generalizacja kartograficzna
IX. Percepcja i użytkowanie map, kartograficzna metoda badań
Abałakow A.D., Bazarowa N.B.: Ocenka tiechnogiennogo wlijanija gornodobywajuszczej promyszlennosti bajkalskogo riegiona
na osobo ochraniajemyje prirodnyje tierritorii: kartograficzeskij analiz. „Gieod. i Kartogr.” 2018, nr 1, s. 20–31, 5
ryc., 3 tab., summ.: Assessment of the technogenic impact of the mining industry in Baikal region for specially
protected natural territories: cartographic analysis.
Achilleos G.A.: Approaching a model for estimating horizontal errors of digitized contours. „J. of Spatial Science” Vol. 55, 2010, no. 1, s. 147–164, 22 ryc., 14 tab., 32 poz. lit.
83
Albert G., Ilyés V., Kis D., Szigeti C., Várkonyi D.: Hogyan olvasnak térképet az egyetemisták? „Geodézia és Kartográfia” 69. Év., 2017, 1, s. 20–30, 12 ryc., 2 tab., 20 poz. lit., summ.: How university students read maps? Results of an
international test conducted by the Research Group on Experimental Cartography at the Eötvös Loránd University.
Aleksiejenko N.A., Arszinowa S.N.: Kartograficzeskoje obiezpieczenije raboty nacyonalnych parkow Rossii. „Izw. Rossijskoj Akad. Nauk. Sier. Gieogr.” 2012, nr. 1, s. 91–95, 1 ryc., 7 poz. lit, summ.: Cartographic support of the Russian
national parks activities.
Alinat S.: Appropriation d’outils de géomatique ou de cartographie par des usagers novices. „Cartes & Géomatique” No 231-232, Mars – Juin 2017, s. 163–177, 12 ryc., 1 tab.
Allencar de Mendonça A.L., Delazari L.S.: What do people prefer and what is more effective for maps: a decision making test. W: Advances in cartography and GIScience. Vol. 1. Selection from ICC 2011, Paris. Berlin: Springer-Verlag, 2011, s. 163–181, 11 ryc., 3 tab., 14 poz. lit.
Anacta V.J.A., Humayun M.I., Schwering A., Krakar J.: Investigating representations of places with unclear spatial extent in
sketch maps. W: Societal geo-innovation. Selected papers of the 20th AGILE Conference on Geographic Information Science. Red. A. Bregt, T. Sarjakoski, R. van Lammeren, F. Rip. Cham: Springer Intern. Publishers,
2017, s. 3–17, 8 ryc., 19 poz. lit.
Andrienko G., Andrienko N., Demsar U., Dransch D., Dykes J., Fabrikant S.I., Jern M., Kraak M.-J., Schumann H., Tominsky Ch.: Space, time and visual analytics. „Intern. J. of Geogr. Inform. Science” Vol. 24, 2010, no. 10, s. 1577–1600, 6 ryc., 37 poz. lit.
Andrienko G.: Andrienko N.: A general framework for using aggregation in visual exploration of movement data. „Cartogr. J.” Vol. 47, 2010, no. 1, s. 22–40, 15 ryc., 2 tab., 31 poz. lit.
Angel S., Parent J., Civio D.L.: The compactness properties of circles: measuring shape in geography. „The Canadian Geographer” Vol. 54, 2010, no. 4, s. 441–461, 12 ryc., 31 poz. lit.
Angsüsser S., Meng L.: Kartengestaltung besser verstehen – Eine kulturvergleichende Perspective. „Kartogr. Nachr.” Jg. 62, 2012, H. 3, s. 140–144, 3 tab., 17 poz. lit., summ.: Understanding map design – a cross-cultural comparison. Arciniegas G., Janssen R., Omtzigt N.: Map-based multicriteria analysis to support interactive land use allocation. „Intern. J. of
Geogr. Inform. Science” Vol. 25, 2011, nos. 10–12, s. 1931–1947, 9 ryc., 42 poz. lit.
Atutowa Ż.W.: Istoriko-kartograficzeskije dannyje kak istocznik informacyi pri łandszaftnych issledowanijach. „Gieod. i Kartogr.” 2017, nr 10, s. 19–29, 3 ryc., 10 poz. lit., summ.: Historical and cartographical data as information source for
landscape researches.
