Stop and Go - Waves of Tarsier Dispersal Mirror the Genesis of Sulawesi Island

The Indonesian island of Sulawesi harbors a highly endemic and diverse fauna sparking fascination since long before Wallace's contemplation of biogeographical patterns in the region. Allopatric diversification driven by geological or climatic processes has been identified as the main mechanism...

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Published in:PloS one 2015-11, Vol.10 (11), p.e0141212-e0141212
Main Authors: Driller, Christine, Merker, Stefan, Perwitasari-Farajallah, Dyah, Sinaga, Walberto, Anggraeni, Novita, Zischler, Hans
Format: Article
Language:English
Subjects:
ABCA1 protein
Animals
ATP-binding protein
Bayesian analysis
Biodiversity
Biogeography
Colonization
Deoxyribonucleic acid
Dispersal
Distribution
Divergence
DNA
Endemism
Environmental management
Environmental research
Eocene
Evolution
Geography
Geology
Hot spots (geology)
Indonesia
Miocene
Mitochondrial DNA
Molecular Sequence Data
Oceanography
Phylogenetics
Phylogeny
Phylogeography
Pleistocene
Primates
Radiation
RAG1 protein
Tarsiers
Tarsiidae - classification
Tarsiidae - genetics
Taxa
Taxonomy
Terrestrial environments
Toads
Uplift
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cited_by cdi_FETCH-LOGICAL-c692t-2f1cb2e3d6dae5cee61066ec2ba4d2c00c73078050a60ca9e762f41bf0b591ec3
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Perwitasari-Farajallah, Dyah
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Anggraeni, Novita
Zischler, Hans
description The Indonesian island of Sulawesi harbors a highly endemic and diverse fauna sparking fascination since long before Wallace's contemplation of biogeographical patterns in the region. Allopatric diversification driven by geological or climatic processes has been identified as the main mechanism shaping present faunal distribution on the island. There is both consensus and conflict among range patterns of terrestrial species pointing to the different effects of vicariant events on once co-distributed taxa. Tarsiers, small nocturnal primates with possible evidence of an Eocene fossil record on the Asian mainland, are at present exclusively found in insular Southeast Asia. Sulawesi is hotspot of tarsier diversity, whereby island colonization and subsequent radiation of this old endemic primate lineage remained largely enigmatic. To resolve the phylogeographic history of Sulawesi tarsiers we analyzed an island-wide sample for a set of five approved autosomal phylogenetic markers (ABCA1, ADORA3, AXIN1, RAG1, and TTR) and the paternally inherited SRY gene. We constructed ML and Bayesian phylogenetic trees and estimated divergence times between tarsier populations. We found that their arrival at the Proto-Sulawesi archipelago coincided with initial Miocene tectonic uplift and hypothesize that tarsiers dispersed over the region in distinct waves. Intra-island diversification was spurred by land emergence and a rapid succession of glacial cycles during the Plio-Pleistocene. Some tarsier range boundaries concur with spatial limits in other taxa backing the notion of centers of faunal endemism on Sulawesi. This congruence, however, has partially been superimposed by taxon-specific dispersal patterns.
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Performed the experiments: CD NA. Analyzed the data: CD. Contributed reagents/materials/analysis tools: HZ SM DPF. Wrote the paper: CD HZ SM. Provided administrative support: DPF WS. Obtained permissions: CD. Executed field surveys: CD WS.</notes><abstract>The Indonesian island of Sulawesi harbors a highly endemic and diverse fauna sparking fascination since long before Wallace's contemplation of biogeographical patterns in the region. Allopatric diversification driven by geological or climatic processes has been identified as the main mechanism shaping present faunal distribution on the island. There is both consensus and conflict among range patterns of terrestrial species pointing to the different effects of vicariant events on once co-distributed taxa. Tarsiers, small nocturnal primates with possible evidence of an Eocene fossil record on the Asian mainland, are at present exclusively found in insular Southeast Asia. Sulawesi is hotspot of tarsier diversity, whereby island colonization and subsequent radiation of this old endemic primate lineage remained largely enigmatic. To resolve the phylogeographic history of Sulawesi tarsiers we analyzed an island-wide sample for a set of five approved autosomal phylogenetic markers (ABCA1, ADORA3, AXIN1, RAG1, and TTR) and the paternally inherited SRY gene. We constructed ML and Bayesian phylogenetic trees and estimated divergence times between tarsier populations. We found that their arrival at the Proto-Sulawesi archipelago coincided with initial Miocene tectonic uplift and hypothesize that tarsiers dispersed over the region in distinct waves. Intra-island diversification was spurred by land emergence and a rapid succession of glacial cycles during the Plio-Pleistocene. Some tarsier range boundaries concur with spatial limits in other taxa backing the notion of centers of faunal endemism on Sulawesi. 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1932-6203
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source Open Access: PubMed Central; Publicly Available Content Database
subjects ABCA1 protein
Animals
ATP-binding protein
Bayesian analysis
Biodiversity
Biogeography
Colonization
Deoxyribonucleic acid
Dispersal
Distribution
Divergence
DNA
Endemism
Environmental management
Environmental research
Eocene
Evolution
Geography
Geology
Hot spots (geology)
Indonesia
Miocene
Mitochondrial DNA
Molecular Sequence Data
Oceanography
Phylogenetics
Phylogeny
Phylogeography
Pleistocene
Primates
Radiation
RAG1 protein
Tarsiers
Tarsiidae - classification
Tarsiidae - genetics
Taxa
Taxonomy
Terrestrial environments
Toads
Uplift
title Stop and Go - Waves of Tarsier Dispersal Mirror the Genesis of Sulawesi Island
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