@ARTICLE{TreeBASE2Ref25105,
author = {R. Toby Pennington and Matthew T. Lavin},
title = {The contrasting nature of woody plant species in different neotropical forest biomes reflects differences in ecological stability},
year = {2016},
keywords = {Species, Seasonally Dry Tropical Forest, Rain Forest, Speciation, Amazonia, Dispersal},
doi = {10.1111/nph.13724},
url = {http://},
pmid = {},
journal = {New Phytologist},
volume = {210},
number = {},
pages = {25--37},
abstract = {A fundamental premise of this review is that distinctive phylogenetic and biogeographic patterns in clades endemic to different major biomes illuminate the evolutionary process. In seasonally dry tropical forests (SDTF), phylogenies are geographically structured and multiple individuals representing single species coalesce. This pattern of monophyletic species, coupled with their old species stem ages is indicative of maintenance of small effective population sizes over evolutionary timescales, which suggests that SDTF is difficult to immigrate into because of persistent resident lineages adapted to a stable, seasonally dry ecology. In contrast, lack of coalescence in conspecific accessions of abundant and often widespread species is more frequent in rain forests and is likely to reflect large effective population sizes maintained over huge areas by effective seed and pollen flow. Species non-monophyly, young species stem ages and lack of geographic structure in rain forest phylogenies may reflect more widespread disturbance by drought and landscape evolution causing resident mortality that opens greater opportunities for immigration and speciation. We recommend full species sampling and inclusion of multiple accessions representing individual species in phylogenies to highlight non-monophyletic species, which we predict will be frequent in rain forest and savanna, and which represent excellent case studies of incipient speciation.}
}
Taxa for tree 92462 of Study 18275
Citation title:
"The contrasting nature of woody plant species in different neotropical forest biomes reflects differences in ecological stability".
Study name:
"The contrasting nature of woody plant species in different neotropical forest biomes reflects differences in ecological stability".
This study is part of submission 18275
(Status: Published).
Taxa
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| ID |
Taxon Label |
NCBI taxid |
uBIO namebankID |
| 2112651 |
Penicillium antarticum CBS100492T Canescentia ITS KJ834503 xx |
|
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| 2112683 |
Penicillium antarticum CBS116938 Canescentia ITS KP016845 xx |
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| 2112660 |
Penicillium antarticum CBS116939 Canescentia ITS KP016829 xx |
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| 2112681 |
Penicillium atrovenetum CBS241.56T Canescentia ITS AF033492 xx |
69764
|
3183368
|
| 2112685 |
Penicillium atrovenetum CBS243.56 Canescentia ITS KP016835 xx |
69764
|
3183368
|
| 2112667 |
Penicillium brevicompactum CBS257.29T_Brevicompacta_ITS_AY484912 |
5074
|
3060721
|
| 2112674 |
Penicillium canescens CBS300.48T Canescentia ITS AF033493 xx |
5083
|
3064086
|
| 2112656 |
Penicillium canescens IMI149218 Canescentia ITS KP016841 xx |
5083
|
3064086
|
| 2112684 |
Penicillium cf canescens KAS3618 Canescentia ITS na xx |
|
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| 2112654 |
Penicillium cf canescens KAS3622 Canescentia ITS na xx |
|
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| 2112655 |
Penicillium cf corraligerum KAS2101 Canescentia ITS na xx |
|
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| 2112659 |
Penicillium cf corraligerum KAS2203 Canescentia ITS na xx |
|
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| 2112662 |
Penicillium cf murciacum CBS414.68 Canescentia ITS KP016842 xx |
|
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| 2112679 |
Penicillium cf murciacum IBT31963 Canescentia ITS JX140834 xx |
|
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| 2112649 |
Penicillium coralligerum CBS114.69 Canescentia ITS KP016836 xx |
81474
|
3213250
|
| 2112677 |
Penicillium coralligerum CBS123.65T Canescentia ITS JN617667 xx |
81474
|
3213250
|
| 2112647 |
Penicillium dunedinense CBS138218T Canescentia ITS KJ775678 xx |
|
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| 2112675 |
Penicillium echinatum NRRL917T Canescentia ITS KP016840 xx |
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| 2112652 |
Penicillium granatense CBS166.81T Canescentia ITS KC411682 xx |
|
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| 2112672 |
Penicillium griseoazureum CBS162.42T Canescentia ITS KC411679 xx |
|
|
| 2112686 |
Penicillium janczewskii CBS221.28T Canescentia ITS AY157487 xx |
121612
|
3035925
|
| 2112678 |
Penicillium janczewskii CBS279.47 Canescentia ITS KP016837 xx |
121612
|
3035925
|
| 2112676 |
Penicillium janczewskii CBS413.68 Canescentia ITS KP016838 xx |
121612
|
3035925
|
| 2112646 |
Penicillium jensenii CBS216.28 Canescentia ITS JN617693 xx |
261906
|
3035930
|
| 2112665 |
Penicillium jensenii CBS327.59T Canescentia ITS AY443470 xx |
261906
|
3035930
|
| 2112668 |
Penicillium murciacum CBS161.81T Canescentia ITS KP016844 xx |
|
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| 2112670 |
Penicillium murciacum CBS458.69 Canescentia ITS KP016843 xx |
|
|
| 2112671 |
Penicillium nigricans CBS354.48T Canescentia ITS KC411755 xx |
121612
|
1451739
|
| 2112680 |
Penicillium nigricans var sulphuratum CBS744.70T Canescentia ITS KP016839 xx |
|
|
| 2112682 |
Penicillium novaezeelandiae CBS137.41T Canescentia ITS JN617688 xx |
|
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| 2112648 |
Penicillium novaezeelandiae CBS546.77 Canescentia ITS KP016846 xx |
|
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| 2112653 |
Penicillium novaezeelandiae clade1 CBS138942T Canescentia ITS JX140854 xx |
|
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| 2112663 |
Penicillium novaezeelandiae clade1 CBS138955 Canescentia ITS JX140850 xx |
|
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| 2112664 |
Penicillium novaezeelandiae clade1 CBS138956 Canescentia ITS JX140851 xx |
|
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| 2112669 |
Penicillium novaezeelandiae clade2 CBS138936 Canescentia ITS JX140853 xx |
|
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| 2112673 |
Penicillium novaezeelandiae clade2 CBS138938 Canescentia ITS JX140846 xx |
|
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| 2112658 |
Penicillium novaezeelandiae clade2 CBS138949T Canescentia ITS JX140835 xx |
|
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| 2112650 |
Penicillium radiatolobatum CBS340.79T Canescentia ITS KC411745 xx |
|
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| 2112661 |
Penicillium radiatolobatum IBT31958 Canescentia ITS JX140832 xx |
|
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| 2112666 |
Penicillium radiatolobatum IBT31959 Canescentia ITS JX140833 xx |
|
|
| 2112657 |
Penicillium yarmokense CBS410.69T Canescentia ITS KC411757 xx |
|
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Citation
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