Bak P., Schaefer M., Stoffel A., Keim D.A., Omer I.: Density equalizing distortion of large geographic point sets. „Cartography and Geogr. Inform. Science” Vol. 36, 2009, no. 3, s. 237–250, 11 ryc., 25 poz. lit.
Baker K.M., Johnson A.C., Callahan C.N., Petcovic H.L.: Use of cartographic images by expert and novice field geologists in
planning fieldwork routes. „Cartography and Geogr. Inform. Science” Vol. 43, 2016, no. 2, s. 176–187, 6 ryc., 2
tab., 23 poz. lit.
Balletti C., Guerra F.: Historical maps for 3D digital city’s history. „Cartographica” Vol. 51, 2016, issue 3, s. 115–126, 7 ryc., 28 poz. lit.
Balzarini R., Davoine P.-A., Ney M.: Analyse comparée des stratégies ‘experts vs étudiants’ lars de la réalisation de cartes de
susceptibilité. „Cartes & Géomatique” No 218, Déc. 2013, s. 7–16, 4 ryc., 2 tab., 16 poz. lit.
Bański Jerzy: The Atlas of Polish Agriculture as an example of the use of statistics for decision making. W: Improving Statistics
for Food Security, Sustainable Agriculture and Rural Development. Linking statistics with decision making. ICAS VI. Sixth International Conference on Agricultural Statistics, 23–25 Oct. 2013, Rio de Janeiro, Brasil. Rio de
Janeiro: Instituto Brasileiro de Geografia e Estatistica, 2015, s. 383–388.
Barnikel F., Ellbrunner H., Vetter M.: Teaching spatial competence today – from analogue maps to geocaching. „Kartogr. Nachr.” Jg. 64, 2014, H. 5, s. 257–262, 5 ryc., 1 tab., 17 poz. lit., Zsfg.
Battersby S.E., Montello D.R.: Area estimation of world regions and the projection of the global-scale cognitive map. „Annals of the Assoc. of American Geographers” Vol. 99, 2009, no. 2, s. 273–291, 5 ryc., 6 tab., 47 poz. lit.
Battersby S.E.: The effect of global-scale map-projection knowledge on perceived land area. „Cartographica” Vol. 44, 2009, no. 1, s. 33–44, 1 ryc., 3 tab., 25 poz. lit.
Baumann C., Bittner C.: Die Kartenlehren – Jean-Christophe Victor und die didaktische TV-Kartographie „Mit offenen Karten”. „Kartogr. Nachr.” Jg. 67, 2017, H. 3, s. 138–140, 1 poz. lit., summ.: The map teacher – Jean-Christophe Victor and
the educational TV-cartography of „Mit offenen Karten”/„Les dessous des cartes”.
Bautrėnas A., Šlušnytė E.: Regimojo spalvų suvokimo įtaka kartografiniam dizainui. „Geografija” T. 25, 2009, nr 2, s. 85–94, 1 ryc., 6 tab., 21 poz. lit., summ.: The influence of visual colour perception on cartographical design.
Bautrėnas A.: Automation of visual acuity determination when testing colour perception in cartographic design. „Geografija – Geography” T. 44, Vilnius 2008, nr. 1, s. 31–37, 8 ryc., 1 tab., 11 poz. lit.
Bayer T.: Detekce kartografického zobrazeni: techniky založene na srovnání množin identických bodů. „Geod. a Kartogr. Obzor” R. 56, 2010, č. 6, s. 122–130, 9 ryc., 14 poz. lit., summ.: Detection of cartographic projection: techniques
based on comparison of identical points’ sets.
Bearman N., Lovett A.: Using sound to represent positional accuracy of address locations. „Cartogr. J.” Vol. 47, 2010, no. 4, s. 308–314, 4 ryc., 26 poz. lit.
84
Behmann J.: Intelligente Benutzerführung für die Navigation in 3D-Stadtmodellen. „Mitt. des Bundesamtes für Kartographie und Geodäsie” Bd. 47, 2011, s. 9–18, 6 ryc., 10 poz. lit.
Benová A.: Hodnotenie dotazníkov zameraných na čítanie obsahu mapy. „Kartografické Listy” 17, 2009, s. 5–12, 2 ryc., 4 tab., 8 poz. lit., summ.: Evaluation of questionnaires specialized on map reading.
