@ARTICLE{TreeBASE2Ref19489,
author = {Lisa Pokorny and Gisela Oliv?n and A. Jonathan Shaw},
title = {Phylogeographic Patterns in Two Southern Hemisphere Species of Calyptrochaeta (Daltoniaceae, Bryophyta)},
year = {2011},
keywords = {Bryophytes, chloroplast and nuclear DNA, Cryptic Speciation, Divergence Times, Long Distance Dispersal, Phylogeography},
doi = {},
url = {http://},
pmid = {},
journal = {Systematic Botany},
volume = {},
number = {},
pages = {},
abstract = {To better understand biogeographic patterns in the Southern Hemisphere, infraspecific molecular patterns were compared in two species of the moss genus Calyptrochaeta with contrasting distributions. One, C. apiculata, has a disjunct distribution encompassing South America and Australasia, and the other, C. asplenioides, occurs from South Africa northward to Rwanda and eastward into the Indian Ocean Islands. Nucleotide sequence data from two plastid loci (trnL-F and trnG) and nuclear ribosomal DNA (ITS1-2) were gathered from 62 samples representing the genera Calyptrochaeta and Daltonia (the latter as an outgroup), and subjected to phylogenetic analyses using maximum likelihood and Bayesian inference. The phylogenetic analyses revealed strong, geographically correlated structure within C. asplenioides in which populations from southern Africa are sister to those from eastern Africa, Madagascar, and the other Indian Ocean islands. Continental plants are further differentiated from island plants to the east. Divergence times suggest that C. asplenioides diversified in a time frame that does not support vicariance associated with continental drift, but rather dispersal, to explain the disjunct distribution of this species. Sequences of C. apiculata disjunct between Chile and Australia are nearly identical, which strongly suggests recent and/or ongoing gene flow. Our dating suggests that the South American-Australian disjunction of C. apiculata is also not old enough to reflect vicariance associated with continental drift. Thus, in both cases, recent long-distance dispersal best explains their distributions in the Southern Hemisphere. }
}
Taxa for Study 11229
Citation title:
"Phylogeographic Patterns in Two Southern Hemisphere Species of Calyptrochaeta (Daltoniaceae, Bryophyta)".
Study name:
"Phylogeographic Patterns in Two Southern Hemisphere Species of Calyptrochaeta (Daltoniaceae, Bryophyta)".
This study is part of submission 11219
(Status: Published).
Taxa
ID |
Taxon Label |
NCBI taxid |
uBIO namebankID |
470182 |
Calyptrochaeta apiculata G002 CL |
|
443949
|
470194 |
Calyptrochaeta apiculata G060 AU |
|
443949
|
470199 |
Calyptrochaeta apiculata G100 AU |
|
443949
|
470202 |
Calyptrochaeta apiculata G101 AU |
|
443949
|
470174 |
Calyptrochaeta apiculata G104 CL |
|
443949
|
470165 |
Calyptrochaeta apiculata G105 CL |
|
443949
|
470158 |
Calyptrochaeta apiculata G106 CL |
|
443949
|
470215 |
Calyptrochaeta apiculata G107 CL |
|
443949
|
470213 |
Calyptrochaeta apiculata G109 CL |
|
443949
|
470184 |
Calyptrochaeta apiculata G110 CL |
