1. globalnames.org

3.  Discovery  Ephemeral  Individualistic  Massive redundancy  Optional  Risk taking

4.  Discovery  Ephemeral  Individualistic  Massive redundancy  Optional  Risk taking  Implementation  Communal / agreed  Essential  Persistent  Robust & reliable  Adaptable

5.  Discovery  Ephemeral  Individualistic  Massive redundancy  Optional  Risk taking

6. Data re-use Data generation Data pool

7. AggregationVisualizationAnalysisManipulation ModelsObservationsExperimentsProcessed Data re-use Data generation Data pool

8. AggregationVisualizationAnalysisManipulation ModelsObservationsExperimentsProcessed Data re-use Data generation

11.  Can be used as metadata  To index content  A names-based cyberinfrastructure to index and interconnect distributed data 99

12. ‘The initial mapping was constructed by extracting the scientific name of the taxon that was the topic of each Wikipedia page, then finding the match for this in the NCBI taxonomy’.

13.  Initiated by GBIF & EOL in 2007  To build a names-based cyberinfrastructure  An open and free virtual layer that interconnects and enriches distributed content  Shaped through Nomina workshops  Overseen by GNA Advisory panel  Globalnames.org

14. PIs:  Stan Blum, California Academy of Sciences Replication  Chris Freeland, Missouri Botanical Gardens / WUSTL BHL / CiteBank  David Patterson, Arizona State University Names services  Rich Pyle, Bishop Museum ZooBank / GNUB The “Global Names Architecture,” an innovative infrastructure for unifying nomenclatural and taxonomic databases and services for managers of biological information.

15.  Many names for one species  One name for many species  The indefinite nature of species  Classifications / phylogenies  Species without names

16.  Variant spellings (some legitimate, some mistakes)  Homotypic synonyms (= objective = nomenclatural)  Heterotypic synonyms (= subjective = taxonomic)  Common (plain language) names  Surrogates for names  Chresonyms

17. Didymosphenia geminata Echinella geminata Didymosphenia geminata (Lyngbye) D. geminata Didymosphenia geminata (Lyngbye) Schmidt 1899 Gomphonema vulgare Bréb. AAAAAGCTCGTAGTTGGATTTGTGAT GGAATTTGAATACTTTTAAAGTGTTCT AGAAACTGTCATCCGTGGGTGGAATT TGTTTGGCATTAGGTTGTCAGRCAGAG GATGCCTATMCTTTACTGTGAAAAAAT CAGTGCGTTCAAAGCAGACTTACGTC GATGAATGTATTAGCATGGAA Didimosphenia geminata didymo Rock Snot didymo

18. Didymosphenia geminata (Lyngbye) M.Schmidt in A. Schmidt 1899 Misspellings Didimosphenia geminata Lexical variants Didymosphenia geminata (Lyngbye) Didymosphenia geminata D. geminata D. geminata Schmidt 1899 D. geminata Schmidt Surrogates Homotypic Synonyms Echinella geminata Heterotypic Synonyms Gomphonema vulgare Bréb. Vernculars Didymo Rock Snot AAAAAGCTCGTAGTTGGATTTGTGATGGAATTTGAATACTTTTAAAGT GTTCTAGAAACTGTCATCCGTGGGTGGAATTTGTTTGGCATTAGGTTGT CAGRCAGAGGATGCCTATMCTTTACTGTGAAAAAATCAGTGCGTTCAAA GCAGACTTACGTCGATGAATGTATTAGCATGGAA

19. Gomphonema vulgare Brébisson 1838 G. vulgare Breb. Gomphonema vulgare Brébisson 1838 G. vulgare Breb. Vernaculars Surrogates RECONCILIATION GROUP AAAAAGCTCGTAGTTGGATTTGTGATGGAATTTGAATACTTTTAAAGTGTT CTAGAAACTGTCATCCGTGGGTGGAATTTGTTTGGCATTAGGTTGTCAGRC AGAGGATGCCTATMCTTTACTGTGAAAAAATCAGTGCGTTCAAAGCAGACTT ACGTCGATGAATGTATTAGCATGGAA Heterotypic synonyms

20. Gomphonema vulgare Brébisson 1838 G. vulgare Breb. Gomphonema vulgare Brébisson 1838 G. vulgare Breb. Vernaculars Surrogates AAAAAGCTCGTAGTTGGATTTGTGATGGAATTTGAATACTTTTAAAGTGTT CTAGAAACTGTCATCCGTGGGTGGAATTTGTTTGGCATTAGGTTGTCAGRC AGAGGATGCCTATMCTTTACTGTGAAAAAATCAGTGCGTTCAAAGCAGACTT ACGTCGATGAATGTATTAGCATGGAA Heterotypic synonyms RESOLUTION Didymosphenia geminata (Lyngbye) Schmidt 1899

21.  Using the name endorsed by your favored taxonomic source

22.  Aa  Ar  Pet1  A marina  Abe__Heli  Apodemia.mor.A13  N_larina_aethra_20018  Apion pensylvaticum: Boheman 1839  Apion pennsylvaticum Boheman, 1839  Gy091_Lv_Bonn_Ger  Gy642_Lv_Bas_Switz  P.potto_JCKerbis2889  S.sciereus_U53582  C.major  G.crass.  L._catta  L.catta Solution:  Taxonomic validation at point of data entry

24.  Focus on ‘Use Cases’  And the infrastructure will follow  Extend existing software, dbs and services around the concept of nodes  GN UUIDs for names and reconciliation groups  Exchange standards

25.  Particular  They represent a class of problems  Must be do-able  Must visibly benefit many end users  Must be openly available to use and to improve

26.  Taxonomic validation services. At point of data entry or with publishers. Requires Reconciliation and resolution.  Indexing. Using names recognition and discovery tools. Essential for name-linking services.  Names normalization – for data federation, but must deal with poor OCR, colloquial names in many languages etc.  Content synchrony and curation