A

Acharya, S.

• Interactive cartographic visualization of real-time satellite data and their orbits, pages 1–2

Adams, S.

• A collection of student maps for teaching multivariate thematic map making – the maps’ origin and purpose, pages 1–2

Adeleke, A.

• On developing cartographic terminology in African languages, pages 1–2

Adolf, A.

• Supervised learning for automated feature selection in road network generalization, pages 1–2

Aguiar Rivero, N. E.

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

Ala-Hulkko, T.

• Mapping the balance between grain supply and demand globally – GIS-based transport accessibility, pages 1–2

Albert, G.

• A geological hiking map curiosity from 1939, pages 1–2
• Local climate zone mapping of Tirana, Albania, pages 1–2
• A changing city in a changing climate – mapping local climate zones in Tirana in 2007 and 2018, pages 1–2

Alhosani, N.

• Mapping Geo-Spatial Examination of Pre- and Post-Quarantine Nocturnal Illumination amidst the COVID 19 in the United Arab Emirates, pages 1–1

Alnaji, D.

• Mapping 17 SDGs: Unlocking the challenges and achievements of the world towards the Sustainable Development Goals using cartography, pages 1–1

Altic, M.

• Mapping the Missionary World: 19th Century Missionary Atlases with Special Regard to Justus Perthes’ Production, pages 1–1

Amaddii, M.

• The new engineering geological map (carta litotecnica) of Tuscany (Italy), pages 1–1

Ameye, J.

• Visualisations of lidar data in an educational setting, pages 1–2

Amorim, F. R.

• Discovering spatiotemporal patterns on data quality assessment in collaborative mapping: A preliminary study in an area of Brazil, pages 1–3

Anderson, J.

• Using thematic mapping and United Nations Sustainable Development Goal indicator data to investigate environmental factors related to the spread of COVID-19, pages 1–3

Andrade, A. F.

• Perspectives about implementation of colour codes on maps accessible to blind people, pages 1–1

Angelini, S.

• The epic of San Benedetto del Tronto (I) ocean fishing, pages 1–2

Angly, F.

• The public Swiss natural hazard portal for warnings and recommended behaviour, pages 1–2

Ansaldi, R.

• A step toward a standardized guide in sailing the sea: the Pilot's book digital upgrade, pages 1–2

Antunes, A. P.

• Perspectives about implementation of colour codes on maps accessible to blind people, pages 1–1

Aoyagi, H.

• Pseudo occlusion-based 3D trajectory visualization for indoor AR navigation services, pages 1–2

Arai, K.

• “Jissoku-Yochizu (1821)” which should be newly found as the small scale map of Japan originally surveyed by Inoh Tadataka, pages 1–2

Araszkiewicz, A.

• Concept for the historic parks' tactile maps development, pages 1–2

Araújo, N. S. D.

• Perspectives about implementation of colour codes on maps accessible to blind people, pages 1–1

Archinal, B.

• International Coordination of Planetary Coordinate System Recommendations and the IAU Working Group on Cartographic Coordinates and Rotational Elements, pages 1–2

Archuleta, C.

• The Making of Mapping for a Sustainable World, pages 1–2

Aref, S.

• Mapping academic migration of German-affiliated researchers across countries using 8 million Scopus publications from 1996 to 2020, pages 1–2

Arikawa, M.

• Pseudo occlusion-based 3D trajectory visualization for indoor AR navigation services, pages 1–2

Ariza-López, F. J.

• DEM’s elevation comparison by surface buffering, pages 1–2

Ariza-Álvarez, A.

• An end-user evaluation to explore the effectiveness of cartograms for mapping spatial accessibility, pages 1–2

Arranz-López, A.

• An end-user evaluation to explore the effectiveness of cartograms for mapping spatial accessibility, pages 1–2

Arufe Varela, J.

• Mapant Spain: an automatically generated orienteering map for Spain, pages 1–2

Arundel, S. T.

• Improving map text detection and recognition through data synthesis, pages 1–2

Ascoli, D.

• Integration of quantitative analysis and local community involvement for wildfire risk mapping: a case study from an Alpine valley, pages 1–2

Atalay, H.

• The Importance of Cartography in Covid-19 Pandemic Mapping, pages 1–3

Atanasova-Zlatareva, M.

• Application of UAS for the purposes of landslide mapping in Bulgaria – a case study of the Thracian Cliff landslide, northern Bulgarian coastal zone, pages 1–2

Avelar Portillo, L. J.

• Measuring Closest Water, Sanitation, and Hygiene Facilities in Unhoused Communities of Los Angeles, USA, pages 1–1

Azzari, M.

• The cartographic heritage of the University of Florence. Historical maps of the Geography Library, pages 1–2
• Virtual reconstruction of historical landscapes: a 3D environment to contextualise data in space and time, pages 1–2
• Cartographic sources for the reconstruction of the Syro-Palestinian landscape in the Late Antiquity, pages 1–2

B

Bae, C.

• Evaluation of Geovisualization Designs for the Cognition of Movement in Space and Time, pages 1–2

Bak, J.

• Developing 3D models of pre-war Warsaw buildings using spatial data integration, pages 1–1

Balabanian, P.

• Mapping Geo-Spatial Examination of Pre- and Post-Quarantine Nocturnal Illumination amidst the COVID 19 in the United Arab Emirates, pages 1–1

Baldrica-Franklin, G.

• Mapping Narrative Content and Structure in Online Atlases, pages 1–2
• The Making of Mapping for a Sustainable World, pages 1–2
• Introducing Web Mapping: A Workbook for Interactive Cartography and Visualization on the Open Web, pages 1–2

Balčiūnas, A.

• Cartographic product as a service for easier access to INSPIRE data, pages 1–2

Bandrova, T.

• Toward a New ICA Research Agenda, pages 1–2
• Establishing a Cartographic Body of Knowledge, pages 1–2

Barnett, J.

• Making sense of coronavirus news maps: A multiple sorting approach, pages 1–2

Barthel, D.

• Precision Mapping of Apple Proliferation using Multi- and Hyperspectral Data, pages 1–2

Barvir, R.

• 3D-printed models of Czech architectural monuments for people with severe visual impairment, pages 1–2
• Making history accessible to people with visual impairments through interactive tangible 3D models, pages 1–2
• Approaches for infographics evaluation in maps, pages 1–2

Barvíř, R.

• Adaptation of maps to pupils with severe visual impairments, pages 1–2

Basso, M.

• The new geospatial data of the Friuli Venezia Giulia Region (Italy): a geomatic challenge, pages 1–2

Basu, D.

• Caring through science – Visualizing geographic accessibility of health care facilities in areas with high prevalence of comorbidities, pages 1–2

Battaglini, L.

• CARG Geological Database: new layers, new data, pages 1–1
• EMODnet Geology: digital geological maps of European seas, pages 1–2

Bauer, H.

• Story from Realm of Maps in Regensburg, pages 1–1

Becker, M.

• The Atlas as (Exhibition) Space - Herbert Bayer: World Geographic Atlas, 1953, pages 1–2

Beconyte, G.

• Base Maps of National Geoportals of Europe: Pragmatic and Stylistic Aspects, pages 1–1

Beconytė, G.

• Cartographic product as a service for easier access to INSPIRE data, pages 1–2

Behr, F.-J.

• Mapping in words: Standardizing cartographic terminology, pages 1–3
• Perspectives on making cartographic knowledge accessible to software developers, pages 1–2

Beinat, A.

• The new geospatial data of the Friuli Venezia Giulia Region (Italy): a geomatic challenge, pages 1–2

Beitlova, M.

• Revealing map reading strategies of physical geographic maps, pages 1–1

Beitlová, M.

• Do authors look at their maps in different way than common readers? An eye-tracking study, pages 1–1

Beqiraj, E.

• A changing city in a changing climate – mapping local climate zones in Tirana in 2007 and 2018, pages 1–2

Bernhäuserová, V.

• Limits of GIS implementation in secondary education, pages 1–2
• Mapwork.education: online adaptive system for cartographic education, pages 1–2

Berti, C.

• The cartographic heritage of the University of Florence. Historical maps of the Geography Library, pages 1–2

Besana, A.

• Integration of quantitative analysis and local community involvement for wildfire risk mapping: a case study from an Alpine valley, pages 1–2

Bettaieb, B.

• Comparative study of foreign visitors’ perceptions of places by analyzing visual content of photographs, pages 1–1
• Role of maps and public street signs in wayfinding behaviour of foreign visitors, pages 1–1

Bečicová, K.

• Adaptation of maps to pupils with severe visual impairments, pages 1–2

Bielecka, E.

• Quantitative, orderly and qualitative visualisation of urban environment, pages 1–2

Bigi, V.

• Spatial and temporal evaluation of perennial vegetation distribution in the arid areas surrounding North Horr city, pages 1–2

Binswanger, J.

• St Gallen Globe Online, pages 1–2

Biondo, T.

• The usability of the IdroGEO web platform for the dissemination of information on landslides and floods in Italy, pages 1–2

Biraghi, C. A.

• Citizen contribution to lake water quality observation: SIMILE project Mobile and Web applications, pages 1–2

Birdwell, A.

• Reimagining measures of spatial access to health care in lowand middle-income countries: using road network analysis to validate self-reported perceptions of geospatial barriers, pages 1–1

Biscotti, E.

• Inland water Hydrographic Survey for Mapping and Scientific Research, pages 1–2

Bláha, J. D.

• The system of cartographic didactic aids for the Czech lower secondary education and its implementation into geographical teaching, pages 1–2

Bocci, M.

• Deep mapping the real estate market in Milan (Italy), pages 1–1

Bogucka, E. P.

• Quantitative Content Analysis of Maps on Twitter using network visualization and pre-trained machine learning models, pages 1–2

Bologna, V.

• Virtual reconstruction of historical landscapes: a 3D environment to contextualise data in space and time, pages 1–2

Bos, J.

• Places of misery: mapping slavery of the Dutch East India Company (VOC), 1602–1799, pages 1–8

Bostelmann, J.

• Topographic mapping of the Mars MC quadrangles using HRSC data, pages 1–2

Bottai, L.

• The new engineering geological map (carta litotecnica) of Tuscany (Italy), pages 1–1

Bozon, N.

• An innovative global cloudless satellite map, pages 1–1

Bratic, G.

• Citizen contribution to lake water quality observation: SIMILE project Mobile and Web applications, pages 1–2

Bravo, J. V. M.

• Semantic correlation between emojis and feelings’ descriptions for Mapping Emotions into the Urban Mobility context, pages 1–3
• A proposition to define boundaries based on the smoothness and the continuity of voluminous point data phenomena, pages 1–2
• Identifying Map-Reading, Map-Using, and Map-Generating tasks in a crowdsourcing context, pages 1–2

Brovelli, M. A.

• Citizen contribution to lake water quality observation: SIMILE project Mobile and Web applications, pages 1–2

Brunnbauer, U.

• Story from Realm of Maps in Regensburg, pages 1–1

Brus, J.

• 3D-printed models of Czech architectural monuments for people with severe visual impairment, pages 1–2
• Making history accessible to people with visual impairments through interactive tangible 3D models, pages 1–2
• Perspectives on making cartographic knowledge accessible to software developers, pages 1–2
• Adaptation of maps to pupils with severe visual impairments, pages 1–2

Brychtová, A.

• Visual complexity and memorability of maps, pages 1–2

Buckingham Andersen, T.

• The Making of Mapping for a Sustainable World, pages 1–2

Buckley, A. R.

• Automating Strip Mapping, pages 1–2
• Online Collections of Vietnam War-Era U.S. Topographic Maps, pages 1–2

Burghardt, D.

• Mapping Mt. Ushba: Preparation for a new Alpine Club Map, pages 1–1
• The Representation of Spatial Context by Emojis within Location based Social Media, pages 1–1

C

Caballero Belda, A.

• Mapant Spain: an automatically generated orienteering map for Spain, pages 1–2

Cai, H.

• Improving land loss modelling through incorporating neighborhood scale effects, pages 1–1

Cai, Y.

• Waterloo Building Dataset: A large-scale very-high-spatial-resolution image dataset for building rooftop extraction, pages 1–2

Cajthaml, J.

• Definition of headwater catchment boundaries, pages 1–1
• Using Old Maps to Analyse Land Use/Cover Change in Water Reservoir Area, pages 1–2

Calka, B.

• Developing 3D models of pre-war Warsaw buildings using spatial data integration, pages 1–1

Camara, G. S.

• Semantic correlation between emojis and feelings’ descriptions for Mapping Emotions into the Urban Mobility context, pages 1–3

Camboim, S. P.

