What would it be like to live in a bio-literate world - a world where you could know, in minutes, the name of any animal or plant - any time, anywhere? And not just its name but everything about it - what are its habits, is it endangered, is it dangerous, should it even be there or is it an invader from somewhere else?
How could we use that knowledge to protect our planet's biodiversity and promote human health and well-being?
The International Barcode of Life project (iBOL), the largest biodiversity genomics initiative ever undertaken, is unlocking the door to that world by creating a digital identification system for life.
South African and Canadian researchers are planning a 17-day expedition to document animal and plant species in the Succulent Karoo and other South African biodiversity hot spots.
Dr. Peter Freeman has taken up his new post as Executive Director of the International Barcode of Life Consortium. He will be based at the iBOL Secretariat in Guelph, Ontario.

Romania has become the first country to DNA barcode all of its butterflies. The 180 species account for about one third of the total European butterfly fauna.

Scientists have used DNA barcodes and the Barcode of Life Data Systems (BOLD) database to show that deepwater sharks eat everything from human discards to other sharks.

It takes a lot of different people with different talents to get the job done.
Read about global participation in iBOL and how it works.
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Currently:
973,008 specimens
77,029 species
Target for 2015:
5,000,000 specimens
500,000 species

A number of campaigns have started to collect and register DNA barcodes from specific families and regions of life.
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Get connected with other DNA barcoding participants, scientists, and enthusiasts.
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