A

Abbas, A. M.

• Synthesis of Geospatial Database and Interdisciplinary to Achieve NSDS for Downtown Alexandria, Egypt Vision 2030, pages 1–8

Abdel Fattah, T.

• Synthesis of Geospatial Database and Interdisciplinary to Achieve NSDS for Downtown Alexandria, Egypt Vision 2030, pages 1–8

Abdul Halim, D.

• Education 4.0 in cartography: an integrated e-learning materials portal for cartography and digital mapping course, pages 1–8

Abdul Rasam, A. R.

• Education 4.0 in cartography: an integrated e-learning materials portal for cartography and digital mapping course, pages 1–8

Abimbola, I. I.

• Spatio-Temporal Assessment of Surface Water Quality in an Agrarian Community, SW Nigeria Using Globe Protocol, pages 1–7

Aguilera, G.

• Making progress in determining quality: positional accuracy of the new 1:25,000 scale digital cartography, pages 1–5

Akinwumiju, A.

• Assessment of Gold Mining Impact on the Vegetation of Itagunmodi-Igun Drainage Basin, Southwestern Nigeria from 1972–2011: A Remote Sensing, pages 1–6

Akinwumiju, A. S.

• Spatio-Temporal Assessment of Surface Water Quality in an Agrarian Community, SW Nigeria Using Globe Protocol, pages 1–7

Alasli, M.

• Hungarian place names from a Moroccan perspective, pages 1–5

Albert, G.

• Route planning on orienteering maps with least-cost path analysis, pages 1–7
• Geodiversity mapping of the Bakony–Balaton UNESCO Global Geopark, Hungary, pages 1–6

Amoako, E. A.

• A spatial Analysis of Crime and Neighborhood Characteristics in Detroit Census Block Groups, pages 1–8
• A Spatial Analysis of Robbery Rate in the City of Detroit using Exploratory Data Analysis Approach, pages 1–8

Amodio, T.

• Georeferenced Cartography and Landscape: the Protection of the Monumental Olive Heritage, pages 1–7

Amorim, F. R.

• Classification of Dynamic Cartographic Symbols applied to Augmented Reality (AR) Systems, pages 1–8

Ariza-López, F. J.

• Horizontal accuracy assessment of a novel algorithm for approximate a surface to a DEM, pages 1–5

Arriaza, C.

• Making progress in determining quality: positional accuracy of the new 1:25,000 scale digital cartography, pages 1–5

Arístegui Cortijo, A.

• Digital transformation in topographic databases, pages 1–6

Arístegui, A.

• Monograph – The COVID-19 pandemic in Spain, pages 1–8

Assenat, M.

• Analysis of urban elements orientations to characterize the spatial extension of the foundation of the Roman city of Amida, pages 1–8

Atanasova, M.

• Application of InSAR satellite method for mapping of active landslides in Bulgaria – opportunities and perspectives, pages 1–6

B

Ballal, H.

• Synthesis of Geospatial Database and Interdisciplinary to Achieve NSDS for Downtown Alexandria, Egypt Vision 2030, pages 1–8

Bandrova, T.

• A set of criteria for evaluating map application design in a mobile environment, pages 1–8

Baracca, G.

• Measuring Physical access to primary health care facilities in Gambella Region (Western Ethiopia), pages 1–8

Barrera, D.

• Horizontal accuracy assessment of a novel algorithm for approximate a surface to a DEM, pages 1–5

Bataille, L.

• Tectonics of cartography, pages 1–8

Battino, S.

• The sustainable tourism organization of rural spaces. The island of Sardinia in the era of "staycation", pages 1–8

Belotti, P.

• The Project to Complete the Regional Topographic Geodatabase in Lombardy, Italy, pages 1–8

Bernasconi, A.

• Geo-online explanatory data visualization tools as crisis management and communication instruments, pages 1–8

Bertacchini, M.

• New approaches to communicating and educating through the use of historical maps, pages 1–7
• Cartography and pilgrimage trails. Tradition, modernity, and tourism, pages 1–8

Bogenberger, K.

• Movement Patterns of Electric Cargo Bike Commuters – First Insights from Field Experiments and Trajectory Analyses, pages 1–4
• Designing Maps for Bicycling Simulator Studies – three practical Approaches, pages 1–4

Boluda, A.

• The Automated Map. Public innovation for the generation of the National Topographic Map of Spain, pages 1–7

Brando, C.

• Place names in Spanish Republican Life Stories: spatial patterns in locations and perceptions, pages 1–9

Brannstrom, C.

• Participatory Mapping and SWOT in the context of the Water-Food-Energy Nexus for attaining SDGs in Eastern Amazonia, pages 1–8

Breier, M.

• Beyond East and West – Geocommunicating Historical Sacred Landscapes, pages 1–5

Brundu, B.

• The sustainable tourism organization of rural spaces. The island of Sardinia in the era of "staycation", pages 1–8

Brédif, M.

• Cluttering Reduction for Interactive Navigation and Visualization of Historical Images, pages 1–7

Bělka, L.

• New topographic maps for the Czech Armed Forces, pages 1–7

Le Borgne, E.

• Data heterogeneity and oldness, two difficulties to overcome for the world seabed sediment mapping, pages 1–7

C

Calvo, C.

• Routing on Geospatial Reference Information for Transport Networks of Spain, pages 1–5

Campo, V.