• Semantic correlation between emojis and feelings’ descriptions for Mapping Emotions into the Urban Mobility context, pages 1–3
• A proposition to define boundaries based on the smoothness and the continuity of voluminous point data phenomena, pages 1–2
• Mapping in words: Standardizing cartographic terminology, pages 1–3
• Discovering spatiotemporal patterns on data quality assessment in collaborative mapping: A preliminary study in an area of Brazil, pages 1–3
• Perspectives on making cartographic knowledge accessible to software developers, pages 1–2

Cammack, R. G.

• Multiple Layer Symbol Design for Use with Internet Maps, pages 1–1

Campos, R. G. D.

• A proposition to define boundaries based on the smoothness and the continuity of voluminous point data phenomena, pages 1–2

Caquard, S.

• Mapping the Skin and the Guts of Stories: A Dialog Between Conventional and Alternative Cartographies, pages 1–2

Carbone, L.

• Accessibility and connection: the challenges of the reconstruction and the promotion of cultural heritage, pages 1–1

Carfì, S.

• High resolution land use map for eco-hydrological modelling from IACS/LPIS geodata conflation, pages 1–2

Carmo, W. R. D.

• Tactile Cartography in Latin America: Experience with Workshops, pages 1–1

Carneiro, A. F. T.

• Diagnosis of the current situation of the cadastre and its relationship with systematic topographic mapping, pages 1–2
• The lack of topographic mapping and the historical problem of land demarcation in Brazil, pages 1–2

Carow, S.

• Spatial searches for journal articles, pages 1–2

Carrion, D.

• Citizen contribution to lake water quality observation: SIMILE project Mobile and Web applications, pages 1–2

Carta, R.

• CARG Geological Database: new layers, new data, pages 1–1

Cartwright, W.

• What do the general public think about maps as art?, pages 1–1

Celen, M.

• The role of topographic maps in river hydromorphology, pages 1–2

Cenameri, A.

• Local climate zone mapping of Tirana, Albania, pages 1–2
• A changing city in a changing climate – mapping local climate zones in Tirana in 2007 and 2018, pages 1–2

Chai, T.

• Design and Implementation of Narrative Map Based on Hand Scroll – An Example of Zheng He's voyage to the West, pages 1–2

Charvát, K.

• Web Maps of Regional Attractiveness, pages 1–2

Chauke, M.

• Implementing Base Data Set Custodianship – South Africa, pages 1–2

Chauke, M. M. M.

• On developing cartographic terminology in African languages, pages 1–2

Chawanji, S.

• Vector Tile Table Join Service (VTJS) – cartographic support for the communication of AI results, pages 1–2

Chen, Y.

• Introducing Web Mapping: A Workbook for Interactive Cartography and Visualization on the Open Web, pages 1–2

Chereshnya, O. Yu.

• Cartographic blockchain platform solution for sustainable environmental management on the lands of indigenous peoples in the Russian Arctic, pages 1–2

Chiang, Y.-Y.

• Measuring Closest Water, Sanitation, and Hygiene Facilities in Unhoused Communities of Los Angeles, USA, pages 1–1
• Reimagining measures of spatial access to health care in lowand middle-income countries: using road network analysis to validate self-reported perceptions of geospatial barriers, pages 1–1
• Towards the large-scale extraction of historical land cover information from historical maps, pages 1–2

Chmelík, J.

• The platform eDIVE: A Solution for the Geography Education in Collaborative Immersive Virtual Environment, pages 1–2

Cho, N.

• Classifying Tourists’ Photos and Exploring Tourism Destination Image Using a Deep Learning Model, pages 1–2

Christophe, S.

• Mapping road crossings for visually impaired people, pages 1–2

Chuprikova, E.

• Precision Mapping of Apple Proliferation using Multi- and Hyperspectral Data, pages 1–2

Coetzee, S.

• Mapping in words: Standardizing cartographic terminology, pages 1–3
• On developing cartographic terminology in African languages, pages 1–2
• Perspectives on making cartographic knowledge accessible to software developers, pages 1–2
• COVID-19 lockdown and students’ changing perceptions of place: A participatory mapping study in South Africa, pages 1–2
• An exploratory digital environment for learning about southern African pre-colonial urbanism – A usability study, pages 1–3
• A collection of student maps for teaching multivariate thematic map making – the maps’ origin and purpose, pages 1–2
• Caring through science – Visualizing geographic accessibility of health care facilities in areas with high prevalence of comorbidities, pages 1–2

Cole, D. G.

• The Importance of Contemporary and Historical Indigenous Cartography and Toponymy with Indigenous Contributions to Euro/American/Canadian Cartography, pages 1–1

Cole, H.

• Thematic Tactile Cartography: Evaluating Tactile Mapping Techniques for Novel Applications, pages 1–2

Cole, T.

• Mapping geohistorical narratives: The Grand Duchy of Lithuania borderlands infrastructures project, 18th century, pages 1–2

Comino, E.

• Spatial and temporal evaluation of perennial vegetation distribution in the arid areas surrounding North Horr city, pages 1–2
• Integration of quantitative analysis and local community involvement for wildfire risk mapping: a case study from an Alpine valley, pages 1–2

Congi, M. P.

• The historical geological cartography: from digital archive to WebGIS environment, pages 1–2

Console, F.

• The historical geological cartography: from digital archive to WebGIS environment, pages 1–2

Conti, M.

• EMODnet Geology: digital geological maps of European seas, pages 1–2

Cooper, A. K.

• On developing cartographic terminology in African languages, pages 1–2
• A survey of criteria for accredited publications, pages 1–2

Courtial, A.

• Can Graph Convolution Networks Learn Spatial Relations?, pages 1–2

Cron, J.

• The role of emotion in mental maps, pages 1–2

Cruccas, A.

• Deep mapping the real estate market in Milan (Italy), pages 1–1

D

D'Angelo, S.

• EMODnet Geology: digital geological maps of European seas, pages 1–2

Daniil, E.

• Using Cartographic and Archival Material to Approach Local History: an Educational Workshop about Lambrakis Case in Thessaloniki City of the ’60s, pages 1–1

Daros, R.

• UCD techniques applied to the design of interfaces for integration between Expert System and GIS to define the directive of transmission lines, pages 1–2

Davis, M.

• Soviet city plans and OpenStreetMap: a comparative analysis, pages 1–1

Davis, N.

• Student generated digital media and community-based learning within a COVID-19 induced landscape: Lessons from the field, pages 1–2
• COVID-19 lockdown and students’ changing perceptions of place: A participatory mapping study in South Africa, pages 1–2

Deguy, P.

• Virtual reconstruction of historical landscapes: a 3D environment to contextualise data in space and time, pages 1–2

Delazari, L. S.

• Perspectives about implementation of colour codes on maps accessible to blind people, pages 1–1
• UCD techniques applied to the design of interfaces for integration between Expert System and GIS to define the directive of transmission lines, pages 1–2
• Evaluating distances using pictorial symbols in Augmented Reality Systems for indoor environments, pages 1–2
• Selecting Usability Heuristics to Evaluate Responsive Maps: Case Study WebGIS UFPR CampusMap, pages 1–2

Demarte, M.

• GIS-mapping ADCP backscatter data to support environmental studies, pages 1–2

Demhardt, I. J.

• A last map of yet many firsts: Der Brandberg, 1:200,000, pages 1–1

Denney, B.

• The Influence of Socio-Cultural Factors on Perception & Cognition of Map Symbols, pages 1–2

Desplain, A.

• Tianjin Time Machine, pages 1–2

Ding, L.

• The reading strategies of a map-based dashboard – acquisition and assessment, pages 1–2

Dinklage, F.

• Personalisation of data-driven storytelling, pages 1–4

Disperati, L.

• The new engineering geological map (carta litotecnica) of Tuscany (Italy), pages 1–1

Divanis, A.

• A Climate Event Portal co-created by Citizen Scientists, pages 1–2

Dodge, S.

• Evaluation of Geovisualization Designs for the Cognition of Movement in Space and Time, pages 1–2

Dominguès, C.

• An attempt to define perceptive and sensitive mapping through lived space experiments, pages 1–3

Dong, J.

• A non-navigational TIN-DDM automatic synthesis algorithm that takes into account the accurate determination of terrain features and full expression of topography, pages 1–2

Donohue, R.

• Introducing Web Mapping: A Workbook for Interactive Cartography and Visualization on the Open Web, pages 1–2

Doroshenko, I.

• Spatio-temporal analysis of place-naming dynamics in former West Prussia from 1772 to 2020, pages 1–1

Dragoni, A.

• The usability of the IdroGEO web platform for the dissemination of information on landslides and floods in Italy, pages 1–2

Duan, W.

• Towards the large-scale extraction of historical land cover information from historical maps, pages 1–2

Dukaczewski, D.

• Urban Policy Observatory Programme for Sustainable Cities and Communities Mapping in Poland, pages 1–2

Dumke, A.

• Topographic mapping of the Mars MC quadrangles using HRSC data, pages 1–2

Dunkel, A.

• The Representation of Spatial Context by Emojis within Location based Social Media, pages 1–1

D’Addario, E.

• The new engineering geological map (carta litotecnica) of Tuscany (Italy), pages 1–1

Le Deunf, J.

• A pragmatical algorithm to compute the convex envelope of bathymetric surveys at variable resolutions, pages 1–2

Van Damme, M.-D.

• Modelling and building of a graph database of multi-source landmarks to help emergency mountain rescuers, pages 1–2
• Lessons learned from a VGI initiative for Land Use monitoring, pages 1–3

E

El-Shazly, A.

• Impact of neighbourhood selection methods on mobile LiDAR data classification using machine learning algorithms, pages 1–2

Elias, E. N. N.

• Discovering spatiotemporal patterns on data quality assessment in collaborative mapping: A preliminary study in an area of Brazil, pages 1–3

Erman, N. M.

• Landscape and historical mapping of natural and cultural complexes of Central Russia, pages 1–1

Esquivel Tabares, G. F.

• Combing Machine Learning Image Segmentation and Mixed Reality Design to improve Users´ Navigation Experience, pages 1–2

Evseev, A. V.

• Cartographic blockchain platform solution for sustainable environmental management on the lands of indigenous peoples in the Russian Arctic, pages 1–2

de Espona, L.

• Investigations towards enabling a Web-based environmental geospatial information system (Web-EGIS) in EnviDat, pages 1–1
• Open Data – Open Software: Implementing Geospatial Requirements in EnviDat with an Open-Source Stack, pages 1–1

F

Fabre, P.

• Mapping 17 SDGs: Unlocking the challenges and achievements of the world towards the Sustainable Development Goals using cartography, pages 1–1

Fabrikant, S. I.

• The impact of landmark visualization style on expert wayfinders’ cognitive load during navigation, pages 1–3
• Take That Flood+: Does your perspective matter?, pages 1–3

Fabris-Rotelli, I.

• Caring through science – Visualizing geographic accessibility of health care facilities in areas with high prevalence of comorbidities, pages 1–2

Fahed, C.

• The Lebanese nautical cartographic plan development, pages 1–2

Fairbairn, D.

• How do decision makers interact with geospatial data? An eye tracking study, pages 1–2

Falavigna, G. P.

• Obstacles risk modeling in aerodromes protection zones, pages 1–2

Fan, Z.

• Enhancing Kepler.gl for processing Google Maps Timeline data, pages 1–2

Faricic, J.

• Renderings of the Adriatic Sea coastline on early modern age nautical charts in the context of their navigational applicability, pages 1–1

Farkas-Németh, Z.

• The sense of North, pages 1–3

Fatholahi, S. N.

• Waterloo Building Dataset: A large-scale very-high-spatial-resolution image dataset for building rooftop extraction, pages 1–2

Favretto, A.

• Arno Peters and “his” equal area projection. A practical approach in a GIS environment, pages 1–2

Feng, C.

• Enhancing Kepler.gl for processing Google Maps Timeline data, pages 1–2

Feng, C.-C.

• Balancing shape distortions and contiguity in cartograms, pages 1–2

Feranec, J.

• Abandoned landscapes – possibilities of their identification by application of map data and aerial images in conditions of Slovakia, pages 1–2

Ferland, Y.

• Indigenous place names in toponymical strata on the Turtle Island, pages 1–1
• Geoliteracy, cartology, and classroom mobile projects or game, pages 1–3

Field, K.

• Symbolising spatially coincident temporal data, pages 1–1
• Thematic mapping with a twist, pages 1–2

Filho, L. E.

• UCD techniques applied to the design of interfaces for integration between Expert System and GIS to define the directive of transmission lines, pages 1–2

Filippi, A. M.

• Computationally efficient sequential feature extraction for single hyperspectral remote sensing image classification, pages 1–2

Filippini, M.

