@ARTICLE{TreeBASE2Ref28762,
author = {Fritz Jose Pichardo-Marcano and Maria Esther Nieto-Blazquez and Ashley Nicolle MacDonald and Gloria Galeano and Julissa Roncal},
title = {Phylogeny, historical biogeography and diversification rates in an economically important group of Neotropical palms: Tribe Euterpeae},
year = {2018},
keywords = {ancestral range estimation, Arecaceae, biome, inflorescence, tropical America, trait-dependent diversification rates },
doi = {},
url = {http://},
pmid = {},
journal = {Molecular Phylogenetics and Evolution},
volume = {},
number = {},
pages = {},
abstract = {Tribe Euterpeae is an economically and ecologically important group of Neotropical palms (Arecaceae). Some species are hyperdominant in the Neotropics, and many constitute a good source of revenue. To reconstruct the biogeographical history and diversification of the Euterpeae, we inferred a robust dated molecular phylogenetic hypothesis including 82% of the species sequenced for five DNA regions (trnD-trnT, CISP4, WRKY6, RPB2, and PHYB). Ancestral range was estimated using all models available in BioGeoBEARS and Binary State Speciation and Extinction analysis was used to evaluate the association of biome and inflorescence type with diversification rates. All intergeneric relationships were resolved providing insight on the taxonomic controversy of Jessenia, Euterpe and Prestoea. Three widely distributed Neotropical species were non-monophyletic, inviting a revision of species circumscriptions. The Euterpeae started its diversification in the mid Eocene (40 Mya), with most species-level divergence events occurring in the last 10 million years. Four colonization events from Central to South America were inferred. Different diversification rates were associated with biomes but not with inflorescence type. Tribe Euterpeae?s ancestral biome was the lowland rainforest attesting to the importance of lowland adapted lineages on the assembly of montane flora. The two-fold higher speciation rate for montane taxa (compared with lowland rainforest taxa) was contemporaneous to the Andean orogenic uplift. The specialized beetle pollination of Oenocarpus with its hippuriform (horsetail shape) inflorescence did not seem to have influenced diversification rates in Euterpeae. Future studies should conduct a direct test of the effect of pollinators on palm diversification rates.}
}
Citation for Study 23200
Citation title:
"Phylogeny, historical biogeography and diversification rates in an economically important group of Neotropical palms: Tribe Euterpeae".
Study name:
"Phylogeny, historical biogeography and diversification rates in an economically important group of Neotropical palms: Tribe Euterpeae".
This study is part of submission 23200
(Status: Published).
Citation
Pichardo-marcano F.J., Nieto-blazquez M.E., Macdonald A.N., Galeano G., & Roncal J. 2018. Phylogeny, historical biogeography and diversification rates in an economically important group of Neotropical palms: Tribe Euterpeae. Molecular Phylogenetics and Evolution, .
Authors
-
Pichardo-marcano F.J.
-
Nieto-blazquez M.E.
-
Macdonald A.N.
-
Galeano G.
-
Roncal J.
(submitter)
+1 709 3516771
Abstract
Tribe Euterpeae is an economically and ecologically important group of Neotropical palms (Arecaceae). Some species are hyperdominant in the Neotropics, and many constitute a good source of revenue. To reconstruct the biogeographical history and diversification of the Euterpeae, we inferred a robust dated molecular phylogenetic hypothesis including 82% of the species sequenced for five DNA regions (trnD-trnT, CISP4, WRKY6, RPB2, and PHYB). Ancestral range was estimated using all models available in BioGeoBEARS and Binary State Speciation and Extinction analysis was used to evaluate the association of biome and inflorescence type with diversification rates. All intergeneric relationships were resolved providing insight on the taxonomic controversy of Jessenia, Euterpe and Prestoea. Three widely distributed Neotropical species were non-monophyletic, inviting a revision of species circumscriptions. The Euterpeae started its diversification in the mid Eocene (40 Mya), with most species-level divergence events occurring in the last 10 million years. Four colonization events from Central to South America were inferred. Different diversification rates were associated with biomes but not with inflorescence type. Tribe Euterpeae?s ancestral biome was the lowland rainforest attesting to the importance of lowland adapted lineages on the assembly of montane flora. The two-fold higher speciation rate for montane taxa (compared with lowland rainforest taxa) was contemporaneous to the Andean orogenic uplift. The specialized beetle pollination of Oenocarpus with its hippuriform (horsetail shape) inflorescence did not seem to have influenced diversification rates in Euterpeae. Future studies should conduct a direct test of the effect of pollinators on palm diversification rates.