Bentley G.C., Cromley R.G., Atkinson-Palombo C.: The network interpolation of population for flow modelling using dasymetric
mapping. „Geographical Analysis” Vol. 45, 2013, no. 3, s. 307–323, 5 ryc., 41 poz. lit.
Berk S., Ferian M.: Accurate area determination in the cadaster: case study of Slovenia. „Cartography and Geogr. Inform. Science” Vol. 45, 2018, no. 1, s. 1–17, 8 ryc., 6 tab., 66 poz. lit.
Bessadok F.: Modèle pour l’évaluation et l’amélioration de la lisibilité d’une carte géographique. Implantation à l’IGN. „Cartes & Géomatique” No 227, Mars 2016, s. 79–82, 4 ryc.
Bestgen A.-K., Edler D., Ratmer A., Dicmann F.: The perception and estimation of distances in topographic maps are not
distorted by grids. „Kartogr. Nachr.” Jg. 67, 2017, H. 2, s. 61–67, 4 ryc., 2 tab., 28 poz. lit., Zsfg.
Bibajewa A.J., Istomina J.A.: Posledowatielnost´ procedur gieoinformacyonnogo analiza i sintieza gieoizobrażenij pri
kartografirowanii łandszaftow Siewiero-Wostocznogo Prichubsugulja. „Gieod. i Kartogr.” 2011, nr 5, s. 19–27, 3
ryc., 1 tab., 10 poz. lit.
Bieszczencew A.N., Borisowa T.A.: Kartograficzeskaja ocenka prirodnogo riska od nawodnienij w bassiejnie oz. Bajkał. „Gieod. i Kartogr.” 2013, nr 7, s. 26–30, 4 ryc., 3 poz. lit., summ.: Cartographic evaluation of the flooding natural
risk in the basin of the lake Baikal.
Bieszencew A.N.: Gieoinformacyonnaja koncepcyja kartograficzeskogo mietoda issledowanija. „Gieod. i Kartogr.” 2011, nr 9, s. 31–37, 1 tab., 4 poz. lit.
Bieszencew A.N.: Gieoinformacyonnyj podchod k kartograficzeskomu mietodu issledowanija. „Gieod. i Kartogr.” 2009, nr 11, s. 40–43, 2 ryc., 5 poz. lit.
Bieszencew A.N.: Kartograficzeskij monitoring prirodopolzowanija. „Gieod. i Kartogr.” 2011, nr 3, s. 14–18, 1 ryc., 1 tab., 1 poz. lit.
Biezgodowa O.W., Istomina Je.A., Owczinnikowa Je.W.: Ocenka i kartografirowanije opasnych egzogiennych processow
Mondijskoj kotłowiny na osnowie morfomietriczeskogo łandszaftnogo analiza. „Gieod. i Kartogr.” 2018, nr 8, s. 28–
37, 2 ryc., 1 tab., summ.: Assessment of hazardous exogenous processes of the Mondy depression based on
morphometric and landscape analysis.
Biljecki F., Heuvelink G.B.M., Ledoux H., Stoter J.: The effect of acquisition error and level of detail on the accuracy of spatial
analyses. „Cartography and Geogr. Inform. Science” Vol. 45, 2018, no. 2, s. 156–176, 8 ryc., 2 tab., 137 poz. lit.
Bilo M.: Die Nutzung räumlicher Information im Naturschutz – Kartographie und Geoinformatik im Wandel der Zeit. „Kartogr. Nachr.” Jg. 63, 2013, H. 6, s. 328–335, 8 ryc., 1 tab., 17 poz. lit., summ.: The use of spatial information in nature
conservation – cartography and geoinformatik in course of time.
Bittner T.: On the integration of regional classification and delineation systems into The National Map. „Cartographica” Vol. 45, 2010, no. 2, s. 127–139, 5 ryc., 3 tab., 42 poz. lit.
Bláha J.D., Pastuchová Nováková T.: Mentální mapa Česka v podání českých žáků základních a středních škol. „Geografie” R. 118, 2013, č. 1, s. 59–76, 8 ryc., 3 tab., 31 poz. lit., summ.: Mental map of Czechia rendered by Czech
elementary and secondary school students.