• Forest in Military Through Cartography: the Case of the McCrady Training Base, pages 1–2
• Forests as Protagonists on Battlefields: the case studies of Rivers Bridge and Honey Hill Through the Lens of a HGIS, pages 1–2

Fiorentino, A.

• EMODnet Geology: digital geological maps of European seas, pages 1–2

Ford, A.

• How do decision makers interact with geospatial data? An eye tracking study, pages 1–2

Forrest, D.

• Cartographic Education at the University of Glasgow: Past, present and future, pages 1–2
• Which mapping technique for population density is effective, attractive, and suggestive?, pages 1–1

Fourie, N.

• Implementing Base Data Set Custodianship – South Africa, pages 1–2

Franklin, M.

• Measuring Closest Water, Sanitation, and Hygiene Facilities in Unhoused Communities of Los Angeles, USA, pages 1–1

Frigeri, A.

• A symbols library and development environment for Earth and Planetary geologic mapping, pages 1–2

Fuest, S.

• Nudging travelers to favorable routes: The impact of visual communication and emotional responses on decision making, pages 1–3

G

Gadenz, S.

• Deep mapping the real estate market in Milan (Italy), pages 1–1

Gallinelli, D.

• High resolution land use map for eco-hydrological modelling from IACS/LPIS geodata conflation, pages 1–2

Gambashidze, M.

• The role of emotion in mental maps, pages 1–2

Gantner, A.

• Vector large-scale overview plan in a Swiss cantonal administration, pages 1–2

Gao, K.

• Waterloo Building Dataset: A large-scale very-high-spatial-resolution image dataset for building rooftop extraction, pages 1–2

Garrido Sáenz de Tejada, J. M.

• Mapant Spain: an automatically generated orienteering map for Spain, pages 1–2

Gartner, G.

• Vector Tile Table Join Service (VTJS) – cartographic support for the communication of AI results, pages 1–2
• Towards Reproducible User Studies and Behavioral Experiments for Cartography With the stimsrv Framework, pages 1–2
• Establishing a Cartographic Body of Knowledge, pages 1–2
• Can indoor navigation service incorporating signs support spatial learning?, pages 1–2
• Personalized Landmark Sequence Recommendation Method using LSTM-based Network for Navigating in Large Hospitals, pages 1–2
• Cross-Cultural Differences in Map Design Perception, pages 1–3

Gastner, M. T.

• Balancing shape distortions and contiguity in cartograms, pages 1–2

Gavrilova, S.

• Decoding spatial formatting: the analysis of the world order through educational atlases, pages 1–2

Gałkowski, P.

• Polish Geological Cartography Platform: one access point to all geological maps, pages 1–2

Gebreselassie, S.

• Mapping 17 SDGs: Unlocking the challenges and achievements of the world towards the Sustainable Development Goals using cartography, pages 1–1

Gede, M.

• Mask-RCNN generalisation to vectorise surface-type objects of old maps, pages 1–1
• A new tool to follow the changes of geographic names on globes, pages 1–2

Gediel, J. A. P.

• Diagnosis of the current situation of the cadastre and its relationship with systematic topographic mapping, pages 1–2
• The lack of topographic mapping and the historical problem of land demarcation in Brazil, pages 1–2

Gendner, V.

• Modelling and building of a graph database of multi-source landmarks to help emergency mountain rescuers, pages 1–2

Ghaith, A.

• The Lebanese nautical cartographic plan development, pages 1–2

Gherdevich, D.

• Tianjin Time Machine, pages 1–2

Giordano, A.

• Mapping geohistorical narratives: The Grand Duchy of Lithuania borderlands infrastructures project, 18th century, pages 1–2
• Children’s cartography: what is a map according to children?, pages 1–1

Girmay, L. A.

• On developing cartographic terminology in African languages, pages 1–2

Giusti, R.

• The new engineering geological map (carta litotecnica) of Tuscany (Italy), pages 1–1

Giustolisi, G.

• The new Italian map at 1:50.000 scale: M793 Map Series, pages 1–1

Glielmi, A.

• The 1968 Antarctic Italian CAI-CNR mission: a story map to rediscover an almost unknown geographical exploration, pages 1–2

Glinka, K.

• Personalisation of data-driven storytelling, pages 1–4

Goga, T.

• Abandoned landscapes – possibilities of their identification by application of map data and aerial images in conditions of Slovakia, pages 1–2

Gomes, J. V. P.

• Evaluating distances using pictorial symbols in Augmented Reality Systems for indoor environments, pages 1–2

Gonçalves, J. E.

• UCD techniques applied to the design of interfaces for integration between Expert System and GIS to define the directive of transmission lines, pages 1–2

Gorevalova, A.

• Dynamics and Trends in Content System Formation of Nautical Charts, pages 1–2

Gołębiowska, I.

• Assessing legend designs for coordinated and multiple views geovisualizations, pages 1–2
• Empirical Study on Recognition of Spatial Patterns in Choropleth Maps Using Hexagonal Shaped Units, pages 1–2
• Empirical evaluation of four-variate thematic maps for expert users, pages 1–2

Gołębiowska, I. M.

• User Study on Informationally Equivalent Thematic Maps for Map Use Tasks, pages 1–2

Griffin, A. L.

• Mapping in words: Standardizing cartographic terminology, pages 1–3
• The Influence of Socio-Cultural Factors on Perception & Cognition of Map Symbols, pages 1–2
• Nudging travelers to favorable routes: The impact of visual communication and emotional responses on decision making, pages 1–3
• Perspectives on making cartographic knowledge accessible to software developers, pages 1–2

Grosso, S.

• A step toward a standardized guide in sailing the sea: the Pilot's book digital upgrade, pages 1–2

Gröbe, M.

• Mapping Mt. Ushba: Preparation for a new Alpine Club Map, pages 1–1

Guerreschi, P.

• The use of the high-resolution LiDAR DTM by the Italian Ministry of the Environment and for Protection of the Land and Sea in archeology, pages 1–2

Guinea de Salas, A.

• Make maps great again, pages 1–1

Gulgen, F.

• The role of topographic maps in river hydromorphology, pages 1–2

Gwinner, K.

• Topographic mapping of the Mars MC quadrangles using HRSC data, pages 1–2

van Gasselt, S.

• Concept and Formalisation of Tactile Cartographic Variables, pages 1–2
• User Needs and Identification of Upcoming Challenges for the Application of Planetary Information Systems, pages 1–2

H

HRSC GTMTG

• Topographic mapping of the Mars MC quadrangles using HRSC data, pages 1–2

Haas-Artho, D.

• Investigations towards enabling a Web-based environmental geospatial information system (Web-EGIS) in EnviDat, pages 1–1
• Open Data – Open Software: Implementing Geospatial Requirements in EnviDat with an Open-Source Stack, pages 1–1

Hagelman, R.

• Children’s cartography: what is a map according to children?, pages 1–1

Halik, Ł.

• Mapping Wayfinding Behaviour in a Topographic Immersive Virtual Environment (TopoIVE), pages 1–1

Hanewinkel, C.

• Abstraction and Reality. Dealing with …, pages 1–1

Hanimann, D.

• Investigations towards enabling a Web-based environmental geospatial information system (Web-EGIS) in EnviDat, pages 1–1
• Open Data – Open Software: Implementing Geospatial Requirements in EnviDat with an Open-Source Stack, pages 1–1

Hanus, M.

• Limits of GIS implementation in secondary education, pages 1–2
• Mapwork.education: online adaptive system for cartographic education, pages 1–2
• Students’ strategies for thematic map analysis, pages 1–2
• Map use in lessons: a videostudy findings, pages 1–1

Hare, T. M.

• Standards Proposal for 2021 to Support Planetary Coordinate Reference Systems, pages 1–1

Hart, E. R.

• The Importance of Contemporary and Historical Indigenous Cartography and Toponymy with Indigenous Contributions to Euro/American/Canadian Cartography, pages 1–1

Harvey, F.

• Mapping in words: Standardizing cartographic terminology, pages 1–3
• Spatio-temporal analysis of place-naming dynamics in former West Prussia from 1772 to 2020, pages 1–1
• Perspectives on making cartographic knowledge accessible to software developers, pages 1–2

Hauthal, E.

• The Representation of Spatial Context by Emojis within Location based Social Media, pages 1–1

Havelková, L.

• Limits of GIS implementation in secondary education, pages 1–2
• Mapwork.education: online adaptive system for cartographic education, pages 1–2
• Students’ strategies for thematic map analysis, pages 1–2

Hayashi, S.

• Mapping Tokyo Olympics 3.0: Archaeologies of the Future, pages 1–1

He, H.

• Waterloo Building Dataset: A large-scale very-high-spatial-resolution image dataset for building rooftop extraction, pages 1–2

Heaton, M.

• Creating a Dynamic Map Template for National Scale Malaria Treatment Planning in Zambia, pages 1–4

Hegedűs, Á.

• A geological hiking map curiosity from 1939, pages 1–2

Heitzler, M.

• Utilizing convolutional neural networks to extract road features from Swiss historical maps, pages 1–2
• Inferring Implicit 3D Representations from Human Figures on Pictorial Maps, pages 1–2

Henggeler, K.

• Cartographic Styles Used in Spatial Planning Maps to Visualise Uncertain, Unfinished and Imagined Content, pages 1–2

Hennig, B. D.

• Creating an Atlas of the Anthropocene, pages 1–2

Hepburn, J.

• How do decision makers interact with geospatial data? An eye tracking study, pages 1–2

Hernandez, M.

• Visualisations of lidar data in an educational setting, pages 1–2

Hodgson, M. E.

• Modelling and Repeating Early Photographic Positions with Aerial Drones, pages 1–2
• Forest in Military Through Cartography: the Case of the McCrady Training Base, pages 1–2
• Forests as Protagonists on Battlefields: the case studies of Rivers Bridge and Honey Hill Through the Lens of a HGIS, pages 1–2

Hoffmann, M.

• Natural Disasters in Europe within Years 2011–2020, pages 1–2

Hoshino, Y.

• “Jissoku-Yochizu (1821)” which should be newly found as the small scale map of Japan originally surveyed by Inoh Tadataka, pages 1–2

Hou, Y.

• Personalized Landmark Sequence Recommendation Method using LSTM-based Network for Navigating in Large Hospitals, pages 1–2

Houtman, L.

• Introducing a QGIS technical supplement for Mapping for a Sustainable World, pages 1–2
• Introducing Web Mapping: A Workbook for Interactive Cartography and Visualization on the Open Web, pages 1–2

Hu, B.

• Waterloo Building Dataset: A large-scale very-high-spatial-resolution image dataset for building rooftop extraction, pages 1–2

Huang, H.

• A novel mobile user interface to support pedestrian navigation without restricting the user to a predefined route, pages 1–1
• Can indoor navigation service incorporating signs support spatial learning?, pages 1–2

Huang, Z.

• Data Visualization Design for NSFC Joint Fund Management, pages 1–1

Hunt, P.

• Multiple Layer Symbol Design for Use with Internet Maps, pages 1–1

Hurni, L.

• Cartographic Styles Used in Spatial Planning Maps to Visualise Uncertain, Unfinished and Imagined Content, pages 1–2
• Utilizing convolutional neural networks to extract road features from Swiss historical maps, pages 1–2
• Storytelling in Interactive Atlases – Following the Intrinsic Map-Centered Approach, pages 1–1
• Inferring Implicit 3D Representations from Human Figures on Pictorial Maps, pages 1–2

Hägeli, M.

• Investigations towards enabling a Web-based environmental geospatial information system (Web-EGIS) in EnviDat, pages 1–1
• Open Data – Open Software: Implementing Geospatial Requirements in EnviDat with an Open-Source Stack, pages 1–1

I

IAU - WGCCRE

• International Coordination of Planetary Coordinate System Recommendations and the IAU Working Group on Cartographic Coordinates and Rotational Elements, pages 1–2

Iadanza, C.

• The usability of the IdroGEO web platform for the dissemination of information on landslides and floods in Italy, pages 1–2

Iescheck, A. L.

• Obstacles risk modeling in aerodromes protection zones, pages 1–2
• Diagnosis of the current situation of the cadastre and its relationship with systematic topographic mapping, pages 1–2
• The lack of topographic mapping and the historical problem of land demarcation in Brazil, pages 1–2

Imamura, S.

• Construction of an old-map framework for promoting historical GIS research and education, pages 1–2

Innocenti, C.

• EMODnet Geology: digital geological maps of European seas, pages 1–2

Iosifescu Enescu, C. M.

• Vector large-scale overview plan in a Swiss cantonal administration, pages 1–2

Iosifescu Enescu, I.