Keywords
ancestral range estimation, Arecaceae, biome, inflorescence, tropical America, trait-dependent diversification rates
External links
About this resource
- Canonical resource URI:
http://purl.org/phylo/treebase/phylows/study/TB2:S23200
- Other versions:
Nexus
NeXML
- Show BibTeX reference
@ARTICLE{TreeBASE2Ref28762,
author = {Fritz Jose Pichardo-Marcano and Maria Esther Nieto-Blazquez and Ashley Nicolle MacDonald and Gloria Galeano and Julissa Roncal},
title = {Phylogeny, historical biogeography and diversification rates in an economically important group of Neotropical palms: Tribe Euterpeae},
year = {2018},
keywords = {ancestral range estimation, Arecaceae, biome, inflorescence, tropical America, trait-dependent diversification rates },
doi = {},
url = {http://},
pmid = {},
journal = {Molecular Phylogenetics and Evolution},
volume = {},
number = {},
pages = {},
abstract = {Tribe Euterpeae is an economically and ecologically important group of Neotropical palms (Arecaceae). Some species are hyperdominant in the Neotropics, and many constitute a good source of revenue. To reconstruct the biogeographical history and diversification of the Euterpeae, we inferred a robust dated molecular phylogenetic hypothesis including 82% of the species sequenced for five DNA regions (trnD-trnT, CISP4, WRKY6, RPB2, and PHYB). Ancestral range was estimated using all models available in BioGeoBEARS and Binary State Speciation and Extinction analysis was used to evaluate the association of biome and inflorescence type with diversification rates. All intergeneric relationships were resolved providing insight on the taxonomic controversy of Jessenia, Euterpe and Prestoea. Three widely distributed Neotropical species were non-monophyletic, inviting a revision of species circumscriptions. The Euterpeae started its diversification in the mid Eocene (40 Mya), with most species-level divergence events occurring in the last 10 million years. Four colonization events from Central to South America were inferred. Different diversification rates were associated with biomes but not with inflorescence type. Tribe Euterpeae?s ancestral biome was the lowland rainforest attesting to the importance of lowland adapted lineages on the assembly of montane flora. The two-fold higher speciation rate for montane taxa (compared with lowland rainforest taxa) was contemporaneous to the Andean orogenic uplift. The specialized beetle pollination of Oenocarpus with its hippuriform (horsetail shape) inflorescence did not seem to have influenced diversification rates in Euterpeae. Future studies should conduct a direct test of the effect of pollinators on palm diversification rates.}
}
- Show RIS reference
TY - JOUR
ID - 28762
AU - Pichardo-Marcano,Fritz Jose
AU - Nieto-Blazquez,Maria Esther
AU - MacDonald,Ashley Nicolle
AU - Galeano,Gloria
AU - Roncal,Julissa
T1 - Phylogeny, historical biogeography and diversification rates in an economically important group of Neotropical palms: Tribe Euterpeae
PY - 2018
KW - ancestral range estimation
KW - Arecaceae
KW - biome
KW - inflorescence
KW - tropical America
KW - trait-dependent diversification rates
UR - http://dx.doi.org/
N2 - Tribe Euterpeae is an economically and ecologically important group of Neotropical palms (Arecaceae). Some species are hyperdominant in the Neotropics, and many constitute a good source of revenue. To reconstruct the biogeographical history and diversification of the Euterpeae, we inferred a robust dated molecular phylogenetic hypothesis including 82% of the species sequenced for five DNA regions (trnD-trnT, CISP4, WRKY6, RPB2, and PHYB). Ancestral range was estimated using all models available in BioGeoBEARS and Binary State Speciation and Extinction analysis was used to evaluate the association of biome and inflorescence type with diversification rates. All intergeneric relationships were resolved providing insight on the taxonomic controversy of Jessenia, Euterpe and Prestoea. Three widely distributed Neotropical species were non-monophyletic, inviting a revision of species circumscriptions. The Euterpeae started its diversification in the mid Eocene (40 Mya), with most species-level divergence events occurring in the last 10 million years. Four colonization events from Central to South America were inferred. Different diversification rates were associated with biomes but not with inflorescence type. Tribe Euterpeae?s ancestral biome was the lowland rainforest attesting to the importance of lowland adapted lineages on the assembly of montane flora. The two-fold higher speciation rate for montane taxa (compared with lowland rainforest taxa) was contemporaneous to the Andean orogenic uplift. The specialized beetle pollination of Oenocarpus with its hippuriform (horsetail shape) inflorescence did not seem to have influenced diversification rates in Euterpeae. Future studies should conduct a direct test of the effect of pollinators on palm diversification rates.
L3 -
JF - Molecular Phylogenetics and Evolution
VL -
IS -
ER -