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An international network of researchers dedicated to large-scale DNA barcoding and the application of DNA technologies to species identification
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An international network of researchers dedicated to large-scale DNA barcoding and the application of DNA technologies to species identification
EXPLORE >   Projects >  International Barcode of Life Project
International Barcode of Life Project
OBJECTIVES
TEAM
APPROACH
IMPACT
INTELLECTUAL PROPERTY
Objectives

The International Barcode of Life Project (iBOL) is a global research alliance bringing together hundreds of leading scientists from every region of the world in the task of collecting specimens, obtaining their DNA barcode records and building an informatics platform to store and share this information for use in species identification and discovery. By 2015, iBOL participants will have gathered DNA barcode records for five million specimens representing 500,000 species, delivering a highly effective identification system for species of particular economic, social or environmental importance and laying the foundation for subsequent progress towards a barcode reference library for all life. By shifting from a morphology-based process of species recognition to discrete genetic codes, DNA barcoding allows for the development of rapid automated identifications. The iBOL project is also building an open-access database of reference barcodes –  Barcode of Life Data System (BOLD) – that will improve our understanding of biodiversity and allow non-taxonomists to identify species. BOLD is an online data management system for the international barcoding community, allowing members to store and organize barcode records and providing a resource to identify and uncover new species of animals and plants.

Project Information
Website
Started: 2010

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Team

The International Barcode of Life Project, led by Scientific Director Paul Hebert, is the world’s largest biodiversity genomics initiative. It involves hundreds of researchers organized into as a matrix of Nodes and Working Groups. iBOL nodes are the networks of leading researchers and key organizations which oversee capacity building, direction, deliverables and financial accountability for their nation’s or region’s participation in iBOL.  Nodes whose activities are confined to a single country are designated as National Nodes, while  Regional Nodes are those with the additional capacity to expand partnerships, establish a funding base and develop infrastructure for DNA barcoding and related research beyond their national boundaries. Central Nodes are National or Regional Nodes that can and will barcode samples from diverse sources and geographies, and act as leaders in knowledge and technology transfer across (other) Central, Regional and National nodes. The research and administration activities of iBOL are organized into 26 Working Groups under six Themes:

  • DNA Barcode Reference Library with Working Groups for Vertebrates, Land Plants, Fungi, Animal Parasites, Pathogens and Vectors, Agricultural and Forestry Pests and their Parasitoids, Pollinators, Freshwater Bio-surveillance, Marine Bio-surveillance, Terrestrial Bio-surveillance and Polar Life.
  • Methods with Working Groups for Barcoding Biotas, Museum Life, Methodological Innovation and Paleobarcoding.
  • Informatics: Working Groups for Core Functionality and Mirrors.
  • Applications: Environmental Barcoding and Mobile Barcoding.
  • Administration: Working Groups for Project Management and Communications.
  • GE3LS: Working Groups for Equitable Use of Genetic Resources; Regulation of International Trade; Intellectual Property and Knowledge Management; Education Initiatives for Schools and Media; Governance of Knowledge Mobilization; and Barcoding and Biological Classification.
Collaborator Role In Project Institution Country
Paul Hebert
Principal Investigator
University of Guelph
Canada
Sujeevan Ratnasingham
Other Senior Investigator
University of Guelph
Canada
David Castle
Collaborator
University of Edinburgh
United Kingdom
Peter Hollingsworth
Collaborator
Royal Botanic Garden Edinburgh
United Kingdom
Vincent Robert
Collaborator
Fungal Biodiversity Centre
Netherlands
David Schindel
Collaborator
Consortium for the Barcode of Life
United States
Mark Stoeckle
Collaborator
Rockefeller University
United States
Peter Freeman
Project Manager or Coordinator Not specified Canada


Approach
DNA barcoding uses a short sequence of DNA from a standardized position in the genome as a molecular diagnostic for species identification. The strand of DNA serves as a unique identifier, and because they are very short relative to the entire genome, they can be obtained reasonably quickly and cheaply. The standardized region varies among taxa but the cytochrome c oxidase subunit I (COI) mitochondrial region has emerged as the standard barcode region for almost all groups of higher animals. A two-locus barcode consisting of rbcL and matK has been adopted as the identification standard for land plants. Large-scale DNA barcoding requires high-volume isolation of DNA, followed by high-throughput DNA sequencing. It also requires groups of researchers to gather and identify specimens for analysis, and a bioinformatics community and private-sector partners to create devices for point-of-contact barcode analysis and for screening of specimens.
Project Information


Impact
The global DNA-based identification system being developed by iBOL will have significant impacts on all areas where society interacts with biodiversity – conservation, international trade, pest and disease control, ecosystem monitoring, marketplace regulation, education and recreation. The iBOL research program represents a giant leap forward in our ability to identify and monitor biodiversity. Furthermore, the survey of sequence variation in standardized gene regions across large blocks of life will generate new insights into key evolutionary processes such as the factors influencing rates of molecular evolution, the geographic patterning of sequence variation and the age of species, The DNA extracts gathered by iBOL will become a major resource for future genomic investigations.
Project Information


Intellectual Property

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CATEGORIES
Application Area
Agriculture, Animal health, Environment, Human health, Natural resources
Core Technology
Nucleic acids: DNA sequencing
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