• Investigations towards enabling a Web-based environmental geospatial information system (Web-EGIS) in EnviDat, pages 1–1
• Open Data – Open Software: Implementing Geospatial Requirements in EnviDat with an Open-Source Stack, pages 1–1

Ito, K.

• How do People Make Decisions with/without Smartphones While Walking in the City?, pages 1–1
• Location of art gallery in urban areas: A GIS based analysis in Shinagawa ward, Tokyo, pages 1–2

Ivanova, A. A.

• Development of a specialized topographic map of environmental protection using the example of bog massifs, pages 1–2

Iverson, A. A.

• The Making of Mapping for a Sustainable World, pages 1–2

J

Jabbar, J. A.

• Paper and pixels: historic maps as a multifaceted resource, pages 1–2

Jakobsson, A.

• Russian topographic mapping in Finland 1870–1917, pages 1–2

Jakulis, M.

• Mapping geohistorical narratives: The Grand Duchy of Lithuania borderlands infrastructures project, 18th century, pages 1–2

Jakštys, M.

• Theoretical and practical application of Wang-Müller line generalisation algorithm, pages 1–2

James, P.

• How do decision makers interact with geospatial data? An eye tracking study, pages 1–2

Janik, K.

• Precision Mapping of Apple Proliferation using Multi- and Hyperspectral Data, pages 1–2

Jaumann, R.

• Topographic mapping of the Mars MC quadrangles using HRSC data, pages 1–2

Jeney, J.

• Using a Map to Reconstruct the Szekler Atlantis, pages 1–2

Ji, H.

• A non-navigational TIN-DDM automatic synthesis algorithm that takes into account the accurate determination of terrain features and full expression of topography, pages 1–2
• Automatic cleaning of outliers in multibeam bathymetric data with clustering algorithm, pages 1–2

Jiang, Y.

• Mapping road crossings for visually impaired people, pages 1–2

Jiang, Z.

• Waterloo Building Dataset: A large-scale very-high-spatial-resolution image dataset for building rooftop extraction, pages 1–2

Jiao, C.

• Utilizing convolutional neural networks to extract road features from Swiss historical maps, pages 1–2

Jin, S.

• Automatic cleaning of outliers in multibeam bathymetric data with clustering algorithm, pages 1–2

Jin, Z.

• Data Visualization Design for NSFC Joint Fund Management, pages 1–1

Jobst, M.

• Vector Tile Table Join Service (VTJS) – cartographic support for the communication of AI results, pages 1–2

Jolivet, L.

• An attempt to define perceptive and sensitive mapping through lived space experiments, pages 1–3
• Lessons learned from a VGI initiative for Land Use monitoring, pages 1–3

Jones, H.

• Paper and pixels: historic maps as a multifaceted resource, pages 1–2

Jones, K.

• Putting mapper on a map: cartographic visualizations of topological data analysis, pages 1–2

Jouffrais, C.

• Mapping road crossings for visually impaired people, pages 1–2

Jurado Alonso, M.

• Mapant Spain: an automatically generated orienteering map for Spain, pages 1–2

Jílková, P.

• Czech Historical Atlas: Creation of a web map portal, pages 1–2
• Czech Historical Atlas: A web map portal on the Czech history, pages 1–2

Jóźwik, K.

• Polish Geological Cartography Platform: one access point to all geological maps, pages 1–2
• Polish Geological Survey On the Never-Ending Geology quest – contribution to the OneGeology initiative as an example of challenges emerging from technological changes, pages 1–2

K

Kagawa, A.

• Unlocking cartography in the United Nations in the era of Data for action, pages 1–1
• Mapping 17 SDGs: Unlocking the challenges and achievements of the world towards the Sustainable Development Goals using cartography, pages 1–1

Kalinic, M.

• Sensor based extended floating bicycle data (xFBD) analysis, pages 1–3

Kamata, R.

• Construction of an old-map framework for promoting historical GIS research and education, pages 1–2

Kanasugi, H.

• Enhancing Kepler.gl for processing Google Maps Timeline data, pages 1–2

Kang, Y.

• Classifying Tourists’ Photos and Exploring Tourism Destination Image Using a Deep Learning Model, pages 1–2

Kapaj, A.

• The impact of landmark visualization style on expert wayfinders’ cognitive load during navigation, pages 1–3

Karger, D. N.

• Investigations towards enabling a Web-based environmental geospatial information system (Web-EGIS) in EnviDat, pages 1–1
• Open Data – Open Software: Implementing Geospatial Requirements in EnviDat with an Open-Source Stack, pages 1–1

Karsznia, I.

• Supervised learning for automated feature selection in road network generalization, pages 1–2
• Empirical Study on Recognition of Spatial Patterns in Choropleth Maps Using Hexagonal Shaped Units, pages 1–2

Karčiauskienė, J.

• Cartographic product as a service for easier access to INSPIRE data, pages 1–2

Kaszap, M.

• Geoliteracy, cartology, and classroom mobile projects or game, pages 1–3

Kato, G.

• Mapping 17 SDGs: Unlocking the challenges and achievements of the world towards the Sustainable Development Goals using cartography, pages 1–1

Katsumata, K.

• How do People Make Decisions with/without Smartphones While Walking in the City?, pages 1–1

Katumba, S.

• On developing cartographic terminology in African languages, pages 1–2

Kavka, P.

• Definition of headwater catchment boundaries, pages 1–1

Kawamura, H.

• “Jissoku-Yochizu (1821)” which should be newly found as the small scale map of Japan originally surveyed by Inoh Tadataka, pages 1–2

Keler, A.

• Quantifying the Complexity of Road Intersections Using Open Data of Traffic Accidents – Insights from a Case Study in Munich, pages 1–2
• Sensor based extended floating bicycle data (xFBD) analysis, pages 1–3

Kennedy, K.

• Will cognitive mapping hinder Alzheimer’s Disease?, pages 1–2

Kennelly, P.

• Shadows Eclipse Relief Shading, pages 1–2
• Focus on Orientation to Represent Terrain, pages 1–2

Kent, A. J.

• Soviet city plans and OpenStreetMap: a comparative analysis, pages 1–1
• Mapping Wayfinding Behaviour in a Topographic Immersive Virtual Environment (TopoIVE), pages 1–1
• The Soviet Military City Plan of Florence (1986), pages 1–1
• Towards a Cartographic Renaissance: Leonardo’s Maps and their Approaches to Art and Science, pages 1–1

Keramoal, Y.

• A pragmatical algorithm to compute the convex envelope of bathymetric surveys at variable resolutions, pages 1–2

Kersten, E.

• Topographic mapping of the Mars MC quadrangles using HRSC data, pages 1–2

Keskin, M.

• Designing AI-assisted interactive map displays to explore spatial information, pages 1–2

Kettunen, P.

• Designing AI-assisted interactive map displays to explore spatial information, pages 1–2
• Piloting the use of machine learning methods for automatic mapping of streams and ditches in Finland, pages 1–2
• Enabling citizens to refine the location accuracy of cadastre boundary markers by gamified VGI, pages 1–2

Kilic, B.

• The role of topographic maps in river hydromorphology, pages 1–2

Kiliszek, D.

• Concept for the historic parks' tactile maps development, pages 1–2

Kim, J.

• Classifying Tourists’ Photos and Exploring Tourism Destination Image Using a Deep Learning Model, pages 1–2

King, J. C.

• The Adaptive Erasmus Mundus Cartography M.Sc. Program in the Covid-19 Pandemic from a Student’s Perspective, pages 1–2

Kinnunen, P.

• Mapping the balance between grain supply and demand globally – GIS-based transport accessibility, pages 1–2

Kirschenbauer, S.

• Understanding Election Results with Different Types of Maps, pages 1–2

Kiss, V. F.

• The sense of North, pages 1–3

Klettner, S.

• Cross-Cultural Differences in Map Design Perception, pages 1–3

Knoblock, C. A.

• Towards the large-scale extraction of historical land cover information from historical maps, pages 1–2

Knura, M.

• Deep Learning for Map Generalization: Towards a new Approach using Vector Data, pages 1–2

Ko, C.

• Measuring Closest Water, Sanitation, and Hygiene Facilities in Unhoused Communities of Los Angeles, USA, pages 1–1

Komel, N. E.

• Upgrade of existing algorithms for creating contour lines on topographic maps in karst surface, pages 1–2

Konicek, J.

• Approaches for infographics evaluation in maps, pages 1–2
• Spatial Distribution Shift of Creative Industries During COVID-19 Pandemic, pages 1–1

Konopka, M.

• Do authors look at their maps in different way than common readers? An eye-tracking study, pages 1–1

Kontou, D.-M.

• Preliminary Findings in the Cartographic Uncertainty Depiction of the Arctic in European Renaissance Maps, pages 1–16

Kopecká, M.

• Abandoned landscapes – possibilities of their identification by application of map data and aerial images in conditions of Slovakia, pages 1–2

Korycka-Skorupa, J.

• Empirical Study on Recognition of Spatial Patterns in Choropleth Maps Using Hexagonal Shaped Units, pages 1–2
• Empirical evaluation of four-variate thematic maps for expert users, pages 1–2

Koski, C.

• Piloting the use of machine learning methods for automatic mapping of streams and ditches in Finland, pages 1–2

Kotavaara, O.

• Mapping the balance between grain supply and demand globally – GIS-based transport accessibility, pages 1–2

Koštál, M.

• An innovative global cloudless satellite map, pages 1–1

Kraak, M.-J.

• SDGs and Cartography, a conceptual connection, pages 1–2
• Implementing airline route map de-cluttering strategies, pages 1–2
• The promise of dasymetric maps for monitoring progress towards the United Nations Sustainable Development Goals, pages 1–3

Kraja, D.

• A changing city in a changing climate – mapping local climate zones in Tirana in 2007 and 2018, pages 1–2

Krasovskaya, T. M.

• Cartographic blockchain platform solution for sustainable environmental management on the lands of indigenous peoples in the Russian Arctic, pages 1–2

Kratochvilova, D.

• Using Old Maps to Analyse Land Use/Cover Change in Water Reservoir Area, pages 1–2

Krejčí, J.

• Czech Historical Atlas: Creation of a web map portal, pages 1–2
• Czech Historical Atlas: A web map portal on the Czech history, pages 1–2

Kremers, H.

• Risk Information Management in Support of UN Humanitarian Missions, pages 1–1

Krisp, J. M.

• Quantifying the Complexity of Road Intersections Using Open Data of Traffic Accidents – Insights from a Case Study in Munich, pages 1–2
• Sensor based extended floating bicycle data (xFBD) analysis, pages 1–3

Kronenfeld, B. J.

• Principles for Cartogram Design, Elicited from Manual Construction of Cartograms for the 50 U.S. States, pages 1–2

Królik, T.

• Charles Perthées maps of palatinates: a project of digital edition, pages 1–2

Kubicek, P.

• Mapping in words: Standardizing cartographic terminology, pages 1–3
• Perspectives on making cartographic knowledge accessible to software developers, pages 1–2

Kubíček, P.

• Spatio-temporal comparison of agent trajectory with evacuation routes in real and virtual environments, pages 1–2
• Visual search performance in maps by Brazilian population, pages 1–2
• The Use of Virtual Environments in Geoscience Education, pages 1–3
• Building a virtual cartographic museum, pages 1–1

Kumarasamy, S.

• Teaching on natural risks by simulation in Minetest and augmented reality, pages 1–3

Kurbatova, I. E.

• Development of a specialized topographic map of environmental protection using the example of bog massifs, pages 1–2

Kuris, Z.

• A new tool to follow the changes of geographic names on globes, pages 1–2

Kurup Buchholz, R.

• Investigations towards enabling a Web-based environmental geospatial information system (Web-EGIS) in EnviDat, pages 1–1
• Open Data – Open Software: Implementing Geospatial Requirements in EnviDat with an Open-Source Stack, pages 1–1

Kuster, F.

• Take That Flood+: Does your perspective matter?, pages 1–3

Kuźma, M.

• Concept for the historic parks' tactile maps development, pages 1–2
• Evaluating the information value of tactile maps, pages 1–1

Kvarda, O.

• Usability of building information modeling (BIM) for generating virtual geographic environments (VGEs), pages 1–1
• Spatio-temporal comparison of agent trajectory with evacuation routes in real and virtual environments, pages 1–2

Kähkönen, J.

• OGC API Features HTML-output as a Feature Dashboard, pages 1–2

Käuferle, D.

• Change only updating the 1:25 000 Swiss National Map, pages 1–2

Köbben, B.

• Mapping in words: Standardizing cartographic terminology, pages 1–3

König, O.

