integrating space, place, time and form: the challenge of developing standards for geophylogenies

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Integrating space, place, time and form: the challenge of developing standards for geophylogenies David M. Kidd Centre for Population Biology, Imperial College London, UK National Evolutionary Synthesis Centre, Durham, North Carolina, USA. [email protected] E s c h e r Flatworm

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Integrating space, place, time and form: the challenge of developing standards for geophylogenies. Escher. Flatworm. David M. Kidd Centre for Population Biology, Imperial College London, UK National Evolutionary Synthesis Centre, Durham, North Carolina, USA. [email protected]. - PowerPoint PPT Presentation

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Page 1: Integrating space, place, time and form: the challenge of developing standards for geophylogenies

Integrating space, place, time and form:the challenge of developing standards

for geophylogenies

David M. KiddCentre for Population Biology, Imperial College London, UK

National Evolutionary Synthesis Centre, Durham, North Carolina, [email protected]

Escher

Fla

twor

m

Page 2: Integrating space, place, time and form: the challenge of developing standards for geophylogenies

Form, Time and Space

“The affinities of all the beings of the same class have sometimes been represented by a great tree...the…Tree of Life, which fills with its dead and broken branches the crust of the earth, and covers the surface with its ever branching and beautiful ramifications.”

Charles Darwin 1859. On the origin of species. Ch. 5 Laws of Variation.

Encyclopedia of Life Tree of Life Map of Life

“The affinities of all the beings of the same class have sometimes been represented by a great tree...the…Tree of Life, which fills with its dead and broken branches the crust of the earth, and covers the surface with its ever branching and beautiful ramifications.”

Charles Darwin 1859. On the origin of species. Ch. 5 Laws of Variation.

Page 3: Integrating space, place, time and form: the challenge of developing standards for geophylogenies

Observations

EcologicalNiche Model

Ecology

Niche Range

Phylogeny

Ad-hoc Area

Range–AreaMatrix

CladisticBiogeography

Derived Areas

‘Areas of Endemism’Analysis

(PAE, Biotic Elements)

many

Clade History

one

Direct VicarianceAnalysis

(Hovenkamp)

Order and location of vicariance events

many

one

Data

Inference

Analysis

LaGrange DIVA

HierarchicalArea

Relationships

Historical Biogeography Workflow

Page 4: Integrating space, place, time and form: the challenge of developing standards for geophylogenies

GeophylogenySpatial network in which topology is defined

by a phylogenetic model or classification and the geographical position of inferred

nodes and the paths of branches are defined by a biogeographical model

Page 5: Integrating space, place, time and form: the challenge of developing standards for geophylogenies
Page 6: Integrating space, place, time and form: the challenge of developing standards for geophylogenies
Page 7: Integrating space, place, time and form: the challenge of developing standards for geophylogenies
Page 8: Integrating space, place, time and form: the challenge of developing standards for geophylogenies

Integration of Standards

Place

Time

Form

Space

Geophylogenies PhylogeneticNexML & PhyloXML

GeographicGML

EcologicalEML

TemporalChronos?

Taxonomic (TNC)

Genetic (?)

Palaeoecological,palaeoclimate &palaeo-sealevelreconstructions

?

Continental Drift?

Area BiogeographicICAN Chronogrametic

?

Page 9: Integrating space, place, time and form: the challenge of developing standards for geophylogenies

Acknowledgements

GeoPhyloBuilder: Xianhua Liu

Data:Constantino Macias-Garcia & Ella Vazquez (UNAM)Bill Piel (Yale)John Wiens & Sarah Smith (Stony Brook).

Funding:NESCent Research FellowshipNSFb #EF-0423641 Duke, NC State University & UNC

http://evoviz.org