• The INSPIRE harmonisation: the Geological Map of Italy at 1:100,000 scale, pages 1–4

Camón Soteres, L.

• Digital transformation in topographic databases, pages 1–6

Capone, A.

• Harvesting social media with artificial intelligence for medical threats mapping and analytics, pages 1–8

Castellanos, I.

• Mapping Autistic Wayfinding in Urban Environments, pages 1–4

Cavell, A.

• Maps hiding in plain sight, pages 1–4

Ceralli, D.

• The “Carta della Natura” project: the case study of Molise region, pages 1–7

Chassin, T.

• How do users interact with Virtual Geographic Environments? Users’ behavior evaluation in urban participatory planning, pages 1–8

Che, X.

• Landslide susceptibility evaluation based on optimized support vector machine, pages 1–4

Chen, J.

• Landslide susceptibility evaluation based on optimized support vector machine, pages 1–4

Chen, Y.

• A Framework of Pan-maps: facilitating a unification of Maps and Map-likes, pages 1–8

Christophe, S.

• How do users interact with Virtual Geographic Environments? Users’ behavior evaluation in urban participatory planning, pages 1–8
• COVID-19 geoviz for spatio-temporal structures detection, pages 1–8
• Cluttering Reduction for Interactive Navigation and Visualization of Historical Images, pages 1–7

Chuprikova, E.

• Effect of Geospatial Uncertainty Borderization on Users’ Heuristic Reasoning, pages 1–8

Cibilić, I.

• Implementing Augmented reality in Tourism, pages 1–5

Clarke, M.

• Maps hiding in plain sight, pages 1–4

Congi, M. P.

• The INSPIRE harmonisation: the Geological Map of Italy at 1:100,000 scale, pages 1–4

Conzi, F.

• The Project to Complete the Regional Topographic Geodatabase in Lombardy, Italy, pages 1–8

Cubillos, B.

• Making progress in determining quality: positional accuracy of the new 1:25,000 scale digital cartography, pages 1–5

D

Dai Prà, E.

• Representing the War. Early Twentieth Century Maps and Models in the Fonds of the Italian War History Museum in Rovereto, pages 1–8

David, W.

• Harvesting social media with artificial intelligence for medical threats mapping and analytics, pages 1–8

Dell’Orto, C.

• The Project to Complete the Regional Topographic Geodatabase in Lombardy, Italy, pages 1–8

Derdouri, A.

• Exploring the Differences Between Tourists and Locals in Urban Settings Through Multi-labeled Geotagged Photos: The Case of Tokyo, pages 1–8

Desclaux-Salachas, J.

• The Treasure Map of the citizen childhood, pages 1–8
• Tectonics of cartography, pages 1–8

Dickmann, F.

• Changes of Locomotion Speed Affect Distance Estimations in Virtual Reality, pages 1–5

Ding, L.

• Visualizing Spatiotemporal Epidemic Clusters on a Map-based Dashboard: A case study of early COVID-19 cases in Singapore, pages 1–5

Dohnal, F.

• New topographic maps for the Czech Armed Forces, pages 1–7

Dominguès, C.

• Place names in Spanish Republican Life Stories: spatial patterns in locations and perceptions, pages 1–9
• Lived and perceived space during lock-down in a sensitive map approach, pages 1–8

Dong, Z.-Y.

• An Advanced Dynamic Visualization Method of Global Ocean Tide with Multi-core Processor Based on OpenGL, pages 1–4

Drugeon, A.

• COVID-19 geoviz for spatio-temporal structures detection, pages 1–8

Dusek, B.

• Automatic mapping of traffic signs, pages 1–6

D’Angeli, C.

• The “Carta della Natura” project: the case study of Molise region, pages 1–7

E

Eager, M. K.

• Toward a Marine Road Network for Ship Passage Planning and Monitoring, pages 1–4

Eddargani, S.

• Horizontal accuracy assessment of a novel algorithm for approximate a surface to a DEM, pages 1–5

Edler, D.

• Changes of Locomotion Speed Affect Distance Estimations in Virtual Reality, pages 1–5

El-Kafrawy, S.

• Synthesis of Geospatial Database and Interdisciplinary to Achieve NSDS for Downtown Alexandria, Egypt Vision 2030, pages 1–8

El-Sayed, H.

• Synthesis of Geospatial Database and Interdisciplinary to Achieve NSDS for Downtown Alexandria, Egypt Vision 2030, pages 1–8

El-Shafie, A.

• Synthesis of Geospatial Database and Interdisciplinary to Achieve NSDS for Downtown Alexandria, Egypt Vision 2030, pages 1–8

Expósito, Á.

• Routing on Geospatial Reference Information for Transport Networks of Spain, pages 1–5

F

De Falco, S.

• Remote sensing based on time variance control in configurable area partitioning, pages 1–9

Fantozzi, P. L.

• Measuring Physical access to primary health care facilities in Gambella Region (Western Ethiopia), pages 1–8

Fau, B.

• COVID-19 geoviz for spatio-temporal structures detection, pages 1–8

Fazilova, D.

• Updating of digital topographic maps in the new national spatial coordinate system: case Fergana valley in Uzbekistan, pages 1–5

Federici, M.

• The Project to Complete the Regional Topographic Geodatabase in Lombardy, Italy, pages 1–8

Fehn, F.

• Movement Patterns of Electric Cargo Bike Commuters – First Insights from Field Experiments and Trajectory Analyses, pages 1–4

Fiorentino, G.