• Cartographic storytelling: 150 years of Swiss official statistics, pages 1–1

L

Lally, N.

• Direct manipulations of cartographic space for expressive cartographies, pages 1–2

Langa, K.

• COVID-19 lockdown and students’ changing perceptions of place: A participatory mapping study in South Africa, pages 1–2

Lanini-Maggi, S.

• The impact of landmark visualization style on expert wayfinders’ cognitive load during navigation, pages 1–3

Lapaine, M.

• Establishing a Cartographic Body of Knowledge, pages 1–2

Lavorini, G.

• The new engineering geological map (carta litotecnica) of Tuscany (Italy), pages 1–1

Lazna, R.

• Making history accessible to people with visual impairments through interactive tangible 3D models, pages 1–2

Lecordix, F.

• Teaching on natural risks by simulation in Minetest and augmented reality, pages 1–3

Ledermann, F.

• Investigating the Effect of Display Pixel Density on the Minimal Legible Size of Cartographic Symbols, pages 1–2
• Towards Reproducible User Studies and Behavioral Experiments for Cartography With the stimsrv Framework, pages 1–2

Lee, M.

• Mapping 17 SDGs: Unlocking the challenges and achievements of the world towards the Sustainable Development Goals using cartography, pages 1–1

Lehto, L.

• OGC API Features HTML-output as a Feature Dashboard, pages 1–2

Lemmens, R. L. G.

• SDGs and Cartography, a conceptual connection, pages 1–2

Lena, A.

• Cartographic sources for the reconstruction of the Syro-Palestinian landscape in the Late Antiquity, pages 1–2

Lentz, S.

• Decoding spatial formatting: the analysis of the world order through educational atlases, pages 1–2

Leonardi, M.

• The use of the high-resolution LiDAR DTM by the Italian Ministry of the Environment and for Protection of the Land and Sea in archeology, pages 1–2

Lewis, B.

• Construction of an old-map framework for promoting historical GIS research and education, pages 1–2

Lex, E.

• Mapping Tokyo Olympics 3.0: Archaeologies of the Future, pages 1–1

Leyk, S.

• Supervised learning for automated feature selection in road network generalization, pages 1–2
• Towards the large-scale extraction of historical land cover information from historical maps, pages 1–2

Lhomme, S.

• Hurricane and waste collection simulations on QGIS for improving post-hurricane waste collection, pages 1–2

Li, J.

• Waterloo Building Dataset: A large-scale very-high-spatial-resolution image dataset for building rooftop extraction, pages 1–2

Li, S.

• A non-navigational TIN-DDM automatic synthesis algorithm that takes into account the accurate determination of terrain features and full expression of topography, pages 1–2
• Automatic cleaning of outliers in multibeam bathymetric data with clustering algorithm, pages 1–2

Li, X.

• A combined flood risk assessment with SWMM hydrological modelling and AHP based on multi-criteria decision-making, pages 1–1

Li, Y.

• A combined flood risk assessment with SWMM hydrological modelling and AHP based on multi-criteria decision-making, pages 1–1

Li, Z.

• Towards the large-scale extraction of historical land cover information from historical maps, pages 1–2

Lienert, C.

• The public Swiss natural hazard portal for warnings and recommended behaviour, pages 1–2

Lin, B.

• Visualizing and Evaluating the Geocoding Uncertainty in Social Sensing for Disaster Management, pages 1–3

Liu, B.

• Spatial Knowledge Acquisition During MR-based Navigation in Complicated Environments, pages 1–1
• Knowledge visualization with location-based concept mapping in mixed reality, pages 1–2

Liu, M.

• ScaleBrewer: A Visual Design Tool for Graphical Customization of Map Scale, pages 1–2

Liu, T.

• Satellite Mapping of Urban Expansion and Landscape Changes in Beijing, China: A Longitudinal Study, pages 1–1

Lobo, M.-J.

• Mapping road crossings for visually impaired people, pages 1–2

Loeffler, S.

• Leveraging High-Performance Computing to Visualize Big Data on the Web – an Illustrative Case Study, pages 1–2

Lombardi, G.

• The new engineering geological map (carta litotecnica) of Tuscany (Italy), pages 1–1

Lopes, A. C. A.

• UCD techniques applied to the design of interfaces for integration between Expert System and GIS to define the directive of transmission lines, pages 1–2

Losang, E. H.

• Erwin Raisz’ Atlases – multi-method storytelling-approaches for cartographic communication, pages 1–1
• The Atlas as Gazetteer – facilitating historical research by enriching digital place names databases with digitized atlas indexes, pages 1–1

Lucchetti, L.

• Accessibility and connection: the challenges of the reconstruction and the promotion of cultural heritage, pages 1–1

Luo, P.

• A spatial second-order non-stationary interpolation method for large area mapping, pages 1–1

Lupia, F.

• High resolution land use map for eco-hydrological modelling from IACS/LPIS geodata conflation, pages 1–2

de Lotus Ilunga, F.

• Mapping 17 SDGs: Unlocking the challenges and achievements of the world towards the Sustainable Development Goals using cartography, pages 1–1

M

De Maeyer, P.

• Visualisations of lidar data in an educational setting, pages 1–2

Di Marco, D.

• A Critical Study of Mediterranean Cartography, pages 1–2

Ma, A.

• Computationally efficient sequential feature extraction for single hyperspectral remote sensing image classification, pages 1–2

Macedoni, P.

• High resolution land use map for eco-hydrological modelling from IACS/LPIS geodata conflation, pages 1–2

Maciuszek, D.

• Historical Atlas of Poland 2.0 – over 140 years of joint work of historians and cartographers, pages 1–2

Macků, K.

• Do authors look at their maps in different way than common readers? An eye-tracking study, pages 1–1

Macura, J.

• Web Maps of Regional Attractiveness, pages 1–2

Madella, M.

• Paper and pixels: historic maps as a multifaceted resource, pages 1–2

Maeda, A.

• How do People Make Decisions with/without Smartphones While Walking in the City?, pages 1–1

Magyar, M.

• Mapping the balance between grain supply and demand globally – GIS-based transport accessibility, pages 1–2

Maina, B.

• An exploratory digital environment for learning about southern African pre-colonial urbanism – A usability study, pages 1–3

Malapert, J.-C.

• Standards Proposal for 2021 to Support Planetary Coordinate Reference Systems, pages 1–1

Maleki, S.

• Children’s cartography: what is a map according to children?, pages 1–1

Mammoliti, E.

• The new engineering geological map (carta litotecnica) of Tuscany (Italy), pages 1–1

Mandal, D.

• Visualizing and Evaluating the Geocoding Uncertainty in Social Sensing for Disaster Management, pages 1–3

Manetti, F.

• The new engineering geological map (carta litotecnica) of Tuscany (Italy), pages 1–1

Mangoni, G.

• Cartography as a tool to assess spatial skills in children aged 3–5 years, pages 1–2

Manuzzo, R.

• A step toward a standardized guide in sailing the sea: the Pilot's book digital upgrade, pages 1–2

Marelic, T.

• Renderings of the Adriatic Sea coastline on early modern age nautical charts in the context of their navigational applicability, pages 1–1

Marelić, T.

• Were Portolan Charts and Portolani made upon Authentic Late Medieval Maritime Measurements? Example for the Adriatic Sea Basin Area, pages 1–2

Markowska, A.

• Urban Policy Observatory Programme for Sustainable Cities and Communities Mapping in Poland, pages 1–2

Martins, V. E.

• Selecting Usability Heuristics to Evaluate Responsive Maps: Case Study WebGIS UFPR CampusMap, pages 1–2

Martynova, E.

• Development of Open Geoinformation Resources in Russia, pages 1–1

Martín Sánchez, O.

• Mapping 17 SDGs: Unlocking the challenges and achievements of the world towards the Sustainable Development Goals using cartography, pages 1–1

Marzini, L.

• The new engineering geological map (carta litotecnica) of Tuscany (Italy), pages 1–1

Mashimbye, C.

• Spatial searches for journal articles, pages 1–2

Mathis, T.

• A novel mobile user interface to support pedestrian navigation without restricting the user to a predefined route, pages 1–1

Mattes, J.

• Translating the Earth: Practices, Tools, and Credibility in Eighteenth Century Cave Surveys, pages 1–1

Maurina, L.

• Forest in Military Through Cartography: the Case of the McCrady Training Base, pages 1–2
• Forests as Protagonists on Battlefields: the case studies of Rivers Bridge and Honey Hill Through the Lens of a HGIS, pages 1–2

Mauro, G.

• The 1968 Antarctic Italian CAI-CNR mission: a story map to rediscover an almost unknown geographical exploration, pages 1–2
• Cultural heritage and awareness: differences between volunteered geographic information of OpenStreetMap and an official cartography. The case of Caserta in South-Italy, pages 1–2

McLeod, B. A.

• Precision Mapping of Apple Proliferation using Multi- and Hyperspectral Data, pages 1–2

Medyńska-Gulij, B.

• Which mapping technique for population density is effective, attractive, and suggestive?, pages 1–1
• Field sketching – today and at the beginning of professional military mapping, pages 1–1
• Quantitative, orderly and qualitative visualisation of urban environment, pages 1–2
• Story from Realm of Maps in Regensburg, pages 1–1

Meier, D.

• The public Swiss natural hazard portal for warnings and recommended behaviour, pages 1–2

Meier, S.

• Personalisation of data-driven storytelling, pages 1–4

Mejia-Aguilar, A.

• Precision Mapping of Apple Proliferation using Multi- and Hyperspectral Data, pages 1–2

Meng, L.

• Quantitative Content Analysis of Maps on Twitter using network visualization and pre-trained machine learning models, pages 1–2
• A Climate Event Portal co-created by Citizen Scientists, pages 1–2
• Precision Mapping of Apple Proliferation using Multi- and Hyperspectral Data, pages 1–2
• Toward a New ICA Research Agenda, pages 1–2
• The reading strategies of a map-based dashboard – acquisition and assessment, pages 1–2

Merino del Río, R.

• Historical Cartography Analysis for a Design of Cultural Itineraries in the Lower Guadalquivir, pages 1–2

Merlo, S.

• An exploratory digital environment for learning about southern African pre-colonial urbanism – A usability study, pages 1–3

Mermet, É.

• An attempt to define perceptive and sensitive mapping through lived space experiments, pages 1–3

Meyer, J.

• Making sense of coronavirus news maps: A multiple sorting approach, pages 1–2

Meyer, P.

• Decoding spatial formatting: the analysis of the world order through educational atlases, pages 1–2

Michael, G.

• Topographic mapping of the Mars MC quadrangles using HRSC data, pages 1–2

Midtbø, T.

• Mapping in words: Standardizing cartographic terminology, pages 1–3
• Toward a New ICA Research Agenda, pages 1–2
• Establishing a Cartographic Body of Knowledge, pages 1–2

Mikołajków, J.

• Polish Geological Cartography Platform: one access point to all geological maps, pages 1–2

Milli, M.

• Reliability of bathymetric data in Italian nautical charts and ENCs, pages 1–2
• The Lebanese nautical cartographic plan development, pages 1–2
• Development of electronic nautical charts for pleasure boating market with high-density data, pages 1–1

Moellering, H.

• Mapping in words: Standardizing cartographic terminology, pages 1–3

Moema, Y.

• Implementing Base Data Set Custodianship – South Africa, pages 1–2

Mohamed, M.

• Impact of neighbourhood selection methods on mobile LiDAR data classification using machine learning algorithms, pages 1–2

Monaca, A.

• Inland water Hydrographic Survey for Mapping and Scientific Research, pages 1–2

Monsorno, R.

• Precision Mapping of Apple Proliferation using Multi- and Hyperspectral Data, pages 1–2

Montani, M.

• Mapping 17 SDGs: Unlocking the challenges and achievements of the world towards the Sustainable Development Goals using cartography, pages 1–1

Moore, A.

• An individual journey within platial environments of flows, pages 1–2

Moore, A. B.

• Geomorphological innovation through advances in geovisualisation, pages 1–2

Moreno Jabato, J.

• Mapant Spain: an automatically generated orienteering map for Spain, pages 1–2

Morgan, T. P.

• Improving map text detection and recognition through data synthesis, pages 1–2

Morsy, S.

• Impact of neighbourhood selection methods on mobile LiDAR data classification using machine learning algorithms, pages 1–2

Moser, J.

• Decoding spatial formatting: the analysis of the world order through educational atlases, pages 1–2
• Abstraction and Reality. Dealing with …, pages 1–1

Mościcka, A.

• Concept for the historic parks' tactile maps development, pages 1–2
• Evaluating the information value of tactile maps, pages 1–1

Mugnaini, J.

