antarctic biodiversity information networks: lessons learnt and upcoming challenges

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Antarctic biodiversity information networks lessons learnt and upcoming challenges Bruno Danis, Claude De Broyer www.scarmarbin.be Wednesday 26 May 2010

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This presentation was given during the Belgian IPY symposium, in May 2010.The Southern Ocean ecosystems have an exceptional ecological, biogeographic and political value. We argue that to efficiently understand and protect these ecosystems, it is vital to maintain an effective mechanism for the exchange of scientific information on Antarctic biodiversity. These should be widely disseminated, immediately and freely accessible and carefully checked in order to establish sound management of the Antarctic ecosystems. SCAR’s Marine Biodiversity Information Network (www.SCARMarBIN.be), is an example of such a mechanism, which publishes this information through the Internet. SCARMarBIN is home to the first Register of Antarctic Marine Species (RAMS), available online and constantly updated by a panel of 70 taxonomic experts. Using a geographic information system, SCAR-MarBIN also allows users to view and download reference data on marine organisms. This initiative, funded by the Belgian Science Policy (BELSPO), allows for the first time to quantify the diversity and distribution of life in Antarctica in a wide variety of taxonomic, temporal or spatial contexts. SCAR-MarBIN is also a key tool for the detection of impacts due to global change and to highlight areas of the Southern Ocean that require special protection.As part of the legacy of the International Polar Year (IPY), various initiatives are working closely to document the biodiversity, ecosystem services and evolutionary processes of the Southern Ocean. The creation of a freely accessible archival system should be considered a top priority, especially during the International Year of Biodiversity (2010). It is our responsibility towards future generations.

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Page 1: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

Antarctic biodiversity information networks

lessons learnt and upcoming challenges

Bruno Danis, Claude De Broyer

www.scarmarbin.be

Wednesday 26 May 2010

Page 2: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

Antarctic Biodiversity

• Highly adapted to extreme environment

• High level of endemism

• Mostly marine

• Estimations: possibly 20.000 species

• Under-studied (especially the deep sea)

• Probably very sensitive to CC

• but where’s the data?

Wednesday 26 May 2010

Page 3: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

SCAR-MarBIN

• www.scarmarbin.be

• Main funding: Belgian science Policy office

• International Polar Year 2007/08

• Census of Antarctic Marine Life

• Ocean Biogeographic Information System

• Global Biodiversity Information Network

Marine Biodiversity Information Network

Wednesday 26 May 2010

Page 4: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

ANTABIF

• www.biodiversity.aq

• Funding: Belgian science Policy office

• International Year of Biodiversity

• Evolution and Biodiversity in Antarctica

• Global Biodiversity Information Network

• Australian Antarctic Division

Antarctic Biodiversity Information Facility

Wednesday 26 May 2010

Page 5: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

• Build a network

• Offer free and open access to data and technology

• Expose all the (biodiversity) data and metadata

• Remain community-driven

• Adopt strong standardization

• Work for science, conservation, management

Philosophy

Wednesday 26 May 2010

Page 6: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

Who’s in?

Wednesday 26 May 2010

Page 7: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

[results]: webportal

taxonomy, biogeography

vizualisation

open access

725,000 visitors

5,075,000 hits

32,000,000 dld records

V2alpha coming up

Wednesday 26 May 2010

Page 8: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

[results]: RAMS

all taxa

all species

valid species

0 3.750 7.500 11.250 15.000

• The first RAMS

• Board of 60+ editors

• Feeds WoRMS, CoL and EoL

• 16,475 taxa

• 9,346 species

Wednesday 26 May 2010

Page 9: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

[results]: ANTOBIS

1,088,044 records167 datasets

106 geodatasets5,235 taxa

Feeds OBIS, GBIFDownloadable

WebGISWebservices

Wednesday 26 May 2010

Page 10: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

[projects] a few examples

ANTABIF (www.biodiversity.aq)

SCAR-MarBIN V2 alpha

Antarctic Field Guides

Georeferenced genetic data

Polar Macroscope Synthesis

Antarctic Biodiversity Atlas

Wednesday 26 May 2010

Page 11: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

[apps]: conservation

World Summit on Sustainable Development, 2001: “establish comprehensive, effectively managed, and ecologically representative networks of marine protected areas by 2012”

By 2010, collate relevant data for as many of the 11 priority regions as possible (and other regions as appropriate), and characterise each region in terms of biodiversity patterns and ecosystem processes, physical environmental features and human activities.

By end 2011, submit proposals for candidate areas for protection to the CCAMLR Scientific Committee.

By 2012, submit proposals on a representative system of Southern Ocean MPAs to the CCAMLR Commission.

Wednesday 26 May 2010

Page 12: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

[apps]: modelingBivalve richness 10 environmental variables

Wednesday 26 May 2010

Page 13: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

[apps]: detecting change

Atkinson et al 2004

1976 - 2003

Over 2-fold decrease / 10 years

Over 2-fold increase / 10 years

Cope or adaptMove (deeper, south)Go extinct

Wednesday 26 May 2010

Page 14: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

[apps]: expedition design

Limopsis predictionmodel fits actual datamap shows where to go

Wednesday 26 May 2010

Page 15: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

[apps]: expedition design

Limopsis predictionmodel fits actual datamap shows where to go

Wednesday 26 May 2010

Page 16: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

Strugnell J. British Antarctic Survey

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[apps]: data exploration

Wednesday 26 May 2010

Page 17: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

[main] Challenges

Quickly evolving needs from the community

Gaps in the data: taxonomy (microbes, kinetics??), spatial, temporal, institutional, IPY data

Fear to publish (but happy to use)

The community needs to value the publication of data

Funding: hard to make a DB look sexy...

Wednesday 26 May 2010

Page 18: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

• Art III-1c of the Antarctic Treaty: “... scientific observations and results from Antarctica shall be exchanged and made freely available”

• IPY: “...the Joint Committee requires that data are made available fully, freely, openly and on the shortest feasible timeframe”

Data policy framework

Wednesday 26 May 2010

Page 19: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

[vision] The future

• SMB awarded IPY grand prize for data sharing

• Polar Information Commons (PIC): framework long-term stewardship of polar data

• ongoing applications: fill the gaps, strategic conservation planning, optimized expedition design,...

• flying across disciplines... could Belgium lead the way?

Wednesday 26 May 2010

Page 20: Antarctic biodiversity information networks: lessons learnt and upcoming challenges

Questions?

Griffiths HJ. British Antarctic Survey

www.biodiversity.aq

Wednesday 26 May 2010