• Remote sensing based on time variance control in configurable area partitioning, pages 1–9

Fornasari, C.

• Historical Cartography and Sustainable Tourism Development. Reconnecting Trento and the Fersina Stream through the Retrieval of Environmental and Cultural Heritage, pages 1–8

Frangeš, S.

• Combining multiple shaded reliefs with hypsometric colouring and digital orthophotos using free and open-source software, pages 1–7
• Interactive Map of Coronavirus Spread in Croatia, pages 1–7

Fregonese, L.

• The Project to Complete the Regional Topographic Geodatabase in Lombardy, Italy, pages 1–8

Friend, J.

• Testing approaches to visualize land cover/land use changes in time series with Web GIS microservice tools, pages 1–8

G

Gabellieri, N.

• Bridging research and dissemination in the CoViD-19 era: a WebGIS dashboard for the Autonomous Province of Trento (Italy), pages 1–8

Gabelotaud, I.

• Data heterogeneity and oldness, two difficulties to overcome for the world seabed sediment mapping, pages 1–7

Gallardo, P.

• Making progress in determining quality: positional accuracy of the new 1:25,000 scale digital cartography, pages 1–5

Garlan, T.

• Data heterogeneity and oldness, two difficulties to overcome for the world seabed sediment mapping, pages 1–7

Garnero, G.

• The Project to Complete the Regional Topographic Geodatabase in Lombardy, Italy, pages 1–8

Gartner, G.

• A generations view on SDG – using the central role of maps, pages 1–5
• A social media-based framework for tourist behaviour analysis and characterization in urban environments, pages 1–8
• Driving and navigation habits of Austrian drivers, pages 1–8

Gartner, M.

• LBS as Vectors of Influence, pages 1–8

Gautier, J.

• COVID-19 geoviz for spatio-temporal structures detection, pages 1–8

Gede, M.

• Automatic mapping of traffic signs, pages 1–6
• Automatic Georeferencing of Topographic Map Sheets Using OpenCV and Tesseract, pages 1–4
• Automatic vectorization of point symbols on archive maps using deep convolutional neural network, pages 1–5

Gercsák, G.

• The new National Atlas of Hungary – volume Society, pages 1–6
• The Perczel Project (2007–2019), pages 1–8
• A new interactive gazetteer of Perczel’s globe, pages 1–5

Geri, F.

• Bridging research and dissemination in the CoViD-19 era: a WebGIS dashboard for the Autonomous Province of Trento (Italy), pages 1–8

Girres, J.-F.

• Analysis of urban elements orientations to characterize the spatial extension of the foundation of the Roman city of Amida, pages 1–8

Glišović, J.

• Serbian Atlases in the 19th and Early 20th Century, pages 1–8

González, A.

• Routing on Geospatial Reference Information for Transport Networks of Spain, pages 1–5
• The Automated Map. Public innovation for the generation of the National Topographic Map of Spain, pages 1–7

Gorayeb, A.

• Participatory Mapping and SWOT in the context of the Water-Food-Energy Nexus for attaining SDGs in Eastern Amazonia, pages 1–8

Gordova, Y.

• Russian School of Toponymical Cartography, pages 1–8

Grandi, S.

• Geo-online explanatory data visualization tools as crisis management and communication instruments, pages 1–8

Grigoropoulos, G.

• Designing Maps for Bicycling Simulator Studies – three practical Approaches, pages 1–4

Guallart Moreno, C.

• Educational uses of Cartography. An example on the use of GIS to deal with depopulation by skill processes, pages 1–7

Guastamacchia, E.

• The Project to Complete the Regional Topographic Geodatabase in Lombardy, Italy, pages 1–8

Guo, R.

• A Framework of Pan-maps: facilitating a unification of Maps and Map-likes, pages 1–8

Guzzetti, F.

• The Project to Complete the Regional Topographic Geodatabase in Lombardy, Italy, pages 1–8

van Gasselt, S.

• 50 Years of Sensor-Based Planetary Cartography: Review and Perspectives, pages 1–8

H

Hajdú, E.

• The digital cartographic reconstruction of the 1897 ‘Mátra Guide’ (Hungary), pages 1–7

Hajek, B.

• Large Scaled Topographic Mapping and Issues in Depicting VGI and Open Data, pages 1–6

Hare, T.

• 50 Years of Sensor-Based Planetary Cartography: Review and Perspectives, pages 1–8

Hargitai, H.

• 50 Years of Sensor-Based Planetary Cartography: Review and Perspectives, pages 1–8

Herzen, A.

• Russian School of Toponymical Cartography, pages 1–8

Herzen, O.

• Russian School of Toponymical Cartography, pages 1–8

Holloway, P.

• Forensic mapping in a civil proceeding in South Africa, pages 1–7

Hruby, F.

• Mapping Autistic Wayfinding in Urban Environments, pages 1–4

Huiber, J.

• A set of criteria for evaluating map application design in a mobile environment, pages 1–8

Hum, Z.

• A multicity investigation on Fear of Crime, pages 1–4

Hurni, L.

• A survey on the evolution of the Chinese cadastral system, pages 1–6

I

Ibáñez, M. J.

• Horizontal accuracy assessment of a novel algorithm for approximate a surface to a DEM, pages 1–5

Idrizi, B.

• Redefining of “EPSG” and “PROJ” for current State Coordinate Reference System of the Republic of North Macedonia, pages 1–8
• Mapping the surrounding environment by pupils. Case study: Primary school “Ismail Qemali” in Chair - Skopje, pages 1–6

Ilić, Ž.

