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Pelecanidae (1 Viewer)

Peter Kovalik

Well-known member
Slovakia
Martyn Kennedy, Scott A. Taylor, Petr Nádvorník, Hamish G. Spencer. The phylogenetic relationships of the extant Pelicans inferred from DNA sequence data. Molecular Phylogenetics and Evolution. In Press.
Abstract
 
Peruvian Pelican

Jeyasingham, Taylor, Zavalaga, Simeone & Friesen (in press). Specialization to cold-water upwellings may facilitate gene flow in seabirds: new evidence from the Peruvian pelican Pelecanus thagus (Pelecaniformes: Pelecanidae). J Avian Biol. [abstract]
 
Kennedy et al 2013

Martyn Kennedy, Scott A. Taylor, Petr Nádvorník, Hamish G. Spencer. The phylogenetic relationships of the extant Pelicans inferred from DNA sequence data. Molecular Phylogenetics and Evolution. In Press. Abstract
Kennedy, Taylor, Nádvorník & Spencer (in press). Corrigendum to "The phylogenetic relationships of the extant pelicans inferred from DNA sequence data" [Mol. Phylogenet. Evol. 66 (2013) 215–222]. Mol Phylogenet Evol. [preview]

[Nothing of any consequence!]
 
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Fossil, Peru

Altamirano-Sierra 2013. Primer registro de pelícano (Aves: Pelecanidae) para el Mioceno tardío de la formación Pisco, Perú. First fossil record of a pelican (Aves: Pelecanidae) from the Late Miocene of the Pisco Formation, Peru. Bulletin de l'IFEA 42(1): 10–12. [abstract]

[With thanks to Manual Plenge for posting on NEOORN.]
 
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Brown Pelican

Olson & Hearty 2013. Fossilized egg indicates probable breeding of Brown Pelican (Pelecanus occidentalis) on Bermuda in the Middle Pleistocene. P Biol Soc Wash 126(2): 169–177. [abstract]
 
Dalmatian Pelican

Nikulina & Schmölcke (in press). First archaeogenetic results verify the mid-Holocene occurrence of Dalmatian pelican Pelecanus crispus far out of present range. J Avian Biol. [abstract]
 
Nikulina & Schmölcke (in press). First archaeogenetic results verify the mid-Holocene occurrence of Dalmatian pelican Pelecanus crispus far out of present range. J Avian Biol. [abstract]

Not a taxonomy question, but I wonder if anybody tried to reintroduce dalmatian pelicans to West Meds or Western Europe?

Given that several escaped white pelicans have survived for months or better, this should be possible.
 
Subspecies of Pelecanus occidentalis

Per IOC, for the Atlantic & Caribbean:

.....
P. o. carolinensis Gmelin, 1789 Atlantic coasts of temperate and tropical Americas
.....
P. o. occidentalis Linnaeus, 1766 West Indies

What's the difference between P. o. carolinensis and P. o. occidentalis?

Can it really be true that Brown Pelicans in Florida (P. o. carolinensis) are more closely related to those 1500 km away in Venezuela (also P. o. carolinensis) than they are to those 150 km away in Cuba (P. o. occidentalis)?

Do any of the other taxonomic authorities differ in their treatment of the subspecies?
 
Clements seems to limit Carolinensis to Atlantic coast of N America. That seems to omit that the population is contiguous to somewhere in Mexico (which might be what is intended with the IOC wording).

Clements has the West Indies form to islands off Venezuela. Birds of Northern SA describes that the birds breeding around northern and atlantic coast of SA is occidentalis, with carolinensis an occasional visitor.

Occidentalis should be smaller and in breeding plumage slightly darker below than carolinensis

