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The digital revolution has transformed paleontology through the development of open-access, community-driven databases that underpin some of the most impactful research in biodiversity, climate change, and extinction dynamics. These systems safeguard high-effort, volunteered data and have revealed major macroevolutionary patterns, including mass extinctions. However, of 118 paleontological and Earth science databases reviewed, 95% had lifespans under 15 years, putting decades of investment at risk. As paleontological data infrastructures enter a third generation—marked by modular design, improved data provenance, and cross-platform integration—there is growing potential to support multi-scalar, interdisciplinary research across Earth and Life sciences. We advocate for strategies to enhance database longevity, including sustained funding models, stronger institutional support, and modular backend architectures that better link international community databases to each other and to fossil specimens.
https://doi.org/10.32942/X2DS89
Arts and Humanities, Bioinformatics, Earth Sciences, Ecology and Evolutionary Biology, Life Sciences, Other Arts and Humanities, Physical Sciences and Mathematics
data equity, big data, sustainable development, palaeontology, Data infrastructure, funding landscape
Published: 2025-09-10 17:32
Last Updated: 2025-09-10 17:32
CC BY Attribution 4.0 International
Conflict of interest statement:
I declare no conflicts.
Data and Code Availability Statement:
Code and data are available publicly here: https://github.com/dowdingem/IRAL
Language:
English
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