• Serbian Atlases in the 19th and Early 20th Century, pages 1–8

Imamura, S.

• Synthesis of Geospatial Database and Interdisciplinary to Achieve NSDS for Downtown Alexandria, Egypt Vision 2030, pages 1–8

Ingensand, J.

• How do users interact with Virtual Geographic Environments? Users’ behavior evaluation in urban participatory planning, pages 1–8

Inglis, K.

• Forensic mapping in a civil proceeding in South Africa, pages 1–7

Ivić, M.

• Overview of the charts representing eastern coast of the Adriatic Sea through centuries and a comparison of Piri Reis symbology usage with an INT 1 content, pages 1–7

J

Jahnke, M.

• Testing approaches to visualize land cover/land use changes in time series with Web GIS microservice tools, pages 1–8

Jiao, C.

• A survey on the evolution of the Chinese cadastral system, pages 1–6

Jobst, M.

• A generations view on SDG – using the central role of maps, pages 1–5

Jolivet, L.

• Place names in Spanish Republican Life Stories: spatial patterns in locations and perceptions, pages 1–9
• Lived and perceived space during lock-down in a sensitive map approach, pages 1–8
• Mapping and characterizing animals’ places of interest in forest environment, pages 1–9

Jones, B.

• Maps hiding in plain sight, pages 1–4

Jordão, B. G. F.

• Challenges in the teaching of Cartography during the COVID-19 pandemic: use of Minecraft in the remote classroom setting, pages 1–7

Jovanović, D.

• Analysis of historical cartography and data presentation for an educational purpose: The case of the historical centre of Vimercate, pages 1–8

Juliasz, P. C. S.

• Children’s graphic representation as a language and its role in preschool education under a whole-child approach, pages 1–7

K

Kalinic, M.

• Determining traffic congestion utilizing a fuzzy logic model and Floating Car Data (FCD), pages 1–8

Kareem Zada, A. A.

• Novel Cartographical Designs for Blind and Partially Impaired Students in Kurdistan, pages 1–3

Karpinskyi, Y.

• Automation of quality control of digital topographic maps at the scale 1:50 000 of the Main State Topographic Map in Ukraine, pages 1–7

Kashyap, A.

• Toward a Marine Road Network for Ship Passage Planning and Monitoring, pages 1–4

Kastrisios, C.

• Toward a Marine Road Network for Ship Passage Planning and Monitoring, pages 1–4

Keil, J.

• Changes of Locomotion Speed Affect Distance Estimations in Virtual Reality, pages 1–5

Keler, A.

• Movement Patterns of Electric Cargo Bike Commuters – First Insights from Field Experiments and Trajectory Analyses, pages 1–4
• Designing Maps for Bicycling Simulator Studies – three practical Approaches, pages 1–4

Kessler, L.

• Movement Patterns of Electric Cargo Bike Commuters – First Insights from Field Experiments and Trajectory Analyses, pages 1–4

Kilić, J.

• Overview of the charts representing eastern coast of the Adriatic Sea through centuries and a comparison of Piri Reis symbology usage with an INT 1 content, pages 1–7

Kim, E.-K.

• Multi-Year Spatial Variability of the Impact of Sociodemographic, Behavioural, and Health Factors on Depression of Older Adults, pages 1–8

Kin, D.

• Automation of quality control of digital topographic maps at the scale 1:50 000 of the Main State Topographic Map in Ukraine, pages 1–7

King-Okoye, M.

• Harvesting social media with artificial intelligence for medical threats mapping and analytics, pages 1–8

Knura, M.

• Map Evaluation under COVID-19 restrictions: A new visual approach based on think aloud interviews, pages 1–6

Kocsis, K.

• The new National Atlas of Hungary – volume Society, pages 1–6

Kohlbrenner, S. M.

• Toward a Marine Road Network for Ship Passage Planning and Monitoring, pages 1–4

Korn, F.

• VIRUS Atlas Austria – COVID-19, labor market and demography at a glance, pages 1–3

Korte, A.

• Changes of Locomotion Speed Affect Distance Estimations in Virtual Reality, pages 1–5

Kovács, B.

• Automatic vectorization of rectangular manmade objects: a case study applying OpenCV and GDAL on UAV imagery, pages 1–5
• Driving and navigation habits of Austrian drivers, pages 1–8

Krisp, J. M.

• Determining traffic congestion utilizing a fuzzy logic model and Floating Car Data (FCD), pages 1–8

Kriz, K.

• Beyond East and West – Geocommunicating Historical Sacred Landscapes, pages 1–5
• Large Scaled Topographic Mapping and Issues in Depicting VGI and Open Data, pages 1–6
• VIRUS Atlas Austria – COVID-19, labor market and demography at a glance, pages 1–3
• Austrianvineyards.com – the world’s first nationwide information and presentation system of all wine estates, pages 1–5
• Climate and Vine – Representation and communication of spatio-temporal relationships in the web application AustrianVineyards.com, pages 1–8

L

Laguna Marín-Yaseli, M.

• Educational uses of Cartography. An example on the use of GIS to deal with depopulation by skill processes, pages 1–7

Lapaine, M.

• Conic Projections with Three or More Standard Parallels, pages 1–6

Laureti, L.

• The “Carta della Natura” project: the case study of Molise region, pages 1–7

Lavaj, M.

