EventsThe 4th International Online Conference on Diversity
Published
This submission belongs to the session S1. Animal Diversity of the event The 4th International Online Conference on Diversity
Published date
30 Oct, 2026
Academic Editor
author-avatarLuc Legal
Contribution&Funding
Conceptualization,
[Peter Uetz]
Methodology,
[Peter Uetz] ; [Bridget McInnes]
Software,
[Bridget McInnes]
Validation,
[Peter Uetz]
Investigation,
[Bridget McInnes]
Resources,
[Bridget McInnes]
Data curation,
[Peter Uetz]
Writing - original draft,
[Peter Uetz]
Writing - review,
[editing] ; [Bridget McInnes]
Supervision,
[Peter Uetz] ; [Bridget McInnes]
Project administration,
[Peter Uetz] ; [Bridget McInnes]
Funding: --
Citation
Peter Uetz, Bridget McInnes, Spoorti Kalashetti, Can AI read (biodiversity) papers ... and understand its contents?, in Proceedings of The 4th International Online Conference on Diversity, 4 November–6 November 2026, MDPI: Basel, Switzerland
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Can AI read (biodiversity) papers ... and understand its contents?

image
Bridget McInnes 2
Spoorti Kalashetti 1
1. School of Life Sciences and Sustainability, Virginia Commonwealth University, Richmond, 23284, USA
2. Department of Computer Science, Virginia Commonwealth University, Richmond, 23284, USA
Abstract

Millions of academic papers are published every year and nobody can even read the papers in their own field anymore. Can AI do it for us? We ran experiments using various chatbots and their knowledge about taxonomy (specifically reptile taxonomy). With web-based searches chatbots can access most of taxonomic knowledge now but there is still a substantial body of knowledge behind paywalls and in the old literature (even though most chatbots can read text in the Biodiversity Heritage Library). Next, we investigated their ability to read taxonomic papers, especially species descriptions, to find data in them and to extract them. The results so far are mixed. Information extraction works well when tested if an AI can extract data into a table, but there are limitations. For instance, in our first assessment of more than 100 species descriptions, chatbots extracted all correct diagnostic features in about 50% of cases. In fact, the rates are higher if certain traits, such as color patterns are ignored. We are currently (summer 2026) investigating other features of AI, such as (1) can AI extract drawings and table data from papers? Can AI draw taxonomic conclusions based on multiple lines of (sometimes contradictory) evidence? How good are computer vision models to recognize species from images (e.g. in iNaturalist) etc. Results from these studies will be presented. 

Keywords
AI
Artificial Intelligence
chatbots
reptiles
snakes
lizards
diagnoses
species descriptions
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