• Deep mapping the real estate market in Milan (Italy), pages 1–1

Mundo, F.

• GIS-based expeditious assessments in the field of water protection, pages 1–2

Murphy, C. E.

• Combing Machine Learning Image Segmentation and Mixed Reality Design to improve Users´ Navigation Experience, pages 1–2

Mužík, F.

• Socio-economic map of Africa, pages 1–1

Mácha, P.

• Representation of minority names on maps: the case of the Polish minority in the Těšín region, Czechia, pages 1–1

N

Nacu, A.

• A GIS database documenting the historical geography of south-central Transylvania in the Modern Age (1699–1867), pages 1–1

Nardini, R.

• GIS-mapping ADCP backscatter data to support environmental studies, pages 1–2

Nass, A.

• User Needs and Identification of Upcoming Challenges for the Application of Planetary Information Systems, pages 1–2

Natsume, M.

• Construction of an old-map framework for promoting historical GIS research and education, pages 1–2

Ndlovu, V.

• Implementing Base Data Set Custodianship – South Africa, pages 1–2

Neme-Lozano, J.

• Mapping 17 SDGs: Unlocking the challenges and achievements of the world towards the Sustainable Development Goals using cartography, pages 1–1

Nestel, C.

• Aesthetics in Cartographic Epistemology, pages 1–2

Netek, R.

• Spatial Distribution Shift of Creative Industries During COVID-19 Pandemic, pages 1–1

Neveršil, B.

• The public Swiss natural hazard portal for warnings and recommended behaviour, pages 1–2

Ng-Chan, T.

• A Sound-Strata Map of Port Hope, pages 1–1

Nieścioruk, K.

• Let’s name it together: VGI, social media and local heritage in traditional toponyms research, pages 1–2

Nikolov, G.

• Application of UAS for the purposes of landslide mapping in Bulgaria – a case study of the Thracian Cliff landslide, northern Bulgarian coastal zone, pages 1–2

Nikolov, H.

• Application of UAS for the purposes of landslide mapping in Bulgaria – a case study of the Thracian Cliff landslide, northern Bulgarian coastal zone, pages 1–2

Nizovtsev, V. A.

• Landscape and historical mapping of natural and cultural complexes of Central Russia, pages 1–1

Noto, M.

• Accessibility and connection: the challenges of the reconstruction and the promotion of cultural heritage, pages 1–1

Nowacki, T.

• Empirical Study on Recognition of Spatial Patterns in Choropleth Maps Using Hexagonal Shaped Units, pages 1–2

Nsubuga, F. W.

• On developing cartographic terminology in African languages, pages 1–2

O

Oertle, D.

• Visual complexity and memorability of maps, pages 1–2

Oksanen, J.

• Piloting the use of machine learning methods for automatic mapping of streams and ditches in Finland, pages 1–2

Oliveri, M.

• Suitability of colour hue, value, and transparency for geographic relevance encoding in mobile maps, pages 1–2

Olmedo, É.

• Mapping the Skin and the Guts of Stories: A Dialog Between Conventional and Alternative Cartographies, pages 1–2

Olteanu-Raimond, A.-M.

• Modelling and building of a graph database of multi-source landmarks to help emergency mountain rescuers, pages 1–2
• Lessons learned from a VGI initiative for Land Use monitoring, pages 1–3

Oncel, M. S.

• The role of topographic maps in river hydromorphology, pages 1–2

Opach, T.

• Assessing legend designs for coordinated and multiple views geovisualizations, pages 1–2

Orengo, H. A.

• Paper and pixels: historic maps as a multifaceted resource, pages 1–2

Orlov, M.

• Advertising in mapping products in Russia (1860–1930s), pages 1–1

Ormeling, F.

• The East Indian Water World 1709-1760: A comparison of two Dutch manuscript atlases, pages 1–2

Oruc, H. N.

• The role of topographic maps in river hydromorphology, pages 1–2

Ota, H.

• “Jissoku-Yochizu (1821)” which should be newly found as the small scale map of Japan originally surveyed by Inoh Tadataka, pages 1–2

Owusu-Banahene, W.

• On developing cartographic terminology in African languages, pages 1–2

P

Paiva, C.

• A proposition to define boundaries based on the smoothness and the continuity of voluminous point data phenomena, pages 1–2

Palma, V.

• The influence of the electronic navigational charts over maritime services, pages 1–1

Panecki, T.

• Charles Perthées maps of palatinates: a project of digital edition, pages 1–2
• Historical Atlas of Poland 2.0 – over 140 years of joint work of historians and cartographers, pages 1–2

Pantaloni, M.

• The historical geological cartography: from digital archive to WebGIS environment, pages 1–2

Papasidero, M. P.

• The new engineering geological map (carta litotecnica) of Tuscany (Italy), pages 1–1

Pappalardo, C.

• Cartographic sources for the reconstruction of the Syro-Palestinian landscape in the Late Antiquity, pages 1–2

Park, L.

• Measuring Closest Water, Sanitation, and Hygiene Facilities in Unhoused Communities of Los Angeles, USA, pages 1–1
• Reimagining measures of spatial access to health care in lowand middle-income countries: using road network analysis to validate self-reported perceptions of geospatial barriers, pages 1–1

Park, S.

• Classifying Tourists’ Photos and Exploring Tourism Destination Image Using a Deep Learning Model, pages 1–2

Pashova, L.

• Application of UAS for the purposes of landslide mapping in Bulgaria – a case study of the Thracian Cliff landslide, northern Bulgarian coastal zone, pages 1–2

Pavlidou, S.

• Using Cartographic and Archival Material to Approach Local History: an Educational Workshop about Lambrakis Case in Thessaloniki City of the ’60s, pages 1–1

Pazarli, M.

• Using Cartographic and Archival Material to Approach Local History: an Educational Workshop about Lambrakis Case in Thessaloniki City of the ’60s, pages 1–1

Pe'eri, S.

• Nautical Charts Generalization: A Pragmatic Approach, pages 1–2

Peleggi, M.

• GIS-based expeditious assessments in the field of water protection, pages 1–2

Pellissier, L.

• Investigations towards enabling a Web-based environmental geospatial information system (Web-EGIS) in EnviDat, pages 1–1
• Open Data – Open Software: Implementing Geospatial Requirements in EnviDat with an Open-Source Stack, pages 1–1

Peng, X.

• Pseudo occlusion-based 3D trajectory visualization for indoor AR navigation services, pages 1–2

Perrault, S. T.

• Balancing shape distortions and contiguity in cartograms, pages 1–2

Pessina, E.

• Citizen contribution to lake water quality observation: SIMILE project Mobile and Web applications, pages 1–2

Peterson, M. P.

• Evaluation of Large Scale Online Maps, pages 1–1

Petkov, D.

• 3D printed mountain area with augmented reality for education purposes, pages 1–2

Petrella, M.

• Mediators of the territory. Professional profiles and productions of the Regi Compassatori della Dogana di Foggia during the 18th century, pages 1–3

Petrie, C. A.

• Paper and pixels: historic maps as a multifaceted resource, pages 1–2

Petrovič, D.

• Upgrade of existing algorithms for creating contour lines on topographic maps in karst surface, pages 1–2
• Presenting Multilevel Environment on Orienteering Maps, pages 1–1

Pettitt, A.

• Immersive Deep Maps for Inaccessible Heritage Sites, pages 1–2

Pezzoli, A.

• Integration of quantitative analysis and local community involvement for wildfire risk mapping: a case study from an Alpine valley, pages 1–2

Pfister, E.

• Using interactive StoryMaps for presenting the work of an 18th century architect, pages 1–2

Picci, M.

• Mapping 17 SDGs: Unlocking the challenges and achievements of the world towards the Sustainable Development Goals using cartography, pages 1–1

Picco, P.

• GIS-mapping ADCP backscatter data to support environmental studies, pages 1–2

Pierangeli, F.

• High resolution land use map for eco-hydrological modelling from IACS/LPIS geodata conflation, pages 1–2

Piovan, S. E.

• Modelling and Repeating Early Photographic Positions with Aerial Drones, pages 1–2
• Forest in Military Through Cartography: the Case of the McCrady Training Base, pages 1–2
• Forests as Protagonists on Battlefields: the case studies of Rivers Bridge and Honey Hill Through the Lens of a HGIS, pages 1–2

Plattner, G.-K.

• Investigations towards enabling a Web-based environmental geospatial information system (Web-EGIS) in EnviDat, pages 1–1
• Open Data – Open Software: Implementing Geospatial Requirements in EnviDat with an Open-Source Stack, pages 1–1

Plews, R.

• Mapping in words: Standardizing cartographic terminology, pages 1–3

Ploutoglou, N.

• Using Cartographic and Archival Material to Approach Local History: an Educational Workshop about Lambrakis Case in Thessaloniki City of the ’60s, pages 1–1

Podolskaia, E. S.

• Analysis of infrastructural forest data with GIS-tools, pages 1–2

Pontes, D. R.

• Diagnosis of the current situation of the cadastre and its relationship with systematic topographic mapping, pages 1–2
• The lack of topographic mapping and the historical problem of land demarcation in Brazil, pages 1–2

Popelka, S.

• Revealing map reading strategies of physical geographic maps, pages 1–1
• Do authors look at their maps in different way than common readers? An eye-tracking study, pages 1–1

Poturalska, A.

• Mapping the balance between grain supply and demand globally – GIS-based transport accessibility, pages 1–2

Poutanen, J.

• Piloting the use of machine learning methods for automatic mapping of streams and ditches in Finland, pages 1–2

Powon, D. P.

• Improving map text detection and recognition through data synthesis, pages 1–2

Poška, A.

• Mapping geohistorical narratives: The Grand Duchy of Lithuania borderlands infrastructures project, 18th century, pages 1–2

Pratellesi, C. C. M.

• A step toward a standardized guide in sailing the sea: the Pilot's book digital upgrade, pages 1–2

Pratellesi, M.

• The Lebanese nautical cartographic plan development, pages 1–2

Prechsl, U.

• Precision Mapping of Apple Proliferation using Multi- and Hyperspectral Data, pages 1–2

Prechtel, N.

• Mapping Mt. Ushba: Preparation for a new Alpine Club Map, pages 1–1

Prestby, T.

• Characterizing Storytelling in COVID-19 Cartographic Journalism, pages 1–2
• Introducing Web Mapping: A Workbook for Interactive Cartography and Visualization on the Open Web, pages 1–2

Pridal, P.

• An innovative global cloudless satellite map, pages 1–1

Pucci, M.

• Inland water Hydrographic Survey for Mapping and Scientific Research, pages 1–2

Pulighe, G.

• High resolution land use map for eco-hydrological modelling from IACS/LPIS geodata conflation, pages 1–2

Q

Qing, L.

• Waterloo Building Dataset: A large-scale very-high-spatial-resolution image dataset for building rooftop extraction, pages 1–2

R

Rapcsán, K.

• A new tool to follow the changes of geographic names on globes, pages 1–2

Raposo, P.

• Implementing airline route map de-cluttering strategies, pages 1–2

Rautenbach, V.

• Student generated digital media and community-based learning within a COVID-19 induced landscape: Lessons from the field, pages 1–2
• An exploratory digital environment for learning about southern African pre-colonial urbanism – A usability study, pages 1–3

Raz, O.

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

Reichenbacher, T.

• Suitability of colour hue, value, and transparency for geographic relevance encoding in mobile maps, pages 1–2

Reinoso-Gordo, J. F.

• DEM’s elevation comparison by surface buffering, pages 1–2

Retchless, D.

• Putting mapper on a map: cartographic visualizations of topological data analysis, pages 1–2

Ricker, B.

• Using thematic mapping and United Nations Sustainable Development Goal indicator data to investigate environmental factors related to the spread of COVID-19, pages 1–3
• The promise of dasymetric maps for monitoring progress towards the United Nations Sustainable Development Goals, pages 1–3

Rizzi, D.

• High resolution land use map for eco-hydrological modelling from IACS/LPIS geodata conflation, pages 1–2

Roberts, R. C.

• Paper and pixels: historic maps as a multifaceted resource, pages 1–2

Robinson, A. C.

• Approaches for Visualizing the Presence of Absence in Cartography, pages 1–2

Roccisano, M.

• The usability of the IdroGEO web platform for the dissemination of information on landslides and floods in Italy, pages 1–2

Rodrigues, T. L.

• UCD techniques applied to the design of interfaces for integration between Expert System and GIS to define the directive of transmission lines, pages 1–2

Rodríguez-Avi, J.

• DEM’s elevation comparison by surface buffering, pages 1–2

Roessler, M.

