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Complete Biological Inventory of a Pacific Island Ecosystem

Moorea Biocode Project. Complete Biological Inventory of a Pacific Island Ecosystem. International, multi-institutional collaboration Coordinated in partnership between CNRS (France), UCB (US) & Délégation à la Recherche (French Polynesia) through 2 field stations. Information Technology.

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Complete Biological Inventory of a Pacific Island Ecosystem

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  1. Moorea Biocode Project Complete Biological Inventory of a Pacific Island Ecosystem

  2. International, multi-institutional collaboration Coordinated in partnership between CNRS (France), UCB (US) & Délégation à la Recherche (French Polynesia) through 2 field stations

  3. Information Technology TAXONOMIC TEAMS Berkeley Natural History Museums & BSCIT Craig Moritz John Deck Joyce Gross Collaborators: BOLD : Sujeevan Ratnasingham BioCorder: David Reed Smithsonian: Lee Weigt Lucid: Kevin Thiele Marine Vertebrates: S. Planes (CNRS-EPHE) Terrestrial Vertebrates: C. Moritz (UCB-MVZ) Marine Invertebrates: G. Paulay (FLMNH) Terrestrial Invertbrates: R. Gillespie (UCB-ESPM) Plants: J-Y Meyer (Del. Rech.) Algae: C. Payri (IRD) PARTNERS LTER: Long Term Ecological Research, Coral Reefs CBOL: Consortium for the Barcoding of Life CoML: Census of Marine Life CRISP: Coral Reef Initiative for the South Pacific RCN: Invasive insects

  4. To show a complex tropical system can be done • Evaluate costs of global inventory • Develop tools that cut across taxa and habitats

  5. INFORMATIONTECHNOLOGY (IT Meeting, February 2006, Berkeley: BNHM, BOLD, SI, BioCorder, Lucid)

  6. Biocode Schema

  7. Fishes Terrestrial Inverts Geckos

  8. From Talk to Action: Field Applications Fish Team CRIOBE

  9. 3 weeks, 50 stations

  10. Data Entry

  11. Specimen Page

  12. Berkeley Mapper

  13. 1900 vouchered, databased lots ~1200 with tissue (most photo-vouchered) 486+ unique species New Records 10% (49) New records 25% (118) singletons 15% (69) indeterminate sp. Rarity

  14. Discovery Curve

  15. Biocode Schema

  16. Biocode Objectives (pilot) • Engage participants and collaborators in the planning process • Evaluate challenges and determine cost-effectiveness for select taxa • Develop biodiversity informatics framework necessary for transparent and efficient biocoding • Develop protocols for field genetics in Moorea • Generate preliminary data at: • A. species level (morphological and genetic barcodes) • B. population/individual level (microsatellites, SNPsters, etc.) • Produce detailed strategy for completing Moorea Biocode and expanding (Pacific/global) with funding from various sources

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