• Where to hike? Mobile application for guiding tourists in the Bükkalja Region, Hungary, pages 1–6

Lazorenko-Hevel, N.

• Automation of quality control of digital topographic maps at the scale 1:50 000 of the Main State Topographic Map in Ukraine, pages 1–7

Lets, O.

• Automation of quality control of digital topographic maps at the scale 1:50 000 of the Main State Topographic Map in Ukraine, pages 1–7

Li, Z.

• A Framework of Pan-maps: facilitating a unification of Maps and Map-likes, pages 1–8

Libertini, L.

• Effect of Geospatial Uncertainty Borderization on Users’ Heuristic Reasoning, pages 1–8

Lin, R.

• Landslide susceptibility evaluation based on optimized support vector machine, pages 1–4

Liu, J.

• Landslide susceptibility evaluation based on optimized support vector machine, pages 1–4

Liu, T.-Y.

• An Advanced Dynamic Visualization Method of Global Ocean Tide with Multi-core Processor Based on OpenGL, pages 1–4

Lobo, M.-J.

• COVID-19 geoviz for spatio-temporal structures detection, pages 1–8
• Please, Help Me! I Am Lost in Zoom, pages 1–4

Loginov, D. S.

• Web technologies in cartographic support of geological exploration, pages 1–6

Lucas, S.

• Data heterogeneity and oldness, two difficulties to overcome for the world seabed sediment mapping, pages 1–7

Luft, J.

• Content-based Image Retrieval for Map Georeferencing, pages 1–8

M

Ma, D.

• A Framework of Pan-maps: facilitating a unification of Maps and Map-likes, pages 1–8

Mackaness, W. A.

• Please, Help Me! I Am Lost in Zoom, pages 1–4

Magdiev, H.

• Updating of digital topographic maps in the new national spatial coordinate system: case Fergana valley in Uzbekistan, pages 1–5

Malcolm, P.

• Designing Maps for Bicycling Simulator Studies – three practical Approaches, pages 1–4

Maldonado, A.

• The Automated Map. Public innovation for the generation of the National Topographic Map of Spain, pages 1–7

Malıt, V.

• Analysis of urban elements orientations to characterize the spatial extension of the foundation of the Roman city of Amida, pages 1–8

Manca, I.

• The sustainable tourism organization of rural spaces. The island of Sardinia in the era of "staycation", pages 1–8

Manenti, F.

• Measuring Physical access to primary health care facilities in Gambella Region (Western Ethiopia), pages 1–8

Marchès, E.

• Data heterogeneity and oldness, two difficulties to overcome for the world seabed sediment mapping, pages 1–7

Marinova, S.

• Design of an Atlas of Significant Natural Disasters, pages 1–6

Marquez, J. O.

• Interactive Web Maps: Usability Heuristics Proposal, pages 1–8

Martín-Asín López, G.

• Digital transformation in topographic databases, pages 1–6

Masson, F.

• Mapping and characterizing animals’ places of interest in forest environment, pages 1–9

Medak, D.

• Combining multiple shaded reliefs with hypsometric colouring and digital orthophotos using free and open-source software, pages 1–7

Meirelles, P.

• Interactive Web Maps: Usability Heuristics Proposal, pages 1–8

Meng, H.

• An Advanced Dynamic Visualization Method of Global Ocean Tide with Multi-core Processor Based on OpenGL, pages 1–4

Meng, L.

• Effect of Geospatial Uncertainty Borderization on Users’ Heuristic Reasoning, pages 1–8

Mermet, É.

• Lived and perceived space during lock-down in a sensitive map approach, pages 1–8

Mesev, V.

• Bivariate representation of population density using public and private drinking and wastewater infrastructure, pages 1–6

Moioli, R.

• Analysis of historical cartography and data presentation for an educational purpose: The case of the historical centre of Vimercate, pages 1–8

Monti, G. M.

• The INSPIRE harmonisation: the Geological Map of Italy at 1:100,000 scale, pages 1–4

Morais, C. F. D.

• Geodesign as a support for proposing actions to fulfil the Sustainable Development Goals, pages 1–8

Moreno Vergara, G.

• Digital transformation in topographic databases, pages 1–6

Moura, A. C. M.

• Geodesign as a support for proposing actions to fulfil the Sustainable Development Goals, pages 1–8

Muehlenhaus, I.

• Please, Help Me! I Am Lost in Zoom, pages 1–4

Márton, M.

• The Perczel Project (2007–2019), pages 1–8
• A new interactive gazetteer of Perczel’s globe, pages 1–5

N

Nass, A.

• 50 Years of Sensor-Based Planetary Cartography: Review and Perspectives, pages 1–8

Nemerkényi, Z.

• The new National Atlas of Hungary – volume Society, pages 1–6

Neugebauer, L.

• Beyond East and West – Geocommunicating Historical Sacred Landscapes, pages 1–5

Nikolov, H.

• Application of InSAR satellite method for mapping of active landslides in Bulgaria – opportunities and perspectives, pages 1–6

Nuñez, H.

• Making progress in determining quality: positional accuracy of the new 1:25,000 scale digital cartography, pages 1–5

Nyberg, J. E.

• Geographic Factors for Managing Cruise Ship Destination Port to Attraction Passenger Transfer in the Caribbean Region, pages 1–8

O

Ogundeji, S. E.

