Professor Andrew Lowe leads new 2.5m DNA Barcoding Project
Did you know that over were discovered in the between 2010-2013 alone? This is just the tip of the iceberg.
of the Environment Institute says: 鈥淥f the 10 million species that exist on our planet, only just over a million have so far been identified and described鈥.
Flickr:
Lowe will lead a 2.5 million dollar project that uses "DNA barcoding" to rapidly and accurately identify key animal and plant species. He predicts that it would take at least another 2000 years to identify Earth鈥檚 remaining species using traditional taxonomy.
"With DNA barcoding, we can vastly accelerate this rate and generate significant scientific and economic benefits.鈥
The national collaborative project is a partnership with scientists from Kings Park Botanic Garden, CSIRO, James Cook University and the South Australian Museum. Research infrastructure organisation Bioplatforms Australia is project managing the project and will provide access to DNA sequencing infrastructure and genomics and bioinformatics expertise. The project has support also from Fortescue Metals Group and BHP through its program.
The project will provide value in 5 key areas:
鈥淒NA barcoding has significant potential to enhance our understanding of Australian biodiversity and become an essential tool in the environmental assessment process and conservation planning,鈥 says Professor Lowe. 鈥淏y utilising a genetic rather than morphological marker system, barcoding can help combat illegal trade in endangered and valuable species through more accurate identification and tracking.鈥
Find out more about the exciting research coming out of and about this project published on the .
Just for fun: check out TIME magazine's . It will be interesting to see what 2014 has in store!
of the Environment Institute says: 鈥淥f the 10 million species that exist on our planet, only just over a million have so far been identified and described鈥.
Flickr: Lowe will lead a 2.5 million dollar project that uses "DNA barcoding" to rapidly and accurately identify key animal and plant species. He predicts that it would take at least another 2000 years to identify Earth鈥檚 remaining species using traditional taxonomy.
"With DNA barcoding, we can vastly accelerate this rate and generate significant scientific and economic benefits.鈥
The national collaborative project is a partnership with scientists from Kings Park Botanic Garden, CSIRO, James Cook University and the South Australian Museum. Research infrastructure organisation Bioplatforms Australia is project managing the project and will provide access to DNA sequencing infrastructure and genomics and bioinformatics expertise. The project has support also from Fortescue Metals Group and BHP through its program.
The project will provide value in 5 key areas:
- verifying timber origins to combat illegal ;
- authenticating labelling and geographical origin of fish in the retail marketplace;
- mapping plant biodiversity in the Pilbara to help with mine site environmental impact assessment and restoration management;
- biodiversity discovery and impact assessment of invertebrates that inhabit underground aquifers utilised by mining and farming; and
- generating barcodes for Australia鈥檚 orchids to enhance conservation.
鈥淒NA barcoding has significant potential to enhance our understanding of Australian biodiversity and become an essential tool in the environmental assessment process and conservation planning,鈥 says Professor Lowe. 鈥淏y utilising a genetic rather than morphological marker system, barcoding can help combat illegal trade in endangered and valuable species through more accurate identification and tracking.鈥
Find out more about the exciting research coming out of and about this project published on the .
Just for fun: check out TIME magazine's . It will be interesting to see what 2014 has in store!
Newsletter & social media
Join us for a sensational mix of news, events and research at the Environment Institute. Find out about听new initiatives and听share with your friends what's happening.
听听听