, T.

• Optimisation of generalisation re-calculation using partitioning, pages 1–2

Strubl, O.

• Czech Linguistic Maps – Implementation of Geovisualization Portal, pages 1–2

Suleiman, J.

• GeoStyler – Generic Styler for Geodata, pages 1–1

Sutlović, J.

• Local Map Scale Exaggerations of Island and Port Representations on Late-Medieval and Early Modern Navigational Charts of the Adriatic Sea, pages 1–2

Szatmári, D.

• Land cover data provided by the Copernicus Land Monitoring Service as important sources for thematic cartography, pages 1–2

Słomska-Przech, K.

• Atlas Fontium – examples of the Historical Atlas of Poland 2.0 data use, pages 1–2
• User Study of Heat Maps with Different Levels of Generalisation, pages 1–2

T

Talhofer, V.

• Changes in the content of topographic maps in relation to their use in the history, pages 1–2

Temerowski, L.

• Exploring Spatio-Temporal Event Data on a Smart Watch, pages 1–2

Theocharaki, A. M.

• Karten von Attika: Antiquities and Topography of Attica in the Era of Digital Humanities, pages 1–2

Tort-Donada, J.

• Toponymy as a tool for the geographical interpretation of the region: some methodological foundations, pages 1–2

Touya, G.

• Deep learning for anchor detection in multi-scale maps, pages 1–2
• A Web GIS to Generate Audio-Tactile Maps for Visually Impaired People, pages 1–2

Trapp, M.

• Non-Photorealistic Rendering of 3D Point Clouds for Cartographic Visualization, pages 1–2

Tsorlini, A.

• Bertin’s map reading theory: an enlightening tool for “clearing up” concepts and analysis of old maps content, pages 1–2

Tziokas, N.

• Mapping urban night lights at a fine spatial resolution: downscaling VIIRS using geographically weighted area-to-point regression Kriging, pages 1–3

Török, Z. G.

• Developing cartographic literacy: lessons learned from 20th century Hungarian school atlases, pages 1–2

U

Ullrich, J.

• Copernicus Emergency Management Service (CEMS) – Risk and Recovery Mapping, pages 1–2

Ulugtekin, N. N.

• Readability Analysis of Covid-19 Maps, pages 1–2

Urbanek, S.

• Development and use of virtual reality in geovisualisation: an overview, pages 1–2

V

Valchářová, D.

• Visualization of participatory mapping outcomes: a review of contemporary methods, pages 1–1

Vassilas, G.

• The Production of a New Topographical Map Series at scale 1:25000. The case of Cyprus, pages 1–2

Velazquez Navarro, T.

• Incorporation of automated cartographic generalization in INEGI, pages 1–3

Velten, S.

• Ontology-based Web Map, pages 1–1

Vetter, M.

• Map Symbol Development for 3D Cartography suitable in VR-Environments, pages 1–1

Voglstätter, C.

• Spatial Clustering Algorithms to Find the Optimal Spatial Resolution for Modelling of PtX Value Chains, pages 1–2

Volland, K.

• GeoStyler – Generic Styler for Geodata, pages 1–1

Vondrakova, A.

• Improving the concept of dialect maps based on geoinformatization of Czech dialectologic research, pages 1–1

Vozenilek, V.

• Improving the concept of dialect maps based on geoinformatization of Czech dialectologic research, pages 1–1
• How Do Czech Geography Teachers Use School Atlases?, pages 1–2
• Czech Linguistic Maps – Implementation of Geovisualization Portal, pages 1–2

Voženílek, V.

• Features of Europe’s air transport network formation during 2020 in the context of the COVID-19 pandemic, pages 1–1

Vučić, I.

• Risk index of contaminant dispersion in the sea, case study from HarmoNIA project, pages 1–2

W

Wagner, R.

• Non-Photorealistic Rendering of 3D Point Clouds for Cartographic Visualization, pages 1–2

Wandl-Vogt, E.

• Towards an intuitive User Interface and Geographic Question Answering for an existing spatial Linked Data Endpoint for Dialect Data, pages 1–3

Wang, H.

• Information Visualization during Mixed-Reality-based Navigation in Visually Complex Environments, pages 1–2

Wegen, O.

• Non-Photorealistic Rendering of 3D Point Clouds for Cartographic Visualization, pages 1–2

Weibel, R.

• Building simplification of vector maps using graph convolutional neural networks, pages 1–2

Weinberger, G.

• Towards an intuitive User Interface and Geographic Question Answering for an existing spatial Linked Data Endpoint for Dialect Data, pages 1–3

Weise, F.

• Spatial Clustering Algorithms to Find the Optimal Spatial Resolution for Modelling of PtX Value Chains, pages 1–2

Weißmann, M.

• The Development and Simulation of an Urban Traffic System for the Usage in Immersive Virtual Environments, pages 1–2

Wenner, F.

• Visualising Transformations of Geographical Time-Space by Transport Systems. The Case of Germany, 1990–2030, pages 1–2

Weskamm, J.

• GeoStyler – Generic Styler for Geodata, pages 1–1

Wieser, D.

• The infobox as an elementary component of map-centred online applications—principle, functionality and implementation using the example of AustrianVineyards.com, pages 1–2

Wigley, M.

• StoryMaps: Digital Story Telling putting the WHERE centre stage, pages 1–1

Wondrak, S.

• Cartography Education in the Swiss Federal Statistical Office, pages 1–1

Wu, Q.

• Exploring Spatial Voronoi Diagrams for Autonomous Vehicle Operation in 3D Road Networks, pages 1–2

Y

Youngblood, L.

• Narrating the route: route memorability in navigation instructions augmented with narrative, pages 1–1

Z

Zagata, K.

• League of Legends – Interpretation of Spatial Situations, pages 1–1
• Valheim – Interpretation of Cartographic Symbols on the Map Based on the Characteristics of the Respondents, pages 1–2

Zamora Gallegos, A. V.

• Incorporation of automated cartographic generalization in INEGI, pages 1–3

Zekou, E.

• Quantifying visual heterogeneity of paper maps using diffuse reflectance spectroscopy, pages 1–2

Zentai, L.

• Cold War era topographic maps: Soviet influences on Hungarian civil topographic maps, pages 1–2

Zhang, C.

• Mapping urban night lights at a fine spatial resolution: downscaling VIIRS using geographically weighted area-to-point regression Kriging, pages 1–3

Zhou, Z.

• Building simplification of vector maps using graph convolutional neural networks, pages 1–2

Zimmerman, J.

• Automated extraction of map symbology from nineteenth century topographical maps by convolutional neural networks for understanding long-term changes in the extent and distribution of wetlands, pages 1–2

Zingaro, D.

• Modelling and communicating geographic relevance in a digitally transformed world using a digital twin, pages 1–2

Ç

Çöltekin, A.

• Building Footprint Extraction from High Resolution UAV Images Using Deep Learning Algorithms in the Context of Unplanned Urbanisation, pages 1–2

Č

Čerba, O.

• Ontology-based Web Map, pages 1–1

Črnigoj, N.

• Analysis of heights of mountain interesting peaks and other characteristic points in Slovenia, pages 1–2

Ş

Şenol, H. İ.

• Building Footprint Extraction from High Resolution UAV Images Using Deep Learning Algorithms in the Context of Unplanned Urbanisation, pages 1–2

Š

Šmída, J.

• Map skills as a basis for building digital competencies in geography education under the Czech national curriculum, pages 1–2