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Visualizations encourage counterfactual approaches --builds on-> Visualizations are forgiving 0 0
Visualizations encourage counterfactual approaches --builds on-> Visualizations help overcome cognitive biases 0 0
Visualizations externalize constraints --builds on-> Visualizations are constrained by the physical world 0 0
Visualizations externalize constraints --builds on-> Visualizations preserve topology 0 0
Visualizations group information --builds on-> Space carries meaning 0 0
Visualizations group information --builds on-> Visual statements carry multiple meanings 0 0
Visualizations guide reasoning --builds on-> Visualizations emphasize a direction of reasoning 0 0
Visualizations help overcome cognitive biases --builds on-> Visualizations are animated 1 1
Visualizations help overcome cognitive biases --builds on-> Visualizations distort usefully 0 0
Visualizations help overcome cognitive biases --builds on-> Visualizations emphasize parts 0 0
Visualizations integrate views/data --builds on-> Visualizations are specific 0 0
Visualizations leave room for human judgement --builds on-> Context disambiguates 0 0
Visualizations leave room for human judgement --builds on-> Visualizations are augmented with knowledge 0 0
Visualizations leave room for human judgement --builds on-> Visualizations are forgiving 0 0
Visualizations localize information --builds on-> Visualizations emphasize a direction of reasoning 0 0
Visualizations localize information --builds on-> Visualizations group information 0 0
Visualizations make data accessible --builds on-> Visual statements show invisibles 0 0
Visualizations make data errors obvious --builds on-> Visualizations show additional relationships 0 0
Visualizations make information understandable --builds on-> Visualizations are in line with the pictoral mode of thinking 0 0
Visualizations make information understandable --builds on-> Visualizations are open for interaction 1 1
Visualizations make information understandable --builds on-> Visualizations make data accessible 0 0
Visualizations make information understandable --builds on-> Visualizations provide context 1 1
Visualizations make missing parts explicit --builds on-> Visualizations use notation consistently 0 0
Visualizations make missing parts explicit --builds on-> Visual statements show invisibles 0 0
Visualizations minimize labeling --builds on-> Visualizations are discrete 0 0
Visualizations preserve topology --builds on-> Visualizations are constrained by the properties of spaces 0 0
Visualizations promote adoption of analytical methods --builds on-> Symbols are iconic 1 1
Visualizations promote adoption of analytical methods --builds on-> Visualizations are open for interaction 1 1
Visualizations promote adoption of analytical methods --builds on-> Visualizations are unemotional 0 0
Visualizations promote adoption of analytical methods --builds on-> Visualizations guide reasoning 0 0
Visualizations promote adoption of analytical methods --builds on-> Visualizations help overcome cognitive biases 0 0
Visualizations provide context --builds on-> Partial structures carry meaning 0 0
Visualizations provide context --builds on-> Visualizations are (partially) redundant 1 1
Visualizations provide context --builds on-> Visualizations integrate views/data 0 0
Visualizations reduce effort --builds on-> Visualizations are open for interaction 4 4
Visualizations reduce effort --builds on-> Visualizations show visual patterns 1 1
Visualizations reduce effort --builds on-> Visualizations support external memorization 1 1
Visualizations reduce effort --builds on-> Visualizations use analogies 1 1
Visualizations relate model and data directly --builds on-> Visual entities are homogeneous 0 0
Visualizations represent time statically --builds on-> Visualizations are globally stable 0 0
Visualizations re-represent structures --builds on-> Ambiguity/inconsistency catalyses ideas 0 0
Visualizations re-represent structures --builds on-> Visualizations leave room for human judgement 0 0
Visualizations retain complexity --builds on-> Visualizations enable to work on more complex conceptual structures 0 0
Visualizations retain complexity --builds on-> Visualizations offer rich means of expression 0 0
Visualizations reveal false assumptions --builds on-> Visualizations are precise (i.e., verbose) 1 1
Visualizations reveal false assumptions --builds on-> Visualizations relate model and data directly 0 0
Visualizations serve to focuse/reorganize/explore thoughts --builds on-> Visualizations are external physical entities 1 1
Visualizations serve to focuse/reorganize/explore thoughts --builds on-> Visualizations are open for mental interaction 0 0
