Expanding the Visual Vocabulary of Scientific Visualization Expanded Vocabularies Scientific visualization has traditionally relied on a narrow set of geometric shapes such as circles, squares, and cubes to represent data. Although these forms are functional, they limit how scientists can express complexity, nuance, and relationships within large or intricate datasets. This research expands that visual vocabulary by drawing inspiration from the wide range of forms, textures, symbols, and aesthetic strategies found in art and design. By broadening the representational toolkit, it becomes possible to depict scientific information in ways that are more expressive, intuitive, and visually rich. This work challenges the sparse conventions of traditional visualization and explores how new visual forms can reveal patterns and stories that might otherwise remain hidden. The ultimate aim is to reshape how scientific information is communicated by embracing the full spectrum of visual possibilities available in the world Sculpting Vis Let Them Not Say Artistic Practice: Mixing The Currents Of Science and Data Associative Forms For Encoding Multivariate Climate Data Affective, Hand-Sculpted Glyph Forms for Engaging and Expressive Scientific Visualization IEEE VISAP 2023: Mixtures of Human Experience, Intellectual Analysis, Data Representation and Our Natural Environment Artifact-Based Rendering Artistic Encodings on Antarctic Ocean Data Sculpting Data Scientific Visualization: Art, Nature, and Vocabulary Artifact-Based Rendering: Harnessing Natural and TraditionalVisual Media for More Expressive and Engaging 3D Visualizations Expanding Lines What’s My Line? Exploring the Expressive Capacity of Lines in Scientific Visualization What’s My Line? Exploring the Expressive Capacity of Lines in Scientific Visualization What’s My Line? Exploring the Expressive Capacity of Lines in Scientific Visualization Color for Scientific Visualization Extracting Palettes from Nature to Enrich Geoscience Visualizations Color New Default Colormap for ParaView PUBLICATIONS What’s My Line: Exploring the Expressive Capacity of Lines in Scientific Visualization Sculpting Data: How HPC and Art Create the Future of Scientific Visualization A New Default Colormap for ParaView Associative Forms for Multivariate Climate Data Human Fingerprints and Artistic Vocabulary; Rendering Data, Creating Engagement, Connection and Context to Earth System Models Affective, Hand-Sculpted Glyph Forms for Engaging and Expressive Scientific Visualization Associative Forms for Encoding Multivariate Climate Data Scientific Visualization: Art, Nature, and Vocabulary Artifact-Based Rendering: Harnessing Natural and Traditional Visual Media for More Expressive and Engaging 3D Visualizations ASSOCIATED PUBLICATIONS Colormaps that improve perception of high-resolution ocean data Environmental Visualization: Moving Beyond the Rainbows Intuitive colormaps for environmental visualization Colormapping resources and strategies for organized intuitive environmental visualization Relevant Citations ABR Applets SciVisColor Quiet Climate Communication: Beauty and Poetry
