Farming with data: tracing critical tensions using data science for food justice

Abstract In this manuscript, we explore the intersection of artificial intelligence (AI) and equitable learning in higher education, focusing on data science as a subset of AI and social justice as the core theme of equity. Our investigation sheds light on the nuanced tensions inherent in employing data science for social justice. Rooted in situated perspectives of learning and consequential learning, our study employs an instrumental case-study methodology and analysis techniques from interaction and conversation analysis. Collaborating with three undergraduate students and an urban farm, the students used data science practices to highlight inequities surrounding food justice and access to food. Our findings reveal three key tensions: (1) the undergraduates' discourse on simplicity versus complexity in utilizing data science for social justice, (2) the challenges of balancing data science with social justice imperatives, and (3) the successful application of data science by the students in their food justice project, culminating in a presentation of their findings to the farm's director. We conclude by discussing implications for research and the use of data science in social justice projects

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Publication Details

Journal
Journal of Computing in Higher Education
Published
2025-08-14
DOI
https://doi.org/10.1007/s12528-025-09466-0
Citations
2
Primary Topic
Statistics Education and Methodologies
Type
article
Field-Weighted Citation Impact
5.26

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article

Farming with data: tracing critical tensions using data science for food justice

Anthony J. Petrosino, Marc T. Sager, Max K. Sherard
2 citations
Journal of Computing in Higher Education
Statistics Education and Methodologies
5.26
article

Farming with data: tracing critical tensions using data science for food justice

Anthony J. Petrosino, Marc T. Sager, Max K. Sherard
article en
2 citations

Abstract

Abstract In this manuscript, we explore the intersection of artificial intelligence (AI) and equitable learning in higher education, focusing on data science as a subset of AI and social justice as the core theme of equity. Our investigation sheds light on the nuanced tensions inherent in employing data science for social justice. Rooted in situated perspectives of learning and consequential learning, our study employs an instrumental case-study methodology and analysis techniques from interaction and conversation analysis. Collaborating with three undergraduate students and an urban farm, the students used data science practices to highlight inequities surrounding food justice and access to food. Our findings reveal three key tensions: (1) the undergraduates' discourse on simplicity versus complexity in utilizing data science for social justice, (2) the challenges of balancing data science with social justice imperatives, and (3) the successful application of data science by the students in their food justice project, culminating in a presentation of their findings to the farm's director. We conclude by discussing implications for research and the use of data science in social justice projects

Journal of Computing in Higher EducationVol. 37(4)
University of North Texas (US), Southern Methodist University (US)
National Science Foundation
Openalex Percentile: Top 4%
Statistics Education and Methodologies
5.26
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