leveraging filtered push technology to enhance remote taxonomic identifications

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Leveraging Filtered Push Technology to Enhance Remote Taxonomic Identifications Nico Franz 1 , Edward Gilbert 1 , Neil Cobb 2 & Paul Morris 3 1 School of Life Sciences, Arizona State University 2 Merriam-Powell Center, Northern Arizona University 3 Museum of Comparative Zoology, Harvard University TDWD 2013 Annual Conference, Florence, Italy Biodiversity Data Quality – Issues, Methods and Tools October 29, 2013

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Leveraging Filtered Push Technology to Enhance Remote Taxonomic Identifications. Nico Franz 1 , Edward Gilbert 1 , Neil Cobb 2 & Paul Morris 3 1 School of Life Sciences, Arizona State University 2 Merriam-Powell Center, Northern Arizona University - PowerPoint PPT Presentation

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Page 1: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

Leveraging Filtered Push Technology to

Enhance Remote Taxonomic IdentificationsNico Franz1, Edward Gilbert1, Neil Cobb2 & Paul Morris3

1 School of Life Sciences, Arizona State University 2 Merriam-Powell Center, Northern Arizona University 3 Museum of Comparative Zoology, Harvard University

TDWD 2013 Annual Conference, Florence, Italy Biodiversity Data Quality – Issues, Methods and Tools

October 29, 2013

Page 2: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

Currently 9 Thematic Collection Networks with 130 participating institutions

Advancing Digitization of Biodiversity Collections (NSF ADBC Program) Digitize 1 billion specimens in 10 years

Page 3: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

UNMTAMU

ASU

DMNS

UCB

NMSU

CSU

TTU

NAU

UA

SCAN member collectionsAverage ~ 480 miles apart

Page 4: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

SCAN digitization objectives

• Digitize 1 million records for southwestern ground-dwelling arthropods

• Produce 16,000 high-resolution images of species; promote identifications

• Leverage an interactive identification & annotation workflow via Symbiota

Gerstaeckeria porosa (LeConte, 1876) – ASUHIC0017017 Crotanius trivittatus (Champion, 1908) – ASUHIC0012067

Page 5: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

SCAN ADBCGround-Dwelling

Arthropod Records

SCAN ADBCNon-Target Taxa

Records

SCAN ADBC Collections

SCAN Non-ADBC Broader Impact

Records

SCAN Broader Impact Collections

September, 2013: 510,262 records in SCAN

• 510,262 specimens in Symbiota• 300,984 (59%) georeferenced• 338,836 (66%) identified to species• 1,016 families• 8,056 genera• 17,538 species

Primary need: remote IDs

Page 6: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

Deployment diagram – Symbiota & Filtered Push interaction

Source: http://wiki.filteredpush.org/wiki/FP-Medium_deployment_for_SCAN

Filtered Push3 Node

http://fp3.acis.ufl.edu/FPAnnotationProcessor-Web/

• New, remotely added identifications are grounded in the Annotation Ontology.

• FP team has developed Symbiota-integrated PHP Client Tools that record and push new annotations to the external FP infrastructure where statistics are kept.

SCAN Symbiota Portalhttp://symbiota1.acis.ufl.edu/scan/portal/index.php

New FP Client Tools in Symbiota

Page 7: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

Current workings & look in SCAN

Page 8: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

Homepage – http://symbiota1.acis.ufl.edu/scan/portal/index.php

Images

Page 9: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

ID = Scarabaeidae

Image thumbnail gallery – some are insufficiently identified

ID = Epicaerus

Page 10: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

More information – occurrence records, images – is clicks away

Page 11: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

More information – occurrence records, images – is clicks away

Page 12: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

Experts can log in and view a taxon-tailored IDs Needed tab

This is the scarabin need of an ID

Page 13: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

Experts can log in and view a taxon-tailored IDs Needed tab

This is the scarabin need of an ID

Occurrence tab

Page 14: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

Experts can log in and view a taxon-tailored IDs Needed tab

This is the scarabin need of an ID

Occurrence tab

Images tab

Page 15: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

Adding a new identification in the Determination History tab

Scientific Name is linked to the SCAN Taxonomic Thesaurus.

Page 16: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

The fully integrated Symbiota tab for IDs is Filtered Push-enabled

• New = current ID• Image remapping• Submission to FP

Page 17: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

Confirmationin SCAN

Simultaneous ID recording internally (SCAN) and externally (FP)

Page 18: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

Confirmationin SCAN

Confirmationin FP3 node

Simultaneous ID recording internally (SCAN) and externally (FP)

Annotationslist view

AO translation

Page 19: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

Simultaneous ID recording internally (SCAN) and externally (FP)

Confirmationin FP3 node

Confirmationin SCAN

Annotationsdetail view

RDF / XMLtranslation

AO translation

Page 20: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

Future work – 1st production-level Symbiota / FP implementation

• Optimization of SCAN "IDs Needed" user interface – thumbnail view

• Roll-out to the SCAN expert community, creation of expert profiles in FP

• Expansion beyond SCAN members, diversified notification systems

"Curculionidae" ("Calles" sp.) – ASUHIC0031695

Page 21: Leveraging Filtered Push Technology to  Enhance Remote Taxonomic Identifications

• TDWG 2013 Symposium organizers – Antonio Mauro Saraiva

• James Hanken, Maureen Kelly & David Lowery – http://wiki.filteredpush.org/wiki/

• ASUHIC digitization team – Sangmi Lee, David Fleming, Soon Flynn, Andrew Jansen, Catherine Mercado, Joshua Persson, Sarah Shirota, Michael Shillingburg.

• NSF Award EF-1207107. "Digitization TCN: Collaborative Research: Southwest Collections of Arthropods Network (SCAN): a Model for Collections Digitization to Promote Taxonomic and Ecological Research."

Acknowledgments

http://symbiota1.acis.ufl.edu/scan/portal/index.php http://taxonbytes.org

https://sols.asu.edu http://symbiota.org/tiki/tiki-index.php