|
443949
|
470166 |
Calyptrochaeta apiculata G113 GB |
|
443949
|
470179 |
Calyptrochaeta apiculata L009 FK |
|
443949
|
470183 |
Calyptrochaeta apiculata L012 NZ |
|
443949
|
470197 |
Calyptrochaeta asplenioides G003 RE |
|
3932980
|
470176 |
Calyptrochaeta asplenioides G064 RE |
|
3932980
|
470159 |
Calyptrochaeta asplenioides G065 RE |
|
3932980
|
470211 |
Calyptrochaeta asplenioides G066 TZ |
|
3932980
|
470181 |
Calyptrochaeta asplenioides G067 MG |
|
3932980
|
470162 |
Calyptrochaeta asplenioides G068 MU |
|
3932980
|
470212 |
Calyptrochaeta asplenioides G069 KM |
|
3932980
|
470173 |
Calyptrochaeta asplenioides G070 ZA |
|
3932980
|
470192 |
Calyptrochaeta asplenioides G071 KM |
|
3932980
|
470210 |
Calyptrochaeta asplenioides G072 KM |
|
3932980
|
470172 |
Calyptrochaeta asplenioides G073 KM |
|
3932980
|
470185 |
Calyptrochaeta asplenioides G074 KM |
|
3932980
|
470195 |
Calyptrochaeta asplenioides G075 RE |
|
3932980
|
470157 |
Calyptrochaeta asplenioides G077 RE |
|
3932980
|
470200 |
Calyptrochaeta asplenioides G079 RE |
|
3932980
|
470209 |
Calyptrochaeta asplenioides G080 RE |
|
3932980
|
470188 |
Calyptrochaeta asplenioides G081 RE |
|
3932980
|
470196 |
Calyptrochaeta asplenioides G082 RE |
|
3932980
|
470186 |
Calyptrochaeta asplenioides G083 RE |
|
3932980
|
470167 |
Calyptrochaeta asplenioides G084 RE |
|
3932980
|
470203 |
Calyptrochaeta asplenioides G086 RE |
|
3932980
|
470218 |
Calyptrochaeta asplenioides G087 RE |
|
3932980
|
470163 |
Calyptrochaeta asplenioides G089 RE |
|
3932980
|
470169 |
Calyptrochaeta asplenioides G090 RW |
|
3932980
|
470168 |
Calyptrochaeta asplenioides G091 ZA |
|
3932980
|
470189 |
Calyptrochaeta asplenioides G093 TZ |
|
3932980
|
470208 |
Calyptrochaeta asplenioides G094 TZ |
|
3932980
|
470171 |
Calyptrochaeta asplenioides G098 TZ |
|
3932980
|
470204 |
Calyptrochaeta asplenioides G099 CD |
|
3932980
|
470164 |
Calyptrochaeta asplenioides L001 ZA |
|
3932980
|
470193 |
Calyptrochaeta asplenioides L002 TZ |
|
3932980
|
470175 |
Calyptrochaeta asplenioides L003 TZ |
|
3932980
|
470201 |
Calyptrochaeta asplenioides L006 ZA |
|
3932980
|
470190 |
Calyptrochaeta asplenioides L007 ZA |
|
3932980
|
470170 |
Calyptrochaeta asplenioides L008 CD |
|
3932980
|
470187 |
Calyptrochaeta asplenioides L013 MU |
|
3932980
|
470177 |
Calyptrochaeta asplenioides L015 MG |
|
3932980
|
470207 |
Calyptrochaeta brownii G102 AU |
245344
|
3938296
|
470206 |
Calyptrochaeta brownii G103 AU |
245344
|
3938296
|
470180 |
Calyptrochaeta brownii WB14 AU |
245344
|
3938296
|
470217 |
Calyptrochaeta cristata G111 NZ |
|
3934943
|
470161 |
Calyptrochaeta flaccida B525 PH |
|
3344877
|
470214 |
Calyptrochaeta japonica G061 JP |
245345
|
3932989
|
470205 |
Calyptrochaeta japonica G062 JP |
245345
|
3932989
|
470216 |
Calyptrochaeta japonica G063 JP |
245345
|
3932989
|
470160 |
Calyptrochaeta microblasta B533 PH |
|
3938667
|
470198 |
Calyptrochaeta ramosa BC597 ID |
|
3778156
|
470191 |
Daltonia marginata JY23 AU |
|
3928821
|
470178 |
Daltonia splachnoides G038 IR |
|
3873069
|