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Introduction to Biodiversity Informatics

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Delivered Apr 2, 2013 at Redpath Museum auditorium, McGill University for Science and Museums, REDM400
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Biodiversity Informatics David P. Shorthouse, Université de Montréal
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Page 1: Introduction to Biodiversity Informatics

Biodiversity Informatics

David P. Shorthouse, Université de Montréal

Page 2: Introduction to Biodiversity Informatics

Trochosa ruricola (De Geer, 1778)Trochosa terricola Thorell, 1856

Page 3: Introduction to Biodiversity Informatics

What is biodiversity informatics?How are biodiversity data used?How are biodiversity data made available?What are the key challenges?What are its organizations?Where can I go for more?

Page 4: Introduction to Biodiversity Informatics

Bioinformaticsfocused on the *omics

Page 5: Introduction to Biodiversity Informatics

Biodiversity Informaticsinteroperability of scientific names,

classifications

Page 6: Introduction to Biodiversity Informatics

History of “Biodiversity Informatics”

John S. Whiting

Canadian BiodiversityInformatics Consortium (1993)

Page 7: Introduction to Biodiversity Informatics

Johnson Norm F. 2007. Biodiversity informatics. Annu Rev Entomol. 52:421-38.

DOI 10.1146/annurev.ento.52.110405.091259

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Who, What,Where, When?

Page 9: Introduction to Biodiversity Informatics
Page 10: Introduction to Biodiversity Informatics

http://www.simplemappr.net

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How are biodiversity data used?

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Chapman, A. D. 2005. Uses of Primary Species-Occurrence Data, version 1.0. Report for the Global Biodiversity Information Facility, Copenhagen.

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Uses of Primary Occurrence Data

1 Taxonomy: research, indices, floras/faunas, field guides, phylogenies

2 Biogeography: distributional atlases, species distribution modeling, species decline

3 Life Histories and Phenologies4 Endangered, Migratory, and Invasive Species5 Impact of Climate Change6 Ecology, Evolution and Genetics: habitat loss, ecosystem

function7 Environmental Planning: impact assessments8 Conservation Planning: rapid biodiversity assessments,

identifying priority areas, reserve selection, sustainable use

Page 14: Introduction to Biodiversity Informatics

9 Health and Public Safety: disease and disease vectors, bioterrorism, biosafety, parasitology

10 Bioprospecting11 Border Control and Wildlife Trade12 Education and Public Outreach13 Ecotourism14 Society and Politics: data repatriation15 Recreational activities

Uses of Primary Occurrence Data

Page 15: Introduction to Biodiversity Informatics
Page 16: Introduction to Biodiversity Informatics

DOI 10.7717/peerj.11

Page 17: Introduction to Biodiversity Informatics

Dr. Jeremy Kerr, University of Ottawa

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How are biodiversity data made available?

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The Process

CollectPrepareDigitizeStandardizePublish

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CollectWhy do we collect specimens?

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PrepareCreating a long-term voucher

for scientific research

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Page 23: Introduction to Biodiversity Informatics

Specimen labelPrimary biodiversity data

What, when, where & who

Page 24: Introduction to Biodiversity Informatics

What?Scientific name & classification

• Anemone narcissiflora• Anemone parviflora• Anemone richardsonii• Arabis lyrata• Caltha leptosepala• Campanula lasiocarpa• Cardamine umbellata• Carex aquatilis• Carex capillaris• Carex enanderi• Carex gynocrates• Carex podocarpa• Carex vaginata• Claytonia sarmentosa• Corydalis pauciflora• Dodecatheon frigidum• Draba crassifolia• Dryas integrifolia• Epilobium anagallidifolium• Epilobium latifolium• Equisetum variegatum• Eriophorum angustifolium• Eriophorum brachyantherum• Eriophorum scheuchzeri• Festuca altaica• Huperzia haleakalae

