Measuring the State of Open Science in Transportation Using Large Language Models
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arXiv
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| Main Authors: | , , , , , , , , , , |
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| Format: | Preprint |
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2026
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| _version_ | 1866912836748312576 |
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| author | Ji, Junyi Lu, Ruth Belkessa, Linda Wang, Liming Varotto, Silvia Dong, Yongqi Saunier, Nicolas Ameli, Mostafa Macfarlane, Gregory S. Madadi, Bahman Wu, Cathy |
| author_facet | Ji, Junyi Lu, Ruth Belkessa, Linda Wang, Liming Varotto, Silvia Dong, Yongqi Saunier, Nicolas Ameli, Mostafa Macfarlane, Gregory S. Madadi, Bahman Wu, Cathy |
| contents | Open science initiatives have strengthened scientific integrity and accelerated research progress across many fields, but the state of their practice within transportation research remains under-investigated. Key features of open science, defined here as data and code availability, are difficult to extract due to the inherent complexity of the field. Previous work has either been limited to small-scale studies due to the labor-intensive nature of manual analysis or has relied on large-scale bibliometric approaches that sacrifice contextual richness. This paper introduces an automatic and scalable feature-extraction pipeline to measure data and code availability in transportation research. We employ Large Language Models (LLMs) for this task and validate their performance against a manually curated dataset and through an inter-rater agreement analysis. We applied this pipeline to examine 10,724 research articles published in the Transportation Research Part series of journals between 2019 and 2024. Our analysis found that only 5% of quantitative papers shared a code repository, 4% of quantitative papers shared a data repository, and about 3% of papers shared both, with trends differing across journals, topics, and geographic regions. We found no significant difference in citation counts or review duration between papers that provided data and code and those that did not, suggesting a misalignment between open science efforts and traditional academic metrics. Consequently, encouraging these practices will likely require structural interventions from journals and funding agencies to supplement the lack of direct author incentives. The pipeline developed in this study can be readily scaled to other journals, representing a critical step toward the automated measurement and monitoring of open science practices in transportation research. |
| format | Preprint |
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arxiv_https___arxiv_org_abs_2601_14429 |
| institution | arXiv |
| publishDate | 2026 |
| record_format | arxiv |
| spellingShingle | Measuring the State of Open Science in Transportation Using Large Language Models Ji, Junyi Lu, Ruth Belkessa, Linda Wang, Liming Varotto, Silvia Dong, Yongqi Saunier, Nicolas Ameli, Mostafa Macfarlane, Gregory S. Madadi, Bahman Wu, Cathy Digital Libraries Artificial Intelligence Computers and Society Emerging Technologies Open science initiatives have strengthened scientific integrity and accelerated research progress across many fields, but the state of their practice within transportation research remains under-investigated. Key features of open science, defined here as data and code availability, are difficult to extract due to the inherent complexity of the field. Previous work has either been limited to small-scale studies due to the labor-intensive nature of manual analysis or has relied on large-scale bibliometric approaches that sacrifice contextual richness. This paper introduces an automatic and scalable feature-extraction pipeline to measure data and code availability in transportation research. We employ Large Language Models (LLMs) for this task and validate their performance against a manually curated dataset and through an inter-rater agreement analysis. We applied this pipeline to examine 10,724 research articles published in the Transportation Research Part series of journals between 2019 and 2024. Our analysis found that only 5% of quantitative papers shared a code repository, 4% of quantitative papers shared a data repository, and about 3% of papers shared both, with trends differing across journals, topics, and geographic regions. We found no significant difference in citation counts or review duration between papers that provided data and code and those that did not, suggesting a misalignment between open science efforts and traditional academic metrics. Consequently, encouraging these practices will likely require structural interventions from journals and funding agencies to supplement the lack of direct author incentives. The pipeline developed in this study can be readily scaled to other journals, representing a critical step toward the automated measurement and monitoring of open science practices in transportation research. |
| title | Measuring the State of Open Science in Transportation Using Large Language Models |
| topic | Digital Libraries Artificial Intelligence Computers and Society Emerging Technologies |
| url | https://arxiv.org/abs/2601.14429 |