Skip to content
This repository was archived by the owner on Mar 16, 2026. It is now read-only.

Commit 9943ced

Browse files
authored
Create 2025_thesis_lisnic.md
1 parent e0eeb64 commit 9943ced

1 file changed

Lines changed: 31 additions & 0 deletions

File tree

Lines changed: 31 additions & 0 deletions
Original file line numberDiff line numberDiff line change
@@ -0,0 +1,31 @@
1+
---
2+
layout: publication
3+
title: "Designing Resilient Visualizations Toward More Accurate Data Discourse"
4+
key: 2025-thesis-lisnic
5+
type: thesis
6+
7+
shortname: Thesis-lisnic
8+
image: 2025_thesis_lisnic.png
9+
10+
authors:
11+
- lange
12+
advisors: Marina Kogan, Alexander Lex, Kate Isaacs, Vineet Pandey, Crystal Lee
13+
year: 2025
14+
month: May
15+
institution: University of Utah
16+
thesis_type: PhD Thesis
17+
award:
18+
19+
bibentry: phdthesis
20+
bib:
21+
school: University of Utah
22+
month: May
23+
24+
pdf: 2025_thesis_lisnic.pdf
25+
26+
abstract: "
27+
<p>
28+
Data visualizations are a powerful medium for communicating complex information. Although previously mostly used in professional settings or broadcasted by the government or mainstream media, visualizations now play an increasingly prominent role in public discourse. Visualizations are central to online community building and sensemaking during developing events, such as a global pandemic. Yet when shared outside expert contexts---especially on social media---visualizations are frequently misinterpreted or even used to support harmful misleading claims. This dissertation investigates how lay audiences interpret, repurpose, and critique argumentative visualizations in online settings. Through a series of empirical studies, this dissertation explores the dynamics of data discourse on social media, analyzing both how misleading visualizations are originally presented and how communities respond to them and attempt to correct them. Drawing from the results of the analysis, I design and evaluate a set of interventions aimed at making visualizations more resilient to misinterpretation. This dissertation provides new insights into the life cycle of visualizations in public spaces and offers practical guidance for designing visualizations that anticipate and account for audience reasoning.
29+
</p>
30+
"
31+
---

0 commit comments

Comments
 (0)