Bláha J.D.: Various ways of assessment of cartographic works. W: Cartography in Central and Eastern Europe. Berlin, Heidelberg: Springer, 2010, s. 211–229, 5 ryc., 25 poz. lit.
Bogacz Katarzyna: Les représentations spatiales des enfants. Recherche comparative (France et Pologne). „Cartes & Géomatique” No 217, Sept. 2013, s. 9–20, 9 ryc., 11 tab., 4 poz. lit.
Bollen J., Holledge J.: Hidden dramas: cartographic revelations in the world of theatre studies. „The Cartogr. J.” Vol 48, 2011, no. 4, s. 226–236, 5 ryc.
Boltižiar M., Brůna V., Křováková K.: Potential of Antique maps and aerial photographs for landscape changes assessment –
an example of the High Tatra Mts. „Ekológia” Vol. 27, 2008/1, Bratislava, s. 65–81, 10 ryc., 16 poz. lit.
Bonnet E., Amatric M., Chevé M.: Mapping mental representations of industrial risk: Illustrated with the populations of the
estuary of the Seine River, France. „Cartographica” Vol. 49, 2014, issue 2, s. 102–113, 9 ryc., 3 tab., 19 poz. lit.
Brinegar S.J., Popick S.J.: A comparative analysis of small area population estimation methods. „Cartography and Geogr. Inform. Science” Vol. 37, 2010, no. 4, s. 273–284, 3 ryc., 3 tab., 20 poz. lit.
Browko Je.A., Sofinow R.E.: Gosudarstwiennyj topograficzeskij monitoring: opieratiwnoje kartograficzeskoje obiespieczenije
aktualnymi prostranstwiennymi dannymi choziajstwiennoj diejatielnosti, oborony i nacyonalnoj biezopasnosti strany. „Gieod. i Kartogr.” 2012, nr 7, s. 45–51, 1 ryc., 1 tab., 8 poz. lit.
Brůha L.: Automation of geospatial raster data analysis and metadata updating: an in-database approach. „Acta Universitatis Carolinae. AUC Geographica” 49, 2/2014, s. 39–48, 5 ryc., 32 poz. lit.
Brychtova A., Coltekin A.: An empirical user study for measuring the influence of colour distance and font size in map reading
using eye tracking. „The Cartogr. Journ.” Vol. 53, 2016, no. 3, s. 202–212, 7 ryc., 2 tab., 5 przyp., 59 poz. lit.
Brychtová A., Çöltekin A.: Calculating colour distance on choropleth maps with sequentiar colours – a case study with
85
Brychtová A., Çöltekin A.: The effect of spatial distance on the discriminability of colors in maps. „Cartography and Geogr. Inform. Science” Vol. 44, 2017, no. 3, s. 229–245, 11 ryc., 6 tab., 69 poz. lit.
Buchroitner M.: Cogito ubi sum – Ein Plädoyer für gute, aktuelle Gebirgskarten und deren Benutzung. „Kartogr. Nachr.” Jg. 62, 2012, H. 1, s. 16–20, 3 ryc., 10 poz. lit., summ.: Cogito ubi sum – A plea for using good and up-do-date mountain
maps.
Burian J., Št’avová Z.: Kartografické a geoinformatické chyby v územních plánech. „Geografie. Sbornik České Geogr. Společnosti” R. 114, 2009, č. 3, s. 179–191, 3 ryc., 30 poz. lit., summ.: The difficulties of using urban plans for
cartographers and geoinformatics.
Burns R., Skupin A.: Towards qualitative geovisual analytics: a case study involving places, people, and mediated experience. „Cartographica” Vol. 48, 2013, issue 3, s. 157–176, 13 ryc., 56 poz. lit.
Buttenfield B.P., Ruther M., Leyk S.: Exploring the impact of dasymetric refinement on spationemporal small area estimates. „Cartography and Geogr. Inform. Science” Vol. 42, 2015, no. 5, s. 449–459, 5 ryc., 2 tab., 31 poz. lit.
Çältekin A., Heil B., Garlandini S., Fabrikant S.I.: Evaluating the effectiveness of interactive map interface designs: a case
study integrating usability metrics with eye-movement analysis. „Cartography and Geogr. Inform. Science” Vol. 36,
2009, no. 1, s. 5–17, 4 ryc., 2 tab., 35 poz. lit.
