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Filtering by: Creator Merrifield, M. A. Remove constraint Creator: Merrifield, M. A. Creator Edwards, J. A. Remove constraint Creator: Edwards, J. A.

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  • Makinson_figure14.jpg

    Creator:
    Makinson, K. A., Hamby, D. M., and Edwards, J. A.
    Abstract:
    Graphical methods for displaying uncertainty are often the most concise and informative way to communicate abstract concepts. Presentation methods currently in use for the display and interpretation of scientific uncertainty are reviewed. Numerous subjective and objective uncertainty display methods are presented, including qualitative assessments, node and arrow diagrams, standard statistical...

  • Makinson_figure15.jpg

    Creator:
    Makinson, K. A., Hamby, D. M., and Edwards, J. A.
    Abstract:
    Graphical methods for displaying uncertainty are often the most concise and informative way to communicate abstract concepts. Presentation methods currently in use for the display and interpretation of scientific uncertainty are reviewed. Numerous subjective and objective uncertainty display methods are presented, including qualitative assessments, node and arrow diagrams, standard statistical...

  • Makinson_figure16.jpg

    Creator:
    Makinson, K. A., Hamby, D. M., and Edwards, J. A.
    Abstract:
    Graphical methods for displaying uncertainty are often the most concise and informative way to communicate abstract concepts. Presentation methods currently in use for the display and interpretation of scientific uncertainty are reviewed. Numerous subjective and objective uncertainty display methods are presented, including qualitative assessments, node and arrow diagrams, standard statistical...

  • Makinson_figure17.jpg

    Creator:
    Makinson, K. A., Hamby, D. M., and Edwards, J. A.
    Abstract:
    Graphical methods for displaying uncertainty are often the most concise and informative way to communicate abstract concepts. Presentation methods currently in use for the display and interpretation of scientific uncertainty are reviewed. Numerous subjective and objective uncertainty display methods are presented, including qualitative assessments, node and arrow diagrams, standard statistical...

  • Makinson_figure18a.jpg

    Creator:
    Makinson, K. A., Hamby, D. M., and Edwards, J. A.
    Abstract:
    Graphical methods for displaying uncertainty are often the most concise and informative way to communicate abstract concepts. Presentation methods currently in use for the display and interpretation of scientific uncertainty are reviewed. Numerous subjective and objective uncertainty display methods are presented, including qualitative assessments, node and arrow diagrams, standard statistical...

  • Makinson_figure18b.jpg

    Creator:
    Makinson, K. A., Hamby, D. M., and Edwards, J. A.
    Abstract:
    Graphical methods for displaying uncertainty are often the most concise and informative way to communicate abstract concepts. Presentation methods currently in use for the display and interpretation of scientific uncertainty are reviewed. Numerous subjective and objective uncertainty display methods are presented, including qualitative assessments, node and arrow diagrams, standard statistical...

  • Makinson_figure20.jpg

    Creator:
    Makinson, K. A., Hamby, D. M., and Edwards, J. A.
    Abstract:
    Graphical methods for displaying uncertainty are often the most concise and informative way to communicate abstract concepts. Presentation methods currently in use for the display and interpretation of scientific uncertainty are reviewed. Numerous subjective and objective uncertainty display methods are presented, including qualitative assessments, node and arrow diagrams, standard statistical...

  • Makinson_Figure09.jpg

    Creator:
    Makinson, K. A., Hamby, D. M., and Edwards, J. A.
    Abstract:
    Graphical methods for displaying uncertainty are often the most concise and informative way to communicate abstract concepts. Presentation methods currently in use for the display and interpretation of scientific uncertainty are reviewed. Numerous subjective and objective uncertainty display methods are presented, including qualitative assessments, node and arrow diagrams, standard statistical...

  • Makinson_Figure08.jpg

    Creator:
    Makinson, K. A., Hamby, D. M., and Edwards, J. A.
    Abstract:
    Graphical methods for displaying uncertainty are often the most concise and informative way to communicate abstract concepts. Presentation methods currently in use for the display and interpretation of scientific uncertainty are reviewed. Numerous subjective and objective uncertainty display methods are presented, including qualitative assessments, node and arrow diagrams, standard statistical...

  • Makinson_Figure07.jpg

    Creator:
    Makinson, K. A., Hamby, D. M., and Edwards, J. A.
    Abstract:
    Graphical methods for displaying uncertainty are often the most concise and informative way to communicate abstract concepts. Presentation methods currently in use for the display and interpretation of scientific uncertainty are reviewed. Numerous subjective and objective uncertainty display methods are presented, including qualitative assessments, node and arrow diagrams, standard statistical...