North or south? Phylogenetic and biogeographic origins of a globally distributed avian clade

Remedios, Natalie dos; Lee, Patricia L. M.; Burke, Terry; Székely, Tamás; Küpper, Clemens

doi:10.1016/j.ympev.2015.04.010

Cited by 32 publications

(39 citation statements)

References 60 publications

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“…The recently published Charadrius phylogeny (dos Remedios et al. ) was used to measure phylogenetic relatedness between species for the PGLS analysis. Species with large breeding range sizes are likely to have greater levels of differentiation between populations compared to those with smaller ranges (Gavrilets and Vose ; Losos and Parent ; Kisel and Barraclough ), therefore we incorporated breeding range size into the models.…”

Section: Methodsmentioning

confidence: 99%

“…; dos Remedios et al. ). Within a breeding season sequentially polygamous plovers change partners after a successful breeding attempt, leaving their mate to care for the young, whereas monogamous plovers stay together for subsequent breeding attempts.…”

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confidence: 99%

“…We investigated the relationships between mating systems, migration, and diversification using two datasets with either genetic differentiation or subspecies richness as proxy for within species population divergence and hence speciation propensity. Firstly, we studied plovers (Charadrius spp), a globally distributed clade of shorebirds that includes both migrant and resident species with monogamous or sequentially polygamous mating systems (Thomas et al 2007;dos Remedios et al 2015). Within a breeding season sequentially polygamous plovers change partners after a successful breeding attempt, leaving their mate to care for the young, whereas monogamous plovers stay together for subsequent breeding attempts.…”

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Polygamy slows down population divergence in shorebirds

et al. 2017

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Sexual selection may act as a promotor of speciation since divergent mate choice and competition for mates can rapidly lead to reproductive isolation. Alternatively, sexual selection may also retard speciation since polygamous individuals can access additional mates by increased breeding dispersal. High breeding dispersal should hence increase gene flow and reduce diversification in polygamous species. Here, we test how polygamy predicts diversification in shorebirds using genetic differentiation and subspecies richness as proxies for population divergence. Examining microsatellite data from 79 populations in 10 plover species (Genus: Charadrius) we found that polygamous species display significantly less genetic structure and weaker isolation‐by‐distance effects than monogamous species. Consistent with this result, a comparative analysis including 136 shorebird species showed significantly fewer subspecies for polygamous than for monogamous species. By contrast, migratory behavior neither predicted genetic differentiation nor subspecies richness. Taken together, our results suggest that dispersal associated with polygamy may facilitate gene flow and limit population divergence. Therefore, intense sexual selection, as occurs in polygamous species, may act as a brake rather than an engine of speciation in shorebirds. We discuss alternative explanations for these results and call for further studies to understand the relationships between sexual selection, dispersal, and diversification.

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Polygamy slows down population divergence in shorebirds

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“…We did not perform phylogenetic analyses given the lack of genetic information for many migratory species from Africa and Europe. We selected all sister species present in our dataset, or species that were phylogenetically closely related, and also some trios when the relationship between phylogenetically closely related species was not clear, based on different phylogenetic hypotheses (Riesing et al 2003, Alstr€ om et al 2008, Aliabadian et al 2007, Gonzalez et al 2009, Gibson & Baker 2012, P€ ackert et al 2012, Arbabi et al 2014, Dos Remedios et al 2015, Oatley et al 2015, Tietze et al 2015, Ponti et al 2018; see Table S3). We calculated the niche overlap between breeding ranges or non-breeding ranges of those species pairs, using the same methodology described above.…”

Section: Niche Overlap and Niche Breadth Analysesmentioning

confidence: 99%

Seasonal climatic niches diverge in migratory birds

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Ferrer

et al. 2019

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Migratory birds occupy different geographical areas during breeding and non‐breeding periods, and thus different factors may determine their range limits depending on each season. One such factor is the spatial climatic component of the niche, which is widely used to model species distributions, yet the temporal component is often neglected and is generally assumed to be constant. We tested the hypothesis that the climatic niche is conserved between breeding and non‐breeding areas in 355 bird species migrating through Eurasian–African flyways. For this, we performed niche overlap analyses and compared niche differences between sister or phylogenetically closely related species, as well as linking the differences to migratory distances. For more than 80% of the species, there was no or very little overlap between their breeding and non‐breeding climatic niches. For most closely related species, the degree of overlap of their breeding climatic niches was larger than the overlap observed within each species, but not for their wintering climatic niches, suggesting a phylogenetic conservation of breeding climatic niches. Finally, there was a clear negative relationship between migratory distances and climatic niche overlap within each species. Our results confirmed that the climatic niche of most Eurasian–African migratory species differs between both breeding and non‐breeding ranges, suggesting distinctive seasonal climatic requirements. Given these results and the geographically uneven effects of climate change, the impact of global change is likely to have different effects in each seasonal range. Hence, both breeding and non‐breeding climatic data need to be considered when using species distribution models.

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“…alexandrinus closer to C. leschenaultii than with other species and is supported by bootstrap values of 99% in NJ and 96% in MP. C. melodus closer to C. semipalmatus supported by 99% bootstrap values in NJ and 96% in MP, and similar with Barth et al (2013), Dos Remedios et al (2015, Rheindt et al (2011). Both species are closer to C. dubius but only supported by 58% bootstrap values in NJ and 56% in MP.…”

Section: Plover (Charadrius) Relationshipsmentioning

confidence: 72%

Study on Phylogenetic Status of Javan Plover Bird (Charadrius, Charadriidae, Charadriiformes) through DNA Barcoding Analysis

Ashari

Astuti

2017

J Bio Bio Edu

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Javan Plover named Charadrius javanicus is taxonomically under controversy and phylogenetically unresolved yet. Through an analysis of DNA barcode, this study aims (1) to confirm whether Javan Plover is separated species named Charadrius javanicus or a subspecies of C. alexandrinus which named C. a. javanicus and (2) to determine a relationship within this genus. Totally 666 bp DNA sequences of COI barcode gene were analyzed. The results showed that a sequence divergence between Javan Plover and C. alexandrinus alexandrinus was only 1.2%, while sequence divergences between C.a.alexandrinus and others species, or between Javan Plover and others species were ranged from 9-12%. Neighbour-joining (NJ) and maximum-parsimony (MP) analyses showed that all individuals of both Javan Plover and Kenith Plover were clustered together, and supported by 99 % and 100 % of bootstrap value in NJ and MP, respectively. This study tends to support the previous findings that Javan Plover was not a separated species named C. javanicus, but it was as a subspecies of C. alexandrinus; named C. a. javanicus. There were two groups of Plover in this study; (C. leschenaultii and C. javanicus + C.a.alexandrinus), and (C.dubius and C. melodus + C. semipalmatus). DNA barcoding analysis can give certainty taxonomic status of the bird. Then, this study has implication as a basic data that can be used to provide and support the planning of Javan plover conservation programs.

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North or south? Phylogenetic and biogeographic origins of a globally distributed avian clade

Cited by 32 publications

References 60 publications

Polygamy slows down population divergence in shorebirds

Polygamy slows down population divergence in shorebirds

Seasonal climatic niches diverge in migratory birds

Study on Phylogenetic Status of Javan Plover Bird (Charadrius, Charadriidae, Charadriiformes) through DNA Barcoding Analysis

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