Casebeer D., Mann J.: Mapping theories of transformative learning. „Cartographica” Vol. 52, 2017, issue 3, s. 233–237, 1 ryc., 1 tab., 26 poz. lit.
Cattoor B.: Designerly mapping practices at the crossroads of cartography and urbanism: a processual account of three
re-cartographies of southwest Flanders. „Environment and Planning” Vol. 47, 2015, no. 6, s. 1283–1297, 5 ryc., 31
poz. lit.
Charczenko S.W., Kazakow S.G.: Ekspierimient po ocenkie tocznosti postanowki toczek pri rucznoj wiektorizacyi kart. „Gieod. i Kartogr.” 2018, nr 3, s. 35–45, 5 ryc., 3 tab., 12 poz. lit., summ.: The experiment on assessment of point position
accuracy at the manual digitalizing of a raster map.
Chen J., MacEarchen A.M.: Resolution control for balancing overview and detail in multivariate spatial analysis. „Cartogr. J.” Vol. 45, 2008, no. 4, s. 261–273, 8 ryc., 57 poz. lit.
Chevalier S.: L’usage des cartes en archéologie. L’example de la côte tyrrhénienne orientale. „Cartes & Géomatique” No 235-236, Mars–Juin 2018, s. 155–163, 2 ryc., 22 poz. lit.
Chias P., Abad T.: Spanish landscapes in the Middle Ages: Reconstructing territorial memory from early documents and
cartography – a GIS-based methodology. „Cartographica” Vol. 51, 2016, issue 4, s. 208–220, 6 ryc., 25 poz. lit.
Choi Y., Um J.-G., Park M.-H.: Finding least-cost paths across a continuous raster surface with discrete vector networks. „Cartography and Geogr. Inform. Science” Vol. 41, 2014, no. 1, s. 75–85, 8 ryc., 1 tab., 15 poz. lit.
Chrastina P.: Mapy v historicko-geografickom výskume kultúrnej krajiny. „Geografické Študie” R. 15, Nitra 2011, 2, s. 12–19, 3 ryc., 2 tab., 24 poz. lit., summ.: Maps in historical-geographical research of cultural landscape.
Christoph A., Ammon M., Crom W., Przibytzin P.: Digitalisierung – Verortung – Recherche. Neue Perspektiven für historische
Karten. „Kartogr. Nachr.” Jg. 66, 2016, H. 3, s. 115–122, 8 ryc., 29 poz. lit., summ.: Digitization – placing – search. New perspectives for old maps.
Cinnamon J., Rinner C., Cusimano M.D., Marshall S., Bekele T., Hernandez T., Glazier R.H., Chipman M.L.: Online map
design for public-health decision makers. „Cartographica” Vol. 44, 2009, no. 4, s. 289–300, 5 ryc., 3 tab., 36 poz.
lit.
Ciołkosz-Styk Agata: Influence of the city maps’ content on their legibility. „Kartografické Listy” 17, 2009, s. 13–20, 5 ryc., 10 poz. lit.
Clarke K.C., Romero B.E.: On the topology of topography: a review. „Cartography and Geogr. Inform. Science” Vol. 44, 2017, no. 3, s. 271–282, 8 ryc., 87 poz. lit.
Cocean P.: Stages in the formation of the Romanian mental space. „Romanian Rewiev of Regional Studies” Vol. 4, 2008, no. 2, s. 31–42, 6 ryc., 24 poz. lit.
Cokało T.S.: Wykorystannia kartohraficznych animacij dla wywczennia ta analizu dijalnosti małych pidpryjemstw. „Wistnyk Heodeziji ta Kartohrafiji” 2010, nr 2 (65), s. 19–23, 3 ryc., 6 poz. lit., summ.: The use of cartographic animations for
the studying and analysis of small enterprises activity.
Çöltekin A., Franceler R., Richter K.-F., Thoresen J., Fabrikant S.I.: The effects of visual realism, spatial abilities, and
competition on performance in map-based route learning in men. „Cartography and Geogr. Inform. Science” Vol.
45, 2018, no. 4, s. 339–353, 6 ryc., 65 poz. lit.
