Applications in Plant Sciences (Mar 2025)

The PteridoPortal: A publicly accessible collection of over three million records of extant and extinct pteridophytes

  • Carl J. Rothfels,
  • Jaemin Lee,
  • Michael A. Sundue,
  • Alan R. Smith,
  • Amy Kasameyer,
  • Joyce Gross,
  • Garth Holman,
  • Shusheng Hu,
  • Matt von Konrat,
  • Emily B. Sessa,
  • Kimberly Watson,
  • Alan Weakley,
  • Libing Zhang,
  • Patricia Gensel,
  • Michael Hassler,
  • Katelin D. Pearson,
  • Ed Gilbert,
  • Robyn J. Burnham,
  • Richard K. Rabeler,
  • Patrick Sweeney,
  • Alejandra Vasco,
  • Weston Testo,
  • David E. Giblin,
  • Stefanie M. Ickert‐Bond,
  • Margaret Landis,
  • Melanie Link‐Perez,
  • Tatyana Livshultz,
  • Ian Miller,
  • Christopher Neefus,
  • Kathleen Pigg,
  • Mitchell Power,
  • Alan Prather,
  • Tiana Rehman,
  • Lena Struwe,
  • Michael Vincent,
  • George Weiblen,
  • Timothy Whitfeld,
  • Michael D. Windham,
  • George Yatskievych,
  • Aaron Liston,
  • Elizabeth Makings,
  • Kathleen M. Pryer,
  • Caroline Strömberg,
  • Eve Atri,
  • Jason Best,
  • Ian Glasspool,
  • Layne Huiet,
  • Elizabeth Johnson,
  • Megan R. King,
  • Az Klymiuk,
  • Richard Lupia,
  • Lucas C. Majure,
  • Carol Ann McCormick,
  • Richard McCourt,
  • Shanna Oberreiter,
  • Kent D. Perkins,
  • Yarency Rodriguez,
  • Chelsea Smith,
  • James Solomon,
  • Jordan Teisher,
  • Donna Ford‐Werntz,
  • Petra Fuehrding‐Potschkat,
  • Holly Little,
  • Tom A. Ranker,
  • Eric Schuettpelz,
  • Carrie M. Tribble,
  • Diane M. Erwin,
  • Cindy V. Looy

DOI
https://doi.org/10.1002/aps3.70003
Journal volume & issue
Vol. 13, no. 2
pp. n/a – n/a

Abstract

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Abstract Premise Pteridophytes—vascular land plants that disperse by spores—are a powerful system for studying plant evolution, particularly with respect to the impact of abiotic factors on evolutionary trajectories through deep time. However, our ability to use pteridophytes to investigate such questions—or to capitalize on the ecological and conservation‐related applications of the group—has been impaired by the relative isolation of the neo‐ and paleobotanical research communities and by the absence of large‐scale biodiversity data sources. Methods Here we present the Pteridophyte Collections Consortium (PCC), an interdisciplinary community uniting neo‐ and paleobotanists, and the associated PteridoPortal, a publicly accessible online portal that serves over three million pteridophyte records, including herbarium specimens, paleontological museum specimens, and iNaturalist observations. We demonstrate the utility of the PteridoPortal through discussion of three example PteridoPortal‐enabled research projects. Results The data within the PteridoPortal are global in scope and are queryable in a flexible manner. The PteridoPortal contains a taxonomic thesaurus (a digital version of a Linnaean classification) that includes both extant and extinct pteridophytes in a common phylogenetic framework. The PteridoPortal allows applications such as greatly accelerated classic floristics, entirely new “next‐generation” floristic approaches, and the study of environmentally mediated evolution of functional morphology across deep time. Discussion The PCC and PteridoPortal provide a comprehensive resource enabling novel research into plant evolution, ecology, and conservation across deep time, facilitating rapid floristic analyses and other biodiversity‐related investigations, and providing new opportunities for education and community engagement.

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