• Spatio-Temporal Assessment of Surface Water Quality in an Agrarian Community, SW Nigeria Using Globe Protocol, pages 1–7

Oladepo, D.

• Assessment of Gold Mining Impact on the Vegetation of Itagunmodi-Igun Drainage Basin, Southwestern Nigeria from 1972–2011: A Remote Sensing, pages 1–6

Oladepo, O.

• Assessment of Gold Mining Impact on the Vegetation of Itagunmodi-Igun Drainage Basin, Southwestern Nigeria from 1972–2011: A Remote Sensing, pages 1–6
• Modeling Severe Acute Respiratory Syndrome Coronavirus 2019 (SARS-CoV-19) Incidence across Conterminous US Counties: A Spatial Perspective, pages 1–9

Oluwafemi, O.

• Spatio-Temporal Assessment of Surface Water Quality in an Agrarian Community, SW Nigeria Using Globe Protocol, pages 1–7
• Assessment of Gold Mining Impact on the Vegetation of Itagunmodi-Igun Drainage Basin, Southwestern Nigeria from 1972–2011: A Remote Sensing, pages 1–6
• Modeling Severe Acute Respiratory Syndrome Coronavirus 2019 (SARS-CoV-19) Incidence across Conterminous US Counties: A Spatial Perspective, pages 1–9

Oluwasegun, A. H.

• Thematic Mapping of COVID-19 Spread in Nigeria: A Tool for Pandemic Rapid Containment Measures, pages 1–4

Oreni, D.

• Analysis of historical cartography and data presentation for an educational purpose: The case of the historical centre of Vimercate, pages 1–8

Ortíz, Á.

• Making progress in determining quality: positional accuracy of the new 1:25,000 scale digital cartography, pages 1–5

Osaragi, T.

• Exploring the Differences Between Tourists and Locals in Urban Settings Through Multi-labeled Geotagged Photos: The Case of Tokyo, pages 1–8

O‘Meara, D.

• Changes of Locomotion Speed Affect Distance Estimations in Virtual Reality, pages 1–5

P

Paiz-Reyes, E.

• Cluttering Reduction for Interactive Navigation and Visualization of Historical Images, pages 1–7

Pantaloni, M.

• The INSPIRE harmonisation: the Geological Map of Italy at 1:100,000 scale, pages 1–4

Parada, I.

• Making progress in determining quality: positional accuracy of the new 1:25,000 scale digital cartography, pages 1–5

Pashova, L.

• Application of InSAR satellite method for mapping of active landslides in Bulgaria – opportunities and perspectives, pages 1–6

Pe’eri, S.

• Geographic Factors for Managing Cruise Ship Destination Port to Attraction Passenger Transfer in the Caribbean Region, pages 1–8

Phommachanh, N. T.

• Toward a Marine Road Network for Ship Passage Planning and Monitoring, pages 1–4

Pinto, L.

• The Project to Complete the Regional Topographic Geodatabase in Lombardy, Italy, pages 1–8

Piovan, S. E.

• Harvesting social media with artificial intelligence for medical threats mapping and analytics, pages 1–8

Podda, C.

• Cartography and pilgrimage trails. Tradition, modernity, and tourism, pages 1–8

Porras-Bernardez, F.

• A social media-based framework for tourist behaviour analysis and characterization in urban environments, pages 1–8

Poslončec-Petrić, V.

• Implementing Augmented reality in Tourism, pages 1–5

Pranzo, A. M. R.

• Bridging research and dissemination in the CoViD-19 era: a WebGIS dashboard for the Autonomous Province of Trento (Italy), pages 1–8
• Mapping the avalanche risk: from survey to cartographic production. The avalanche bulletin of the Meteomont Service of the Alpine Troops Command, pages 1–8

Pratt, R.

• Maps hiding in plain sight, pages 1–4

Prieto, S.

• The Automated Map. Public innovation for the generation of the National Topographic Map of Spain, pages 1–7

Primerano, P.

• The INSPIRE harmonisation: the Geological Map of Italy at 1:100,000 scale, pages 1–4

Pucher, A.

• Beyond East and West – Geocommunicating Historical Sacred Landscapes, pages 1–5
• VIRUS Atlas Austria – COVID-19, labor market and demography at a glance, pages 1–3
• Austrianvineyards.com – the world’s first nationwide information and presentation system of all wine estates, pages 1–5

Putoto, G.

• Measuring Physical access to primary health care facilities in Gambella Region (Western Ethiopia), pages 1–8

Pál, M.

• The digital cartographic reconstruction of the 1897 ‘Mátra Guide’ (Hungary), pages 1–7
• Geodiversity mapping of the Bakony–Balaton UNESCO Global Geopark, Hungary, pages 1–6
• Where to hike? Mobile application for guiding tourists in the Bükkalja Region, Hungary, pages 1–6
• Automatic vectorization of rectangular manmade objects: a case study applying OpenCV and GDAL on UAV imagery, pages 1–5

Pérez, A.

• The Automated Map. Public innovation for the generation of the National Topographic Map of Spain, pages 1–7

Pődör, A.

• A multicity investigation on Fear of Crime, pages 1–4

de la Paz Navas, M.

• The Automated Map. Public innovation for the generation of the National Topographic Map of Spain, pages 1–7

Q

Quesada, F.

• The Automated Map. Public innovation for the generation of the National Topographic Map of Spain, pages 1–7

R

Racetin, I.