Commenges H., Giraud T., Lambert N.: ESPON FIT: Functional indicators for spatial-aware-policy-making. „Cartographica” Vol. 51, 2016, issue 3, s. 127–136, 10 ryc., 1 tab., 16 poz. lit.
Cooper D., Priestnall G.: The processual intertextuality of literary cartographies: critical and digital practices. „The Cartogr. J.” Vol 48, 2011, no. 4, s. 250–262, 7 ryc., 29 poz. lit.
Coquard S.: Cartography III: A post-representational perspective on cognitive cartography. „Progress in Human Geography” Vol. 39, 2015, issue 2, s. 225–235, 46 poz. lit.
Couillet A.: Cartographie et analyse visuelle des émotions associées à des déplacements quotidiens. „Cartes & Géomatique” No 217, Sept. 2013, s. 37–47, 12 ryc., 17 poz. lit.
86
Crampton J.W.: Cartographic calculations of territory. „Progress in Human Geography” Vol. 35, 2011, issue 1, s. 92–103, 132 poz. lit.
Crom W.: Kartendigitalisierung – buntes Bild oder Mehrwert. „Kartogr. Nachr.” Jg. 66, 2016, H. 5, s. 243–248, 5 ryc., 18 poz. lit., summ.: Digitalization of maps – a colourful picture or added value.
Culp G.M.: Increasing accessibility for map readers with acquired and inherited colour vision deficiencies: a re-colouring
algorithm for maps. „The Cartogr. J.” Vol. 49, 2012, no. 4, s. 302–311, 5 ryc., 2 tab., 54 poz. lit.
Curtis J.W.: Integrating sketch maps with GIS to explore fear of crime in the urban environment: a review of the past and
prospects for the future. „Cartography and Geogr. Inform. Science” Vol. 39, 2012, no. 4, s. 175–186, 1 tab., 29
poz. lit.
Dalchow C., Kiesel., Lutze G.: Visualisation and interpretation of moraine landscapes in north-east Germany – the ideal view
on landscape. „Die Erde” H. 1–2/2012, s. 1–21, 13 ryc., 34 poz. lit.
Dang W., Zhang S., Liao H., Liu Z., Li Z., Yang X.: Assessing the effectiveness and efficiency of map colour for colour
impairments using an eye-tracking approach. „The Cartogr. Journ.” Vol. 53, 2016, no. 2, s. 166–176, 7 ryc., 2 tab.,
26 poz. lit.
Daum E.: Subjektive Kartographien – Dekonstruktion und Konstruktion. „Kartogr. Nachr.” Jg. 62, 2012, H. 3, s. 120–126, 6 ryc., 46 poz. lit., summ.: Subjective mapping – deconstruction and construction.
Davoine P.-A., Beck E., André-Poyaud I., Chardonnel S., Lutaff C., Telechev A.: Géovisualisation pour la reduction de la
vulnérabilité socio-spatiale en milieu urbain. Le cas de Grenoble. „Cartes & Géomatique” No 211, Mars 2012, s. 69–83, 8 ryc., 1 tab., 31 poz. lit.
Dawidowicz W., Gangonadhyay A.: Ałgoritm awtomaticzeskogo raspoznawanija okieaniczeskich struktur na kartach frontow. „Okieanologija” T. 52, 2012, nr 3, s. 462–472, 8 ryc., 1 tab., 9 poz. lit., summ.: An algorithm for automatic
recognition of oceanic features in frontal maps.
De Montis A., Trogu D.: Planning land-use change for biomass-fuelled energy-production plants: spatial analyses applied to
the case of Sardinia, Italy. „Cartographica” Vol. 48, 2013, issue 1, s. 13–21, 9 ryc., 7 tab., 8 poz. lit.
Deeb R., Ooms K., De Mayer P.: Typography in the eyes of Bertin, gender and expertise variation. „The Cartogr. J.” Vol. 49, 2012, no. 2, s. 176–185, 6 ryc., 9 tab., 16 poz. lit.
Deeb R., Ooms K., Vanopbroeke V., De Maeyer P.: Evaluating the efficiency of typographic design: Gender and expertise
variation. „The Cartogr. Journ.” Vol. 51, 2014, no. 1, s. 75–86, 4 ryc., 12 tab., 25 poz. lit.
