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China Status Report. De-Zhu Li 5 July 2013. iBOL International Scientific Collaboration Committee Meeting. iFlora conceptual product. China and Southeast Asia are among the bio- diversity hotspots There are 31 000 species of vascular plants in China.
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China Status Report De-Zhu Li 5 July 2013 iBOL International Scientific Collaboration Committee Meeting iFloraconceptual product
China and Southeast Asia are among the bio- diversity hotspots • There are 31 000 species of vascular plants in China Myers et al. 2000. Nature, 403: 853-858
2008年10月14日 China-Canada meeting, Oct 2008 • China National Committee for Barcode of Life established in June 2008 • China-Canada joint meeting on Barcode of Life in Beijing, October 2008 • CBOL Beijing meeting, May 2009 CBOL Beijing meeting, May 2009
China plant DNA barcoding pilot meeting, 3 May 2009, Beijing China plant DNA barcoding meeting, 11 July 2009, Beijing
Germplasm Bank of Wild Species (GWOBS) passed national acceptance in Nov 2009 • 57618 accessions of seeds of >8141 species, and 7000 DNA samples by Dec 2012; • Good base for plant DNA barcoding • Voucher specimens for some seed collections with only vegetative characters; • Big challenges for species identification • The rapid, efficient and accurate species identification with DNA barcodes for these collections is one of the key tasks for GBOWS.
Project: Plant DNA barcoding of China based on Germplasm Bank of Wild Species • Research period: July 2009-Dec. 2012 • Project number: 2009-LSF-GBOWS-01 • Participant: More than 50 botanists from 22 organizations Kick-off meeting for the project14th Aug., 2009
Main research contents • To construct standardized methods and protocols for DNA barcoding • To evaluate DNA barcodes for Plant DNA barcoding • To generated DNA barcodes for the seeds in GBOWS • To generate the standardized DNA barcodes for key and represented taxa • To construct DNA barcodes database system.
Project task and objectives • First stage (2009-2012) • to generate 72 000 barcodes for 4 500 species, which include 3 600 DNA barcodes for 2 000- 3000 species from GBOWS . • Second stage (2013-2016) • to obtain 14 400- 150 000 DNA barcodes for 9 000 -10 000 spp, which will facility the rapid and accurate species identification for more than one third of Chinese vascular plants.
Project progress • Prepare the methods and protocols for plant DNA barcoding • Two training workshops in January and August 2010 in Kunming Plant DNA barcoding technique training
Jan. 5, 2010 Planning meetings • Discussed the developing strategy of plant DNA barcoding in China after the Mexico meeting. • Attained more DNA barcodes data in a short period; • Evaluation the four DNA barcodes; • To publish ‘high- impact’ papers.
Jan. 2010, Field expedition 24 people, 9 organizations Southeastern Yunnan Seed plant: 1379 records; 3 specimens and 2 DNA samples for each individual Bryophyte: 426 records, 60 % to species
Two papers favored ITS2 published by a group lead by Chen Shi-Lin of the Institute of Medicinal Plant Development (IMPLAD), Beijing in 2010
DNA barcodes evaluation based on a large dataset • A total of 6286 individuals of 1757 species (1675 angiosperms and 82 gymnosperms) were used for universality analyses, and a total of 21673 sequences were obtained (5826 for rbcL,5471 for matK, 5566 for trnH-psbA, and 4810 for ITS); • ITS was suggested to be part of the core barcode for plants
Community phylogeney of Dianhushan 20 ha forest dynamic plot with DNA barcoding 183 species rbcL, trnH-psbA, and matK: 1–2 individuals Phylogenetic clustering : valley and low-slope habitats Phylogenetic over-dispersed: high-slope, ridge-top and high-gully habitats More accurate community phylogenetic tree with DNA barcodes, To reveal the real coexistent and assemblage mechanism of community. Pei et al. 2011. PLoS One 6: e21273
13 articles of plant DNA barcoding published in this special issue; • All of them were supported by the grant from the Large-Scale Scientific Facilities of the Chinese Academy of Sciences (No. 2009-LSF-GBOWS-01).
Other projects • Animal DNA Barcodes and Cryptic Diversity, an NSFC key-note project (10 million CN Yuan, Jan.2011 – Dec. 2014), PIs: Ya-Ping Zhang, Da-Wei Huang, Jing Che and Shun-Ping He • Technical Standards and Information System for DNA barcoding in China (10 million CN Yuan, July. 2011 – June 2015), PI: Ge-Xia Qiao • DNA barcoding in Some Natural Reserves (10 million CN Yuan, July 2012 – June 2016), PI: Douglas Yu • Digitalization of the Flora Reipublicae Popularis Sinicae and DNA barcoding (10 million CN Yuan, July 2013 – June 2017), Pis: Xian-Chun Zhang & Hong Wang
Barriers and threats • DNA barcoding is becoming a fashion in many areas in China but some do not understand the principles of DNA barcoding • China is a centralized country but with dicentralized funding and different funding agencies have different criteria • Lack of qualified taxonomists and many young students play DNA barcoding without a proper training in taxonomy • Problems in getting data from other parties
China signs iBOL MOU to consolidate its central node status 31 May 2012
The 5th International Barcode of Life Conference Kunming, China 27- 31 Oct. 2013 http://www.dnabarcodes2013.org Call for papers, symposium and workshop proposal