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The future of DNA barcoding: reflections from early career researchers
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  • Danielle Grant,
  • Ole Brodnicke,
  • Ann Evankow,
  • André Ferreira,
  • João Tadeu Fontes,
  • Aslak Kappel Hansen,
  • Mads Jensen,
  • Tuğba Kalaycı,
  • Alexandra Leeper,
  • Shalaka Patil,
  • Sebastian Prati,
  • Anna Reunamo,
  • Aradhana Roberts,
  • Rajesh Shigdel,
  • Valentina Tyukosova,
  • Mika Bendiksby,
  • Rakel Blaalid,
  • Filipe Costa,
  • M. Hollingsworth,
  • Elisabeth Stur,
  • Torbjørn Ekrem
Danielle Grant
NORCE Norwegian Research Centre AS Research Area Climate
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Ole Brodnicke
University of Copenhagen Department of Biology
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Ann Evankow
University of Oslo
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André Ferreira
University of Minho Centre of Molecular and Environmental Biology
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João Tadeu Fontes
University of Minho Centre of Molecular and Environmental Biology
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Aslak Kappel Hansen
Aarhus Universitet
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Mads Jensen
Aarhus Universitet
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Tuğba Kalaycı
University of RTE
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Alexandra Leeper
Matís ohf. Food and Biotechnology
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Shalaka Patil
University of Bergen
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Sebastian Prati
University of Tromsø
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Anna Reunamo
Finnish Environment Institute
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Aradhana Roberts
Lund University
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Rajesh Shigdel
University of Bergen
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Valentina Tyukosova
Norwegian University of Science and Technology
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Mika Bendiksby
University of Oslo
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Rakel Blaalid
University of Bergen
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Filipe Costa
Universidade do Minho
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M. Hollingsworth
Royal Botanic Garden Edinburgh
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Elisabeth Stur
Norwegian University of Science and Technology
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Torbjørn Ekrem
Norwegian University of Science and Technology

Corresponding Author:[email protected]

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Abstract

Over the last two decades, the use of DNA barcodes has transformed our ability to identify and assess life on our planet. Both strengths and weaknesses of the method have been exemplified through thousands of peer-reviewed scientific articles. In the light of novel sequencing approaches, currently capable of generating millions of reads at low cost, we reflect on the questions: what will the future bring for DNA barcoding? Will identification of species using short, standardized fragments of DNA stand the test of time? We present reflected opinions of early career biodiversity researchers in the form of a SWOT-analysis and discuss answers to these questions.