Deeb., Ooms K., Van Eetvelde V., De Maeyer P.: Towards a deeper understanding of cartographic text visualization:
assessment of user preferences and colour. „The Cartogr. Journ.” Vol. 52, 2016, no. 4, s. 325–335, 10 ryc., 3 tab.,
23 poz. lit.
Delikostidis I., van Elzakker C.P.J.M., Kraak M.-J.: Overcoming challenges in developing more usable pedestrian navigation. „Cartography and Geogr. Inform. Science” Vol. 43, 2016, no. 3, s. 189–207, 13 ryc., 3 tab., 46 poz. lit.
Demek J., Kirchner K., Mackovčin P., Slavík P.: Geomorphodiversity derived by a GIS-based geomorphological map: case
study the Czech Republik. „Zeitschrift für Geomorphologie” Vol. 55, 2011, no. 4, s. 415–435, 6 ryc., 4 tab., 24 poz.
lit.
Demšar U., Harris P.: Visual comparison of moving-window kriging models. „Cartographica” Vol. 46, 2011, issue 4, s. 211–226, 7 ryc., 3 tab., 29 poz. lit.
Demšar U.: Geovisualization and geovisual analytics. W: The SAGE Handbook of Spatial Analysis. Edited by A.S. Fotheringham and P.A. Rogerson. Los Angeles: SAGE, 2009, s. 41–62, 7 ryc., 100 poz. lit.
Denham R., Mengersen K., Witte Ch.: Bayesian analysis of thematic map accuracy data. „Remote Sensing of Environment” Vol. 113, 2009, issue 2, s. 371–379, 7 ryc., 7 tab., 30 poz. lit.
Dette Ch., Schulze M., Gläßer C.: Rückblick, Einblick, Ausblick – Die Geschichte der Saline-Insel in Halle (Saale). Eine
mehrdimensionale kartographische Analyse im Rahmen der Internationalen Bauausstellung 2010. „Kartogr.
Nachr.” Jg. 60, 2010, H. 5, s. 244–251, 8 ryc., 18 poz. lit., summ.: Review and preview – The history of the
Saline-Insel in Halle (Saale). A multidimensional cartographic analysis as part of the International Building Exhibition 2010.
Deumlich D., Dannowski R., Völker L.: Historische und actuelle Geoinformation – Grundlage in der Agrarlandschaftsforschung. „zfv. Zeitschrift für Geodäsie, Geoinformation und Landmanagement” Jg. 139, 2014, H. 5, s. 328–341, 21 ryc., 3 tab., 26 poz. lit.
Dickman F.: City maps versus map-based navigation systems – an empirical approach to building mental representations. „The Cartogr. J.” Vol. 49, 2012, no. 1, s. 62–69, 7 ryc., 37 poz. lit.
Dickman F.: Cross-media mapping – using optical codes to link paper maps to digital information. „The Cartogr. Journ.” Vol. 52, 2015, no. 1, s. 20–27, 12 ryc., 1 tab., 15 poz. lit.
Dickmann F., Edler D., Bestgen A.-K., Kuchinke L.: Auswertung von Heatmaps in der Blickbewegungsmessung am Beispiel
einer Untersuchung zum Positionsgedächtnis. „Kartogr. Nachr.” Jg. 65, 2015, H. 5, s. 272–280, 8 ryc., 47 poz. lit.,
summ.: Heatmap analysis in eyetracking research – the example of investigating object-location memory. Dickmann F., Kollecker Ch.: Interaktive Kartographie. Eine praxisorientierte Einführung in die Methoden des digitalen
Kartendesigns. „Ruhr-Universität Bochum. Materialen zur Raumordung” B. 76, Bochum 2013, 135 s., 199 ryc., 1
87
Multimedialität, 3. Kartenanimations-software – Das Beispiel Adobe Flash, 4. Hybride Datenverarbeitung, 5. Farbmodelle, 6. Vorbereitungen – Kartenvorlagen und das Urheberrecht, 7. Bedienoberfläche und Programmbestandteile von Adobe Flash Professional CS5; II. Ausgewählte Übungen zur Konstruktion interaktiver und animierter Kartenelemente.
Dickmann F., Siedlaczek M., Salewski A.: Cross Media Maps – Funktionsweise und Potenzial optischer Kodierungen für
gedruckte Karten. „Kartogr. Nachr.” Jg. 62, 2012, H. 2, s. 59–64, 10 ryc., 1 tab., 10 poz. lit., summ.: Cross media maps – functionality and capability of optical codes in paper maps.