Visualizations serve to focuse/reorganize/explore thoughts --builds on-> Visualizations provide an additional explanation 0 0
Visualizations show additional relationships --builds on-> Partial structures carry meaning 0 0
Visualizations show additional relationships --builds on-> Visualizations integrate views/data 0 0
Visualizations show visual patterns --builds on-> Perception infers abstract structures 0 0
Visualizations show visual patterns --builds on-> Visualizations are precise (i.e., verbose) 1 1
Visualizations show visual patterns --builds on-> Visualizations drive attention 0 0
Visualizations show visual patterns --builds on-> Visualizations enable expertise building / implicit learning 1 1
Visualizations stimulate ideas and hypotheses --builds on-> Ambiguity/inconsistency catalyses ideas 0 0
Visualizations support external memorization --builds on-> Perception enhances visual structures 0 0
Visualizations support external memorization --builds on-> Visualizations are external physical entities 1 1
Visualizations support external memorization --builds on-> Visualizations are globally stable 1 1
Visualizations support external memorization --builds on-> Visualizations provide a spatial index structure 0 0
Visualizations support external memorization --builds on-> Visualizations track provenance 1 1
Visualizations support external memorization --builds on-> Visual perception has high bandwidth 0 0
Visualizations support knowledge integration --builds on-> Visualizations are forgiving 1 1
Visualizations support knowledge integration --builds on-> Visualizations enable discourse/collaboration 0 0
Visualizations track provenance --builds on-> Visualization accumulates information 0 0
Visualizations track provenance --builds on-> Visualizations are open for interaction 0 0
Visualizations track provenance --builds on-> Visualizations integrate views/data 1 1
Visualizations use analogies --builds on-> Symbols carry meaning 1 1
Visualizations use analogies --builds on-> Visualizations are specific 0 0
Visual perception has high bandwidth --builds on-> Visualizations are compact 0 0
Visual perception has high bandwidth --builds on-> Visualizations enable parallel perceptual processing 0 0
Visual perception has high bandwidth --builds on-> Visualizations show visual patterns 1 1
Visual statements carry multiple meanings --builds on-> Space carries meaning 0 0
Visual statements carry multiple meanings --builds on-> Symbols carry meaning 0 0
Visualizations are animated --is limited by-> Visualizations drive attention 1 1
Visualizations are animated --is limited by-> Visual perception has high bandwidth 1 1
Visualizations are open for interaction --is limited by-> Visualizations are constrained by available media technology 0 0
Visualizations are open for interaction --is limited by-> Visualizations are constrained by the physical world 0 0
Visualizations enable discourse/collaboration --is limited by-> Visualizaitons impose the need to follow basic semantic figures in discourse 0 0
Visualizations group information – dimensions of objects --is more specific than-> Visualizations group information 0 0
Visualizations group information – objects --is more specific than-> Visualizations group information 0 0
Visualization is a reductive process <-is similar to-> Visualization causes information loss 0 0
Visualizations guide reasoning <-is similar to-> Visualizations emphasize a direction of reasoning 0 0
Visualizations make information understandable <-is similar to-> Visualization reduces potential distortion 0 0
Visualizations are discrete <-needs to be traded off against-> Visualizations are precise (i.e., verbose) 0 0
Visualizations are discrete <-needs to be traded off against-> Visualizations provide context 0 0
Visualizations are easy to memorize <-needs to be traded off against-> Visualizations are unemotional 0 0
Visualizations are globally stable <-needs to be traded off against-> Visualizations are animated 1 1
Visualizations are specific <-needs to be traded off against-> Visualizations enable flexible usage 0 0
Visualizations group information – dimensions of objects <-needs to be traded off against-> Visualizations group information – objects 0 0
Visualizations make information understandable <-needs to be traded off against-> Visualizations are aesthetic 1 1
Visualizations make information understandable <-needs to be traded off against-> Visualizations are compact 1 1
Visualizations stimulate ideas and hypotheses <-needs to be traded off against-> Visualizations are unemotional 0 0
Details Source / Node A Type Target / Node B In publications Times coded