• The Making of Mapping for a Sustainable World, pages 1–2

Ronza, M.

• Cultural heritage and awareness: differences between volunteered geographic information of OpenStreetMap and an official cartography. The case of Caserta in South-Italy, pages 1–2

Roth, R. E.

• Introducing a QGIS technical supplement for Mapping for a Sustainable World, pages 1–2
• The promise of dasymetric maps for monitoring progress towards the United Nations Sustainable Development Goals, pages 1–3
• The Making of Mapping for a Sustainable World, pages 1–2
• Introducing Web Mapping: A Workbook for Interactive Cartography and Visualization on the Open Web, pages 1–2

Ruas, A.

• Hurricane and waste collection simulations on QGIS for improving post-hurricane waste collection, pages 1–2

Ruginski, I. T.

• Take That Flood+: Does your perspective matter?, pages 1–3

Ryo, S.

• Pseudo occlusion-based 3D trajectory visualization for indoor AR navigation services, pages 1–2

Ryčkov, A.

• Mapping geohistorical narratives: The Grand Duchy of Lithuania borderlands infrastructures project, 18th century, pages 1–2

Rząsa, A.

• Historical Atlas of Poland 2.0 – over 140 years of joint work of historians and cartographers, pages 1–2

Röger, C.

• Sensor based extended floating bicycle data (xFBD) analysis, pages 1–3

Rönneberg, M.

• Enabling citizens to refine the location accuracy of cadastre boundary markers by gamified VGI, pages 1–2

Rüetschi, M.

• Investigations towards enabling a Web-based environmental geospatial information system (Web-EGIS) in EnviDat, pages 1–1
• Open Data – Open Software: Implementing Geospatial Requirements in EnviDat with an Open-Source Stack, pages 1–1

S

Le Sourd, G.

• Mapping 17 SDGs: Unlocking the challenges and achievements of the world towards the Sustainable Development Goals using cartography, pages 1–1

Sack, C. M.

• Introducing Web Mapping: A Workbook for Interactive Cartography and Visualization on the Open Web, pages 1–2

Salvati, S.

• GIS-based expeditious assessments in the field of water protection, pages 1–2

Sampaio, T. V. M.

• UCD techniques applied to the design of interfaces for integration between Expert System and GIS to define the directive of transmission lines, pages 1–2

Samsonov, T.

• Optimal generalization of digital elevation model constrained by granularity measure, pages 1–1

Sarın, P.

• An Analyze of Spatial Newspapers in a Certain Period, pages 1–2

Sato, W.

• “Jissoku-Yochizu (1821)” which should be newly found as the small scale map of Japan originally surveyed by Inoh Tadataka, pages 1–2

Sauer, S.

• Using interactive StoryMaps for presenting the work of an 18th century architect, pages 1–2
• Re-Building a Historical Cityscape with Virtual Reality, pages 1–2

Schaab, G.

• A collection of student maps for teaching multivariate thematic map making – the maps’ origin and purpose, pages 1–2

Schaffer, G.

• Soviet Military City Plans Analysed: A Case Study from Israel and Denmark, pages 1–2

Schmid, J.

• St Gallen Globe Online, pages 1–2

Schmidt, M. A. R.

• Discovering spatiotemporal patterns on data quality assessment in collaborative mapping: A preliminary study in an area of Brazil, pages 1–3
• Evaluating distances using pictorial symbols in Augmented Reality Systems for indoor environments, pages 1–2
• Selecting Usability Heuristics to Evaluate Responsive Maps: Case Study WebGIS UFPR CampusMap, pages 1–2

Schmidt, R.

• Re-Building a Historical Cityscape with Virtual Reality, pages 1–2

Schmitt, T.

• A pragmatical algorithm to compute the convex envelope of bathymetric surveys at variable resolutions, pages 1–2

Schmitz, P.

• Spatial searches for journal articles, pages 1–2

Schmuki, M.

• Storytelling in Interactive Atlases – Following the Intrinsic Map-Centered Approach, pages 1–1

Schnürer, R.

• Inferring Implicit 3D Representations from Human Figures on Pictorial Maps, pages 1–2

Schoeman, R.

• Spatial searches for journal articles, pages 1–2

Schröter, B.

• Mapping Mt. Ushba: Preparation for a new Alpine Club Map, pages 1–1

Schulz, T.

• Historical statistical atlases, pages 1–2

Schäffner, R.

• Towards A Smart Campus: From Basemap to Sensors, pages 1–2

Semoli, B.

• On developing cartographic terminology in African languages, pages 1–2

Sena, C. C. R. G. D.

• Tactile Cartography in Latin America: Experience with Workshops, pages 1–1

Sester, M.

• Nudging travelers to favorable routes: The impact of visual communication and emotional responses on decision making, pages 1–3

Seten, S.

• An attempt to define perceptive and sensitive mapping through lived space experiments, pages 1–3

Sevilla Sánchez, C.

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

Shbita, B.

• Towards the large-scale extraction of historical land cover information from historical maps, pages 1–2

Shen, J.

• Establishing a Cartographic Body of Knowledge, pages 1–2
• Design and Implementation of Narrative Map Based on Hand Scroll – An Example of Zheng He's voyage to the West, pages 1–2
• Preliminary study on knowledge graph construction based on the coupling mechanism of urban disaster and emergency response, pages 1–2
• Personalized Landmark Sequence Recommendation Method using LSTM-based Network for Navigating in Large Hospitals, pages 1–2

Shibasaki, R.

• Enhancing Kepler.gl for processing Google Maps Timeline data, pages 1–2

Shinohara, K.

• “Jissoku-Yochizu (1821)” which should be newly found as the small scale map of Japan originally surveyed by Inoh Tadataka, pages 1–2

Si, R.

• Enhancing Kepler.gl for processing Google Maps Timeline data, pages 1–2

Sieber, R.

• Storytelling in Interactive Atlases – Following the Intrinsic Map-Centered Approach, pages 1–1
• Inferring Implicit 3D Representations from Human Figures on Pictorial Maps, pages 1–2

Skopeliti, A.

• Nautical Charts Generalization: A Pragmatic Approach, pages 1–2

Sloupová, V.

• Web Maps of Regional Attractiveness, pages 1–2

Sluter, C. R.

• Diagnosis of the current situation of the cadastre and its relationship with systematic topographic mapping, pages 1–2
• Identifying Map-Reading, Map-Using, and Map-Generating tasks in a crowdsourcing context, pages 1–2
• The lack of topographic mapping and the historical problem of land demarcation in Brazil, pages 1–2

Smith, M. J.

• Geomorphological innovation through advances in geovisualisation, pages 1–2

Snopková, D.

• Spatio-temporal comparison of agent trajectory with evacuation routes in real and virtual environments, pages 1–2

Snyman, L.

• Caring through science – Visualizing geographic accessibility of health care facilities in areas with high prevalence of comorbidities, pages 1–2

Song, Y.

• A spatial second-order non-stationary interpolation method for large area mapping, pages 1–1

Soria-Lara, J. A.

• An end-user evaluation to explore the effectiveness of cartograms for mapping spatial accessibility, pages 1–2

Sousa de Sena, Í.

• Visual search performance in maps by Brazilian population, pages 1–2

Spörl, K.

• Understanding Election Results with Different Types of Maps, pages 1–2

Stachoň, Z.

• The Influence of Socio-Cultural Factors on Perception & Cognition of Map Symbols, pages 1–2
• The platform eDIVE: A Solution for the Geography Education in Collaborative Immersive Virtual Environment, pages 1–2
• Spatio-temporal comparison of agent trajectory with evacuation routes in real and virtual environments, pages 1–2
• Visual search performance in maps by Brazilian population, pages 1–2
• Building a virtual cartographic museum, pages 1–1

Stamou, L.

• Nautical Charts Generalization: A Pragmatic Approach, pages 1–2

Stanczak, A.

• An individual journey within platial environments of flows, pages 1–2

Stanton Fraser, D.

• Making sense of coronavirus news maps: A multiple sorting approach, pages 1–2

Starace, P.

• The usability of the IdroGEO web platform for the dissemination of information on landslides and floods in Italy, pages 1–2

Starzycka, A.

• Polish Geological Cartography Platform: one access point to all geological maps, pages 1–2

Stecklov, G.

• Mapping academic migration of German-affiliated researchers across countries using 8 million Scopus publications from 1996 to 2020, pages 1–2

Stepanchenko, A. L.

• Development of a specialized topographic map of environmental protection using the example of bog massifs, pages 1–2

Stolcova, K.

• Map use in lessons: a videostudy findings, pages 1–1

Straupis, T.

• Theoretical and practical application of Wang-Müller line generalisation algorithm, pages 1–2

Strouhal, L.

• Definition of headwater catchment boundaries, pages 1–1

Sturla, L.

• A step toward a standardized guide in sailing the sea: the Pilot's book digital upgrade, pages 1–2

Stępień, U.

• Polish Geological Survey On the Never-Ending Geology quest – contribution to the OneGeology initiative as an example of challenges emerging from technological changes, pages 1–2

Sun, M.

• International cartographic education progress: a bibliometric analysis of ICCs literature, pages 1–1

Sun, N.

• Design and Implementation of Narrative Map Based on Hand Scroll – An Example of Zheng He's voyage to the West, pages 1–2

Suzuki, J.

• “Jissoku-Yochizu (1821)” which should be newly found as the small scale map of Japan originally surveyed by Inoh Tadataka, pages 1–2

Svatek, P.

• Cartography between reality and fiction: The maps by Albert Herrmann (1886–1945) of Chott el-Djerid, pages 1–2

Svenningsen, S. R.

• Soviet Military City Plans Analysed: A Case Study from Israel and Denmark, pages 1–2

Swab, J.

• Intellectual Property and Maps: Legal Protections for Cartographic Works from the Nineteenth to the Twenty-First Century, pages 1–1

Swienton, H.

• Children’s cartography: what is a map according to children?, pages 1–1

Szatmári, D.

• Abandoned landscapes – possibilities of their identification by application of map data and aerial images in conditions of Slovakia, pages 1–2

Székely, B.

• Preliminary geomorphometric analysis of selected Martian scoria cone-like features using high-resolution DTMs, pages 1–2

Słodkowski, M.

• Polish Geological Survey On the Never-Ending Geology quest – contribution to the OneGeology initiative as an example of challenges emerging from technological changes, pages 1–2

Słomska-Przech, K.

• Study of Old City Plan With Help of Historical Ontology of Urban Spaces – Legend Reconstruction, pages 1–2
• User Study on Informationally Equivalent Thematic Maps for Map Use Tasks, pages 1–2
• Historical Atlas of Poland 2.0 – over 140 years of joint work of historians and cartographers, pages 1–2

de Souza, S. F.

• Obstacles risk modeling in aerodromes protection zones, pages 1–2

dos Santos, D. R.

• UCD techniques applied to the design of interfaces for integration between Expert System and GIS to define the directive of transmission lines, pages 1–2

T

Takahashi, A.

• Pseudo occlusion-based 3D trajectory visualization for indoor AR navigation services, pages 1–2

Takayanagi, S.

• How do People Make Decisions with/without Smartphones While Walking in the City?, pages 1–1
• Location of art gallery in urban areas: A GIS based analysis in Shinagawa ward, Tokyo, pages 1–2

Takayasu, H.

• Enhancing Kepler.gl for processing Google Maps Timeline data, pages 1–2

Takeuchi, M.

• The Heian-kyo Site’s Database and Platform: Their Construction and Utilization, pages 1–2

Talhofer, V.

• Bottom-Up Approach for Cartography Body of Knowledge Design, pages 1–2

Tan, W.

• Waterloo Building Dataset: A large-scale very-high-spatial-resolution image dataset for building rooftop extraction, pages 1–2

Tang, X.

• ScaleBrewer: A Visual Design Tool for Graphical Customization of Map Scale, pages 1–2

Taylor, D. R. F.

• Cybercartography Revisited, pages 1–1
• Cartography in the Social Media Era: A New Balance and Synthesis, pages 1–2

Tegeler, T.

• Story from Realm of Maps in Regensburg, pages 1–1

Thatcher, C.

• Putting mapper on a map: cartographic visualizations of topological data analysis, pages 1–2

Thatcher, J.

• Putting mapper on a map: cartographic visualizations of topological data analysis, pages 1–2

Thumbadoo, R. V.

• Cartography in the Social Media Era: A New Balance and Synthesis, pages 1–2
• Integrating Cybercartography and Cybernetics in the Circle of All Nations Indigenous mapping exemplar of William Commanda, pages 1–1

Tikunov, V. S.