Dicmann F., Edler D., Bestgen A.-K., Kuchinke L.: Exploiting illusory grid lines for object-location memory performance in
urban topographic maps. „The Cartogr. Journal” Vol. 54, 2017, no. 3, s. 243–253, 8 ryc., 82 poz. lit.
Dicmann F., Edler D., Bestgen A.-K., Kuchinke L.: Spatial distortions in cognitive maps – a chance and challenge to enrich the
principles of map design. „Kartogr. Nachr.” Jg. 63, Juni 2013, Sonderheft, s. 174–180, 3 ryc., 82 poz. lit., Zsfg.
Didelon C., Ruffray S. de, Boquet M., Lambert N.: A world of interstices: a fuzzy logic approach to the analysis of interpretative
map. „Cartogr. J.” Vol. 48, 2011, no. 2, s. 100–107, 9 ryc., 29 poz. lit.
Didelon C., Ruffray S. de, Boquet M., Lambert N.: Un monde d’interstices. Apport de la logique floue pour l’analyse des cartes
interprétatives. „Cartes & Géomatique” No 209, Sept. 2011, s. 71–82, 9 ryc., 32 poz. lit.
Dikariewa T.W., Rumiancew W. Ju.: Kartograficzeskij analiz rasprostranienija rastienij-allergienow w Rossiji. „Wiestnik Moskowskogo Uniwiersitieta” Sierija 5 Gieografija, 2015, nr 6, s. 34–40, 3 ryc., 1 tab., 15 poz lit., summ.:
Cartographic analysis of allergenic plants distribution in Russia.
Dombóvári E.S., Gede M.: The Blind Mouse – a game for developing and popularizing cartographical skills. W: Cartography in
Central and Eastern Europe. Berlin, Heidelberg: Springer, 2010, s. 473–484, 8 ryc., 9 poz. lit.
Domingues C., Hoarau C.: Cartes sur mesure por les randonneurs. „Cartes & Géomatique” No 209, Sept. 2011, s. 21–34, 12 ryc., 18 poz. lit.
Dominguès C.: Carte sur mesure, cherche règles de construction. „Le Monde des Cartes” No 205, Sept. 2010, s. 25–38, 10 ryc., 44 poz. lit.
Dransch D., Köthur P., Schulte S., Klemann V., Dobslav H.: Assessing the quality of geoscientific simulation models with visual
analysis methods – a design study. „Intern. J. of Geogr. Inform. Science” Vol. 24, 2010, no. 10, s. 1459–1479, 2
ryc., 39 poz. lit.
Drecki Igor, Żyszkowska Justyna: Evaluation of cartographic resources in researching landforms in high mountains. Case
study of double ridges in the Polish part of the Tatra Mountains. W: Mountain mapping and visualization. Proceedings of the 6th ICA Mountain Cartography Workshop, 11–15 Febr. 2008, Lenk, Switzerland. Zurich 2008,
s. 23–32, 10 ryc., 36 poz. lit.
Dubcová A., Kramáreková H., Nemčiková M. i inni (razem 10 autorów): Didaktika geografie v teréne. Nitra: Univerzita Konštantína Filozofa v Nitre, 2013, 395 s.; 4. Práca s mapou, s. 64–88, 17 ryc., 20 poz. lit.
Dvorský J., Snášel V., Voženílek V.: Využití rozkladu matic při výpočtu podobnosti map. W: Metody umělé intelligence v
geoinformatice. Olomouc: Univerzita Palackého v Olomouci, 2011, s. 69 – 85, 6 ryc., 7 tab., 15 poz. lit.
Dyszluk S.S., Nikołajewa O.N., Romaszowa L.A.: Ob ispolzowanii ekołogiczeskij kart w sozdanii ekologiczeskoj komponienty
infrastrktury prostranstwiennych dannych. „Gieod. i Kartogr.” 2016, nr 4, s. 18–25, 3 ryc., 13 poz. lit., summ.: On the use of environmental maps in creating environmental component of spatial data infrastructure.
Eckerstorfer M.: Cartographic analysis of avalanche hazard maps. A. comparison of relevant cartographic factors for the