• Overview of the charts representing eastern coast of the Adriatic Sea through centuries and a comparison of Piri Reis symbology usage with an INT 1 content, pages 1–7

Ramminger, G.

• Testing approaches to visualize land cover/land use changes in time series with Web GIS microservice tools, pages 1–8

Rapisarda, A.

• Historical Cartography and Sustainable Tourism Development. Reconnecting Trento and the Fersina Stream through the Retrieval of Environmental and Cultural Heritage, pages 1–8
• Mapping the avalanche risk: from survey to cartographic production. The avalanche bulletin of the Meteomont Service of the Alpine Troops Command, pages 1–8

Reinoso-Gordo, J. F.

• Horizontal accuracy assessment of a novel algorithm for approximate a surface to a DEM, pages 1–5

Reyes, C.

• Making progress in determining quality: positional accuracy of the new 1:25,000 scale digital cartography, pages 1–5

Rice, M.

• Geographic Factors for Managing Cruise Ship Destination Port to Attraction Passenger Transfer in the Caribbean Region, pages 1–8
• Enhancing Participatory Development in Morocco: Analyzing the Sketch Mapping Behaviour of Men and Women and Integrating Paper and Digital Participatory Mapping Environments, pages 1–8

Robledo Ceballos, J.

• Interoperability at the core strategic in the Spatial Data Infrastructure of the Service Aerophotogrammetric of the Air Force of Chile, pages 1–5

Rogulj, K.

• Overview of the charts representing eastern coast of the Adriatic Sea through centuries and a comparison of Piri Reis symbology usage with an INT 1 content, pages 1–7

Romero, R.

• Horizontal accuracy assessment of a novel algorithm for approximate a surface to a DEM, pages 1–5

Rozas, S.

• Making progress in determining quality: positional accuracy of the new 1:25,000 scale digital cartography, pages 1–5

Rubio, W.

• Making progress in determining quality: positional accuracy of the new 1:25,000 scale digital cartography, pages 1–5

Rupić, L.

• Interactive Map of Coronavirus Spread in Croatia, pages 1–7

S

De Santi, V.

• Representing the War. Early Twentieth Century Maps and Models in the Fonds of the Italian War History Museum in Rovereto, pages 1–8

Saïd, S.

• Mapping and characterizing animals’ places of interest in forest environment, pages 1–9

Scaglione, G.

• Representing the War. Early Twentieth Century Maps and Models in the Fonds of the Italian War History Museum in Rovereto, pages 1–8

Scaioni, M.

• The Project to Complete the Regional Topographic Geodatabase in Lombardy, Italy, pages 1–8

Schaab, G.

• Extending the cartographic capabilities of desktop GIS – Implementing less common statistical mapping methods as web services together with students, pages 1–8

Schiewe, J.

• Map Evaluation under COVID-19 restrictions: A new visual approach based on think aloud interviews, pages 1–6
• Content-based Image Retrieval for Map Georeferencing, pages 1–8
• Data classification methods for preserving spatial patterns, pages 1–6

Schmidt, M. A. R.

• Classification of Dynamic Cartographic Symbols applied to Augmented Reality (AR) Systems, pages 1–8

Schmidt, V.

• Toward a Marine Road Network for Ship Passage Planning and Monitoring, pages 1–4

Schmitz, P.

• Forensic mapping in a civil proceeding in South Africa, pages 1–7

Schulz, M.

• A set of criteria for evaluating map application design in a mobile environment, pages 1–8

Sears, D.

• Across Edges: Art to Cartography; One Landscape to the Next, pages 1–7

Secchi, P.

• Cartography and pilgrimage trails. Tradition, modernity, and tourism, pages 1–8

Selimi, N.

• Mapping the surrounding environment by pupils. Case study: Primary school “Ismail Qemali” in Chair - Skopje, pages 1–6

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

• Challenges in the teaching of Cartography during the COVID-19 pandemic: use of Minecraft in the remote classroom setting, pages 1–7

Sensidoni, G.

• Harvesting social media with artificial intelligence for medical threats mapping and analytics, pages 1–8

Seten, S.

• Lived and perceived space during lock-down in a sensitive map approach, pages 1–8

Shi, Z.-Y.

• An Advanced Dynamic Visualization Method of Global Ocean Tide with Multi-core Processor Based on OpenGL, pages 1–4

Sigura, M.

• Georeferencing skills and student profile. Results from a multivariate regression model, pages 1–6

Siteva, D.

• Design of an Atlas of Significant Natural Disasters, pages 1–6

Slocum, S. L.

• Geographic Factors for Managing Cruise Ship Destination Port to Attraction Passenger Transfer in the Caribbean Region, pages 1–8

Soliman, M.

• Synthesis of Geospatial Database and Interdisciplinary to Achieve NSDS for Downtown Alexandria, Egypt Vision 2030, pages 1–8

Stern, C.

• Extending the cartographic capabilities of desktop GIS – Implementing less common statistical mapping methods as web services together with students, pages 1–8
• Enhancing Participatory Development in Morocco: Analyzing the Sketch Mapping Behaviour of Men and Women and Integrating Paper and Digital Participatory Mapping Environments, pages 1–8

Strode, G.

• Bivariate representation of population density using public and private drinking and wastewater infrastructure, pages 1–6

Sánchez, F.

• Monograph – The COVID-19 pandemic in Spain, pages 1–8

Sárközy, Z.

• Route planning on orienteering maps with least-cost path analysis, pages 1–7

da Silva, R. B.

