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Hal Shelton Revisited: Designing and Producing Natural-Color Maps with Satellite Land Cover Data
1 references·8 citing·26 second hop
Hal Shelton Revisited: Designing and Producing Natural-Color Maps with Satellite Land Cover Data (2004)Hal Shelton Revisited: Designing and Prod…Cartographic Relief Presentation (1982)Cartographic Relief Presentat…Development of a New Approach for a Digital, Cartographic Rock and Relief Representation (2024)Development of a New Approach…Natural-color maps via coloring of bivariate grid data (2017)Natural-color maps via colori…Cartographic continuum rendering based on color and texture interpolation to enhance photo-realism perception (2016)Cartographic continuum render…Evaluating Cross-blended Hypsometric Tints: A User Study in the United States, Switzerland, and Germany (2014)Evaluating Cross-blended Hyps…Towards a More Realistic Depiction of the Earth’s Surface on Maps (2013)Towards a More Realistic Depi…The Development and Rationale of Cross-blended Hypsometric Tints (2011)The Development and Rationale…Mountain Ski Maps of North America: Preliminary Survey and Analysis of Style (2010)Mountain Ski Maps of North Am…Accidental cARTographer (2010)Accidental cARTographerMaps and Civilization: Cartography in Culture and Society (1997)Learning and Teaching with Maps (2006)Terrain Generalisation (2014)Complexities of designing terrain maps illustrated with horizontal hachures (2015)A View From On High: Heinrich Berann’s Panoramas and Landscape Visualization Techniques for the U.S. National Park Service (2000)A STUDY ON MENTAL REPRESENTATIONS FOR REALISTIC VISUALIZATION THE PARTICULAR CASE OF SKI TRAIL MAPPING (2015)THE EFFECTIVENESS OF PANORAMIC MAPS DESIGN: A PRELIMINARY STUDY BASED ON MOBILE EYE-TRACKING (2016)Some Objective Tests of the Legibility of Relief Maps (1975)The Perception of Hypsometric Colours (1977)From Existing Practices to Best Practices: Improving the Quality and Consistency of Participant Assessment Methods in Cartographic User Studies (2017)Generation and optimisation of colour-shaded relief maps using neural networks (2024)Cartographic Design and Production (1975)Cognitive Map-Design Research in the Twentieth Century: Theoretical and Empirical Approaches (2002)How maps work: representation, visualization, and design (1996)Getting Real: Reflecting on the New Look of National Park Service Maps (2002)Exploring the effects of background image transparency on the usability of image maps (2021)That’s a Relief: Assessing Beauty, Realism, and Landform Clarity in Multilayer Terrain Maps (2022)What can cartographers learn from artistic paintings when stylizing maps? A preliminary synthesis from the perspective of visual neuroscience (2024)Color Statistical Mapping by the U.S. Bureau of the Census (1975)Swiss-Style Colour Relief Shading Modulated by Elevationand by Exposure to Illumination (2006)DEM Manipulation and 3-D Terrain Visualization: Techniques Used by the U.S. National Park Service (2001)Scree Representation on Topographic Maps (2010)Comparison of Relief Shading Techniques Applied to Landforms (2020)Framing the Days: Place and Narrative in Cartography (2008)Stylistic Diversity in European State 1 : 50 000 Topographic Maps (2009)Mapping Literature: Visualisation of Spatial Uncertainty in Fiction (2011)
this work references cited by second hop

References

  • 1982Cartographic Relief Presentation280 cited

Cited by

  • 2011The Development and Rationale of Cross-blended Hypsometric Tints24 cited
  • 2016Cartographic continuum rendering based on color and texture interpolation to enhance photo-realism perception20 cited
  • 2010Mountain Ski Maps of North America: Preliminary Survey and Analysis of Style9 cited
  • 2014Evaluating Cross-blended Hypsometric Tints: A User Study in the United States, Switzerland, and Germany8 cited
  • 2017Natural-color maps via coloring of bivariate grid data6 cited
  • 2010Accidental cARTographer5 cited
  • 2013Towards a More Realistic Depiction of the Earth’s Surface on Maps3 cited
  • 2024Development of a New Approach for a Digital, Cartographic Rock and Relief Representation2 cited

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