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Here you will find links to work by various commission members. The links will take you to sites around the world. Before starting a tour of this array of research on geo-referenced visualization, be sure to record a bookmark to this site, to help you find your way back.

  • GeoVISTA Center - Geographic Visualization - Science, Technology & Applications Center, Department of Geography, Penn State.

    The Center is devoted to fundamental and applied scientific research on the visualization of georeferenced information, development of geographic visualization (GVis) technologies, and the application of both in science, industry, decision making, and education. The Center directs particular attention to research that links GVis with other components of geographic information science thus to the integration of many perspectives on geographic representation.

  • Commission collaboration with the Association for Computing Machinery Special Interest Group on Graphics (ACM-SIGGRAPH)

    In June 1996, a cross-organizational collaboration between the activities of the Assocation for Computing Machinery's Special Interest Group on Graphics (ACM SIGGRAPH) and the International Cartographic Association's (ICA) Commission on Visualization began. The "Carto Project" explores how viewpoints and techniques from the computer graphics and cartographic communities can be effectively integrated in the context of computer graphics applied to spatial data sets.

  • Reliability Visualization (RVIS) Department of Geography, Penn State University, USA

    This project focuses on development of exploratory spatial data analysis methods for depicting data and data reliability associated with changes in the health of the Chesapeake Bay. In addtion, attention is given to design of interactive interfaces that make implementation of these methods possible.

  • Argus Project Department of Geography, Leichester University, UK

    The remit for Project Argus is to promote Visualization in the Spatial Sciences. The project members have identified a matrix of visualization techniques which can be applied to a series of data types. The application of technique to data type is being demonstrated by combining diverse data sets with existing visualization software, and developing new software. The data, software and images and movies created from them constitute a Visualization Toolkit, which will provide a number of tools for visualizing spatial data for research and/or teaching purposes.

  • Using Java to interact with geo-referenced VRML Department of Geography, Leichester University, UK
  • Virtual reality technology is providing earth scientists and cartographers with new, exciting and interactive ways to model the world and real-life phenomena. One of the most important functions of traditional cartography is providing information about location: where the user is, where an object is located and what is at a location. This is equally, if not more, important for navigating virtual worlds and referencing information from the real world.

  • MANET - Extensions to Interactive Statistical Graphics for Missing Data Department of Mathematics, Universität Augsberg, Germany

    MANET is an object-oriented program designed for interactive graphical analysis of statistical data. Mainly, MANET focuses on missing values through use of interactive highlighting - how to tell something about the quality of a data set, if not knowing how many values (or which combinations) are relevant?

  • U.S. EPA Scientific Visualization Center (SVC)

    Scientific visualization is an important tool for environmental research. By representing numerical data in a visual format, scientific visualization allows environmental scientists and analysts to better understand the results of their research and to effectively convey those results to others. This site provides an overview of the many visualization research and application activities currently underway at the U.S. EPA.

    • The Apoala Project

      Environmental risk assessments and decision support for ecosystem management requires the integration and analysis of large volumes of data derived from both models and direct measurement of the environment. The objective of the research being initiated is to design, implement, and assess a high performance computing prototype that can cope with spatiotemporal data and multiscale analysis. Specifically, a prototype Temporal Geographic Information system with integrated multivariate spatiotemporal visualization capabilities.
      Click here for an example of recent work on this project.

  • Articles appearing in: Computers and Geosciences: Exploratory Cartographic Visualization, Special Issue
  • Open Spatial Data Standards Thresea-Marie Rhyne
  • Design, Implementation, and Evaluation of Multimedia Resources for Earth Science Education J.B. Krygier, Catherine Reeves, David DiBiase, and Jason Cupp
  • Geo-Information at Delft University of Technology Robert E. Kuunders
  • Linking Reality and Abstraction through Cartographic Animation Michael P. Peterson
  • Interfacing Spatial Information in Virtual Environments Jorge Nelson Neves, Pedro Gonçalves, Joaquim Muchaxo and João Pedro Silva
  • Geographic Visualization for the Integrated Assessment of the Susquehanna River David Howard
  • Publishing Cartography on the Web Stynes K, Dykes J, Fisher P, Unwin D and Wood J
  • Visualization of Uncertainty in Meteorological Forecast Models Elizabeth Dirks Fauerbach, Robert M. Edsall, David Barnes, and Alan M. MacEachren
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