• Cartographic blockchain platform solution for sustainable environmental management on the lands of indigenous peoples in the Russian Arctic, pages 1–2

Tirone, C.

• Reliability of bathymetric data in Italian nautical charts and ENCs, pages 1–2
• Development of electronic nautical charts for pleasure boating market with high-density data, pages 1–1

Toivanen, M.

• Mapping the balance between grain supply and demand globally – GIS-based transport accessibility, pages 1–2

Tolochko, R.

• Introducing Web Mapping: A Workbook for Interactive Cartography and Visualization on the Open Web, pages 1–2

Touya, G.

• Can Graph Convolution Networks Learn Spatial Relations?, pages 1–2

Trahorsch, P.

• The system of cartographic didactic aids for the Czech lower secondary education and its implementation into geographical teaching, pages 1–2

Trantham, G.

• Shadows Eclipse Relief Shading, pages 1–2
• Focus on Orientation to Represent Terrain, pages 1–2

Trigila, A.

• The usability of the IdroGEO web platform for the dissemination of information on landslides and floods in Italy, pages 1–2

Trokšiar, D.

• Students’ strategies for thematic map analysis, pages 1–2

Trommer, M.

• Ancient Thoughts and Electric Buildings, pages 1–2

Truong, Q. T.

• Hurricane and waste collection simulations on QGIS for improving post-hurricane waste collection, pages 1–2

Tsoulos, L.

• Nautical Charts Generalization: A Pragmatic Approach, pages 1–2

Tsuneizumi, Y.

• Location of art gallery in urban areas: A GIS based analysis in Shinagawa ward, Tokyo, pages 1–2

Török, Z. G.

• The sense of North, pages 1–3
• The Florentine art of cartography: Rosselli’s ‘Fiorenza’ and early map printing in the Italian Renaissance, pages 1–2

U

Ugwitz, P.

• Building a virtual cartographic museum, pages 1–1

Uhl, J. H.

• Towards the large-scale extraction of historical land cover information from historical maps, pages 1–2

Uhlík, O.

• Spatio-temporal comparison of agent trajectory with evacuation routes in real and virtual environments, pages 1–2

Uluğtekin, N.

• An Analyze of Spatial Newspapers in a Certain Period, pages 1–2

Uluğtekin, N. N.

• The Importance of Cartography in Covid-19 Pandemic Mapping, pages 1–3

Underwood, N.

• Introducing Web Mapping: A Workbook for Interactive Cartography and Visualization on the Open Web, pages 1–2

Ungvári, Z.

• A new tool to follow the changes of geographic names on globes, pages 1–2

Usery, E. L.

• GeoAI for Topographic Mapping and the Intelligent National Map, pages 1–1

V

Varanka, D. E.

• Mapping in words: Standardizing cartographic terminology, pages 1–3
• Perspectives on making cartographic knowledge accessible to software developers, pages 1–2
• Map as a Knowledge Base (MapKB), A Free and Open Source Geospatial Semantic Technology System Prototype, pages 1–1

Vasquez, A.

• Measuring Closest Water, Sanitation, and Hygiene Facilities in Unhoused Communities of Los Angeles, USA, pages 1–1

Vavassori, A.

• Citizen contribution to lake water quality observation: SIMILE project Mobile and Web applications, pages 1–2

Velasco Tirado, A.

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

Ventura, R.

• The historical geological cartography: from digital archive to WebGIS environment, pages 1–2

Verbickienė, J.

• Mapping geohistorical narratives: The Grand Duchy of Lithuania borderlands infrastructures project, 18th century, pages 1–2

Vereshchaka, T.

• Dynamics and Trends in Content System Formation of Nautical Charts, pages 1–2

Vereshchaka, T. V.

• Development of a specialized topographic map of environmental protection using the example of bog massifs, pages 1–2

Viero, E.

• The new geospatial data of the Friuli Venezia Giulia Region (Italy): a geomatic challenge, pages 1–2

Vigna, I.

• Spatial and temporal evaluation of perennial vegetation distribution in the arid areas surrounding North Horr city, pages 1–2
• Integration of quantitative analysis and local community involvement for wildfire risk mapping: a case study from an Alpine valley, pages 1–2

Viliuviene, R.

• Base Maps of National Geoportals of Europe: Pragmatic and Stylistic Aspects, pages 1–1

Villa, M.

• Deep mapping the real estate market in Milan (Italy), pages 1–1

Vondrakova, A.

• 3D-printed models of Czech architectural monuments for people with severe visual impairment, pages 1–2
• Making history accessible to people with visual impairments through interactive tangible 3D models, pages 1–2
• Approaches for infographics evaluation in maps, pages 1–2

Vondráková, A.

• Adaptation of maps to pupils with severe visual impairments, pages 1–2

Vozenilek, V.

• Approaches for infographics evaluation in maps, pages 1–2
• Bottom-Up Approach for Cartography Body of Knowledge Design, pages 1–2

Voženílek, V.

• Toward a New ICA Research Agenda, pages 1–2
• Establishing a Cartographic Body of Knowledge, pages 1–2

Vural, S.

• The role of topographic maps in river hydromorphology, pages 1–2

Vörös, F.

• Preliminary geomorphometric analysis of selected Martian scoria cone-like features using high-resolution DTMs, pages 1–2

W

Wabiński, J.

• Concept for the historic parks' tactile maps development, pages 1–2
• Evaluating the information value of tactile maps, pages 1–1

Wakabayashi, Y.

• Comparative study of foreign visitors’ perceptions of places by analyzing visual content of photographs, pages 1–1
• Role of maps and public street signs in wayfinding behaviour of foreign visitors, pages 1–1

Wang, S.

• Spatial Knowledge Acquisition During MR-based Navigation in Complicated Environments, pages 1–1
• Knowledge visualization with location-based concept mapping in mixed reality, pages 1–2

Wang, T.

• Data Visualization Design for NSFC Joint Fund Management, pages 1–1
• A combined flood risk assessment with SWMM hydrological modelling and AHP based on multi-criteria decision-making, pages 1–1
• Establishing a Cartographic Body of Knowledge, pages 1–2
• International cartographic education progress: a bibliometric analysis of ICCs literature, pages 1–1

Wang, W.

• Can indoor navigation service incorporating signs support spatial learning?, pages 1–2

Wang, X.

• A combined flood risk assessment with SWMM hydrological modelling and AHP based on multi-criteria decision-making, pages 1–1
• The Adaptive Erasmus Mundus Cartography M.Sc. Program in the Covid-19 Pandemic from a Student’s Perspective, pages 1–2

Wei, Y.

• A non-navigational TIN-DDM automatic synthesis algorithm that takes into account the accurate determination of terrain features and full expression of topography, pages 1–2
• Automatic cleaning of outliers in multibeam bathymetric data with clustering algorithm, pages 1–2

Weibel, R.

• A novel mobile user interface to support pedestrian navigation without restricting the user to a predefined route, pages 1–1

Wenzel, D.

• Using interactive StoryMaps for presenting the work of an 18th century architect, pages 1–2

Wielebski, L.

• Quantitative, orderly and qualitative visualisation of urban environment, pages 1–2

Wielebski, Ł.

• Story from Realm of Maps in Regensburg, pages 1–1

Wigley, M.

• Change only updating the 1:25 000 Swiss National Map, pages 1–2
• Mix Your Own Data Cocktail Served with A Slice of Adobe, pages 1–1

Wilkening, J.

• Using interactive StoryMaps for presenting the work of an 18th century architect, pages 1–2
• Re-Building a Historical Cityscape with Virtual Reality, pages 1–2
• Understanding Election Results with Different Types of Maps, pages 1–2
• Towards A Smart Campus: From Basemap to Sensors, pages 1–2

Wolodtschenko, A.

• Cartography in the Social Media Era: A New Balance and Synthesis, pages 1–2

Wondrak, S.

• Mountain faces, pages 1–2

Wu, Y.

• Where and why there: location analytics of routine occurrences (LARO) with a case study on traffic accidents, pages 1–2

Würsch, S.

• Vector large-scale overview plan in a Swiss cantonal administration, pages 1–2

X

Xia, T.

• Enhancing Kepler.gl for processing Google Maps Timeline data, pages 1–2

Xu, H.

• Waterloo Building Dataset: A large-scale very-high-spatial-resolution image dataset for building rooftop extraction, pages 1–2

Y

Yang, J.

• Preliminary study on knowledge graph construction based on the coupling mechanism of urban disaster and emergency response, pages 1–2

Yang, M.

• Visualizing and Evaluating the Geocoding Uncertainty in Social Sensing for Disaster Management, pages 1–3

Yang, X.

• Satellite Mapping of Urban Expansion and Landscape Changes in Beijing, China: A Longitudinal Study, pages 1–1

Yano, K.

• The Heian-kyo Site’s Database and Platform: Their Construction and Utilization, pages 1–2
• Construction of an old-map framework for promoting historical GIS research and education, pages 1–2

Yi Rong, Y. R.

• Concept and Formalisation of Tactile Cartographic Variables, pages 1–2

Yuan, M.

• Where and why there: location analytics of routine occurrences (LARO) with a case study on traffic accidents, pages 1–2
• Will cognitive mapping hinder Alzheimer’s Disease?, pages 1–2

Z

Del Zompo, M.

• The epic of San Benedetto del Tronto (I) ocean fishing, pages 1–2

Zagata, K.

• Story from Realm of Maps in Regensburg, pages 1–1

Zagheni, E.

• Mapping academic migration of German-affiliated researchers across countries using 8 million Scopus publications from 1996 to 2020, pages 1–2

Zamboni, G.

• Citizen contribution to lake water quality observation: SIMILE project Mobile and Web applications, pages 1–2

Zamperlin, P.

• Cartography as a tool to assess spatial skills in children aged 3–5 years, pages 1–2

Zanone, E.

• Inland water Hydrographic Survey for Mapping and Scientific Research, pages 1–2

Zaslavsky, I.

• Cartography in the Social Media Era: A New Balance and Synthesis, pages 1–2

Zentai, L.

• Maps of first orienteering events, pages 1–2

Zhang, X.

• Can Graph Convolution Networks Learn Spatial Relations?, pages 1–2

Zhao, L.

• Design and Implementation of Narrative Map Based on Hand Scroll – An Example of Zheng He's voyage to the West, pages 1–2

Zhao, X.

• Mapping academic migration of German-affiliated researchers across countries using 8 million Scopus publications from 1996 to 2020, pages 1–2

Zhou, B.

• Visualizing and Evaluating the Geocoding Uncertainty in Social Sensing for Disaster Management, pages 1–3

Zhou, J.

• Preliminary study on knowledge graph construction based on the coupling mechanism of urban disaster and emergency response, pages 1–2

Zhu, L.

• Piloting the use of machine learning methods for automatic mapping of streams and ditches in Finland, pages 1–2
• Personalized Landmark Sequence Recommendation Method using LSTM-based Network for Navigating in Large Hospitals, pages 1–2

Zhunis, B.

• Cross-Cultural Differences in Map Design Perception, pages 1–3

Zimmermann, N. E.

• Investigations towards enabling a Web-based environmental geospatial information system (Web-EGIS) in EnviDat, pages 1–1
• Open Data – Open Software: Implementing Geospatial Requirements in EnviDat with an Open-Source Stack, pages 1–1

Zou, L.

• Mapping the Disparities of Community Resilience to Natural Hazards in the United States, pages 1–2

Zuo, C.

• The reading strategies of a map-based dashboard – acquisition and assessment, pages 1–2

Zwartjes, L.

• Visualisations of lidar data in an educational setting, pages 1–2

Zych, M.

• How to help the statisticians correctly prepare maps, pages 1–2

Á

Árvai, V.

• Mask-RCNN generalisation to vectorise surface-type objects of old maps, pages 1–1

Ç

Çöltekin, A.

• Visual complexity and memorability of maps, pages 1–2
• Assessing legend designs for coordinated and multiple views geovisualizations, pages 1–2

Ö

Öztireli, A. C.

• Inferring Implicit 3D Representations from Human Figures on Pictorial Maps, pages 1–2

Č

Čerba, O.

• Web Maps of Regional Attractiveness, pages 1–2

Š

Šašinka, Č.

• The platform eDIVE: A Solution for the Geography Education in Collaborative Immersive Virtual Environment, pages 1–2
• Visual search performance in maps by Brazilian population, pages 1–2

Šašinková, A.

• The platform eDIVE: A Solution for the Geography Education in Collaborative Immersive Virtual Environment, pages 1–2

Štolcová, K.

• Mapwork.education: online adaptive system for cartographic education, pages 1–2

Švedová, H.

• The Use of Virtual Environments in Geoscience Education, pages 1–3