• Participatory Mapping and SWOT in the context of the Water-Food-Energy Nexus for attaining SDGs in Eastern Amazonia, pages 1–8

da Silva, T. S.

• Interactive Web Maps: Usability Heuristics Proposal, pages 1–8

T

Della Torre, S.

• Analysis of historical cartography and data presentation for an educational purpose: The case of the historical centre of Vimercate, pages 1–8

Talhofer, V.

• New topographic maps for the Czech Armed Forces, pages 1–7

Tavares, G. U.

• Participatory Mapping and SWOT in the context of the Water-Food-Energy Nexus for attaining SDGs in Eastern Amazonia, pages 1–8

Tian, T.

• Multi-Year Spatial Variability of the Impact of Sociodemographic, Behavioural, and Health Factors on Depression of Older Adults, pages 1–8

Tominić, K.

• Implementing Augmented reality in Tourism, pages 1–5

Touya, G.

• How do users interact with Virtual Geographic Environments? Users’ behavior evaluation in urban participatory planning, pages 1–8
• COVID-19 geoviz for spatio-temporal structures detection, pages 1–8
• Please, Help Me! I Am Lost in Zoom, pages 1–4

Turchi, L. M.

• New approaches to communicating and educating through the use of historical maps, pages 1–7

Túri, Z.

• Where to hike? Mobile application for guiding tourists in the Bükkalja Region, Hungary, pages 1–6

de Tomás, J. A.

• The Automated Map. Public innovation for the generation of the National Topographic Map of Spain, pages 1–7

U

Ungvári, Z.

• A new interactive gazetteer of Perczel’s globe, pages 1–5

Usami, T.

• Synthesis of Geospatial Database and Interdisciplinary to Achieve NSDS for Downtown Alexandria, Egypt Vision 2030, pages 1–8

V

Varga, L.

• Automatic Georeferencing of Topographic Map Sheets Using OpenCV and Tesseract, pages 1–4

Vassányi, G.

• Automatic vectorization of point symbols on archive maps using deep convolutional neural network, pages 1–5

Velilla Gil, J.

• Educational uses of Cartography. An example on the use of GIS to deal with depopulation by skill processes, pages 1–7

Ventura, R.

• The INSPIRE harmonisation: the Geological Map of Italy at 1:100,000 scale, pages 1–4

Vieira, F. C. D. V.

• Geodesign as a support for proposing actions to fulfil the Sustainable Development Goals, pages 1–8

Vinković, A.

• Combining multiple shaded reliefs with hypsometric colouring and digital orthophotos using free and open-source software, pages 1–7
• Interactive Map of Coronavirus Spread in Croatia, pages 1–7

Vörös, F.

• Automatic vectorization of rectangular manmade objects: a case study applying OpenCV and GDAL on UAV imagery, pages 1–5
• Driving and navigation habits of Austrian drivers, pages 1–8

W

Walen, N.

• Testing approaches to visualize land cover/land use changes in time series with Web GIS microservice tools, pages 1–8

Wang, Y.

• Landslide susceptibility evaluation based on optimized support vector machine, pages 1–4

Wieser, D.

• Climate and Vine – Representation and communication of spatio-temporal relationships in the web application AustrianVineyards.com, pages 1–8

X

Xavier, T. W. D. F.

• Participatory Mapping and SWOT in the context of the Water-Food-Energy Nexus for attaining SDGs in Eastern Amazonia, pages 1–8

Xu, S.

• Landslide susceptibility evaluation based on optimized support vector machine, pages 1–4

Xu, W.-M.

• An Advanced Dynamic Visualization Method of Global Ocean Tide with Multi-core Processor Based on OpenGL, pages 1–4

Y

Yano, K.

• Synthesis of Geospatial Database and Interdisciplinary to Achieve NSDS for Downtown Alexandria, Egypt Vision 2030, pages 1–8

Ying, S.

• A Framework of Pan-maps: facilitating a unification of Maps and Map-likes, pages 1–8

Yuan, Y.

• The impact of scale on spatial connections: an exploratory analysis, pages 1–5

Z

Zaccomer, G. P.

• Georeferencing skills and student profile. Results from a multivariate regression model, pages 1–6

Zamfir, I.

• Accuracy, veracity, and theological truth in the 16th century atlas Theatrum Terrae Sanctae, pages 1–5

Zatelli, P.

• Bridging research and dissemination in the CoViD-19 era: a WebGIS dashboard for the Autonomous Province of Trento (Italy), pages 1–8

Zentai, L.

• The new National Atlas of Hungary – volume Society, pages 1–6
• The Perczel Project (2007–2019), pages 1–8
• A multicity investigation on Fear of Crime, pages 1–4
• A new interactive gazetteer of Perczel’s globe, pages 1–5

Zhang, H.

• Visualizing Spatiotemporal Epidemic Clusters on a Map-based Dashboard: A case study of early COVID-19 cases in Singapore, pages 1–5

Zhao, Z.

• A Framework of Pan-maps: facilitating a unification of Maps and Map-likes, pages 1–8

Zuo, C.

• Visualizing Spatiotemporal Epidemic Clusters on a Map-based Dashboard: A case study of early COVID-19 cases in Singapore, pages 1–5

Ž

Župan, R.

• Combining multiple shaded reliefs with hypsometric colouring and digital orthophotos using free and open-source software, pages 1–7
• Interactive Map of Coronavirus Spread in Croatia, pages 1–7