Page 25: Introduction to Biodiversity Informatics

When?Date -> trends

Page 26: Introduction to Biodiversity Informatics

Where?Locality, elevation & habitat

Page 27: Introduction to Biodiversity Informatics

GeoreferencingLocality description -> Coordinates

Page 28: Introduction to Biodiversity Informatics

Who?Collector -> history

Page 29: Introduction to Biodiversity Informatics

Locked in paper formatNot easily accessible

Page 30: Introduction to Biodiversity Informatics

DigitizeRecording specimen information

in a digital format

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StandardizeDifferent database systems

Different formatsDifferent languages

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Darwin CoreA common biodiversityinformation language

bit.ly/DarwinCore

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175 terms

Page 34: Introduction to Biodiversity Informatics

Darwin Core ArchiveA common biodiversity

information format

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Page 36: Introduction to Biodiversity Informatics

Database

DarwinCoreArchive

Tapir protocol

Standardize & publish

GBIF’scentral index

Harvest

User

Simplify

Page 37: Introduction to Biodiversity Informatics

PublishMake available online

GBIF Integrated Publishing Toolkit (IPT)

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What are the key challenges?

Page 39: Introduction to Biodiversity Informatics

DOI 10.1016/j.tree.2010.09.004

Page 40: Introduction to Biodiversity Informatics

DOI 10.1007/11530084_8

Page 41: Introduction to Biodiversity Informatics

Homonymssame name for many taxa

Synonymsdifferent names for same taxa

Variant representationsorthography, spelling,differences in authority

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Page 43: Introduction to Biodiversity Informatics
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What are (a few of) the Biodiversity Informatics organizations?

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Page 46: Introduction to Biodiversity Informatics

*.globalnames.org

Edit

http://gnite.org

Index

http://gni.*

Atomize…{genus: { epitheton: "Pardosa" },species: { basionymAuthorTeam: { year: "1892”, authorTeam: "Banks", author: ["Banks”] }, epitheton: "moesta", authorship: "Banks, 1892" }}…

Resolve

http://resolver.*

Find

http://gnrd.*

Global Names

Page 47: Introduction to Biodiversity Informatics

Applying Global Names Tools

# N

ames

foun

d

Data Packages Published PDF0

10

20

30

40

50

60

70

t220 =, 3.68 p = 0.0003

Coming Soon

Page 48: Introduction to Biodiversity Informatics

What about Canadian Organizations?

Federal Biodiversity Information PartnershipCanadian Biodiversity Information FacilityOBIS Canada

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canadensys.net

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A networkOf people and collections

Page 51: Introduction to Biodiversity Informatics

Academic11 universities, 5 botanical

gardens & 2 museums

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Canadensys HeadquartersUniversité de MontréalBiodiversity Centre

Page 53: Introduction to Biodiversity Informatics

35+ researchersMainly systematists

Page 54: Introduction to Biodiversity Informatics

30 collectionsPlants, insects and fungi

Page 55: Introduction to Biodiversity Informatics

13 mil. specimens2 out of 3 are insects

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GoalMobilize 3 million specimen

records (20%) by 2013

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Page 58: Introduction to Biodiversity Informatics
Page 59: Introduction to Biodiversity Informatics

Carole SinouData Publication Support Professional

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Page 61: Introduction to Biodiversity Informatics

DownloadPer dataset

Not very flexible

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Page 63: Introduction to Biodiversity Informatics

ChecklistsData about taxa (vs specimens)

Now also supported byDwC-A, GBIF & IPT

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VASCANDatabase of Vascular Plants of Canada

data.canadensys.net/vascan

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Page 66: Introduction to Biodiversity Informatics
Page 67: Introduction to Biodiversity Informatics

Data licenseAllow data to be used

bit.ly/cc0-for-data

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Where can I go for more?

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Biodiversity Informatics Commercialization

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What is biodiversity informatics?How are biodiversity data used?How are biodiversity data made available?What are the key challenges?What are its organizations?Where can I go for more?

Page 72: Introduction to Biodiversity Informatics

Thanks!www.canadensys.net

@canadensys@dpsSpiders

[email protected]

David P. Shorthouse


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