Computer Science & AI21 November 2025

Meet BugBox: The AI Apprentice Transforming Insect Research

Source PublicationJournal of Animal Ecology

Primary AuthorsWelch, Wilson, Lundgren

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Entomology and biodiversity research stand on the brink of a technological revolution. A new software programme called BugBox uses artificial intelligence to tackle the daunting task of cataloguing insect life on a massive scale. Traditionally, identifying arthropods requires time-consuming expert analysis, but BugBox accelerates this by classifying specimens directly from photographs.

In a rigorous evaluation, researchers tracked the AI's performance over three training cycles. Crucially, the system displayed the ability to learn; by incorporating corrections from human experts, its accuracy metrics—specifically the f1 score—improved substantially from 0.523 to 0.722. While the AI remains less accurate than a seasoned specialist, it proved remarkably effective at identifying broad ecological trends.

When tasked with analysing bioinventories from North American rangelands, BugBox reached the exact same conclusion as human experts: regenerative agricultural practices increase arthropod biodiversity. These findings suggest that while AI cannot yet fully replace human expertise, it offers a rapid, scalable solution for processing vast amounts of ecological data.

Cite this Article (Harvard Style)

Welch, Wilson, Lundgren (2025). 'Meet BugBox: The AI Apprentice Transforming Insect Research'. Journal of Animal Ecology. Available at: https://doi.org/10.1111/1365-2656.70178

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Artificial IntelligenceBiodiversityEntomology