Niels
 
Brown Pelican

What's the difference between P. o. carolinensis and P. o. occidentalis?
Can it really be true that Brown Pelicans in Florida (P. o. carolinensis) are more closely related to those 1500 km away in Venezuela (also P. o. carolinensis) than they are to those 150 km away in Cuba (P. o. occidentalis)?
Do any of the other taxonomic authorities differ in their treatment of the subspecies?
Elliott et al 2016 (HBW Alive)...
Subspecies and Distribution
  • P. o. californicus Ridgway, 1884 – breeds on Pacific coast in SW USA (California) and NW Mexico (Baja California, and S to Jalisco); non-breeders disperse along Pacific coast N to Canada (British Columbia) and S to Guatemala, rarely to El Salvador.
  • P. o. carolinensis J. F. Gmelin, 1789 – breeds E USA from Maryland along Atlantic, Gulf and Caribbean coasts S, very locally, to Honduras, also on Pacific coast of Honduras, Costa Rica and Panama; non-breeders from S New York to Venezuela.
  • P. o. occidentalis Linnaeus, 1766 – breeds in Bahamas, Greater and Lesser Antilles, and along Caribbean coast of W Indies, Colombia and Venezuela to Trinidad and Tobago.
  • P. o. murphyi Wetmore, 1945 – W Colombia to Ecuador; non-breeding visitor to N Peru.
  • P. o. urinator Wetmore, 1945 – Galapagos Is.
... race carolinensis very like nominate but slightly paler, especially on underparts; murphyi very like carolinensis but darker above and more extensively streaked pale on underparts; californicus very similar to previous races but larger, and readily separated when breeding by characteristic red proximal half of pouch, which may turn yellowish; urinator similar in size to californicus but darker above and often below, while gular pouch lacks red as in most races, during breeding it becomes blackish olive to dark olive-green, pre-breeding, bill pale orange-horn and cream-yellow tinge on white head usually weak, dark of neck less blackish, more chestnut or rusty in hue.
Shields 2014 (BNA Online)...
Geographic Variation
Body size varies geographically: the largest birds breed along the Pacific Coast, birds of intermediate size breed along the Gulf and Atlantic coasts, and the smallest birds breed in the Caribbean (see Appendix 1). Plumage varies less strikingly, but in general breeders in the West Indies are darker than those on the Atlantic and Gulf of Mexico. Soft part coloration (when birds are in breeding condition), particularly the basal portion of the gular, varies red on the Pacific of North America to dark greenish on the Atlantic and in the Caribbean to blackish in w. South America.

Subspecies
Five subspecies, following Wetmore (1945), distinguished on the basis of differences in plumage color, the color of the bill and orbital in breeding condition, and body size. Diagnoses below are adapted from those of Wetmore (1945), although he also relied on hindneck color during the breeding season, a character since shown to vary greatly within and among subspecies (Schreiber et al. 1989). Range limits of subspecies are poorly known, especially in Middle America and n. South America. Angehr and Kushlan (2007) suggested that breeders in Panama may be taxonomically distinct, and Nelson (2006) questioned the validity of the Galapagos subspecies, despite differences in gular coloration.

P. o. occidentalis Linnaeus, 1766. Includes P. fuscus Gmelin, 1789. Breeds in the Caribbean from the s. Bahamas south through the Greater and Lesser Antilles to the coasts of Colombia east to Venezuela and Trinidad (Am. Ornithol. Union 1957, van Halewyn and Norton 1984) [type locality = Jamaica]; wanders to the Gulf coast of Florida, Caribbean coast of Mexico (Wetmore 1945), and along the Atlantic coast of South America to e. Brazil (Patrial 2011). Small (see Appendix 1; male wing < 500 mm, female wing < 485 mm); in breeding plumage, ventrum dark moderately streaked with pale; in breeding condition, gular pouch a blackish blue-green.

P. o. carolinensis Gmelin, 1789. Includes P. albicollis Maynard, 1874. Breeds coastally from Maryland south to s. Florida, in the Gulf of Mexico from s. Florida to s. Texas, in s. Veracruz, at various points around the Yucatan Peninsula (Mexico and Belize), and in Honduras (Am. Ornithol. Union 1957, 1998; Blake 1977); also breeds on Pacific coast of Honduras, Costa Rica, and Panama (Am. Ornithol. Union 1957) [type locality = Charleston, South Carolina]; wanders north along the Atlantic Coast to the Maritime Provinces, south to e. Brazil, inland to various locales in the e. United States and Middle America, and on the Pacific Coast from s. Mexico to n. Peru (Murphy 1936, Am. Ornithol. Union 1957, 1998, D. Blankinship pers. comm). Like P. o. occidentalis, but body size much larger (male wing > 500 mm, female wing > 485 mm) and ventrum of breeding plumage generally paler.

P. o. californicus Ridgway, 1884. Breeds coastally at scattered locations from the Channel Is. off s. California south along the Baja California Peninsula and through the Gulf of California south to Sinaloa (Anderson et al. 2013), and has bred inland at the Salton Sea in se. California (Sturm 1998) [type locality = La Paz, Baja California Sur]; has wandered both coastally north to se. Alaska (Tobish 2003) and south coast to El Salvador and inland to the sw. United States (Am. Ornithol. Union 1957, U.S. Fish Wildl. Serv. 1983), with putative records from the Gulf Coast of Mexico, Texas, and Florida and from the Atlantic Coast of Florida and, possibly, Georgia (Brinkley 2010). Similar to P. o. carolinensis, but gular in breeding condition bright red (Schreiber et al. 1989); averages larger.

P. o. murphyi Wetmore, 1945. Breeds along the Pacific coast and offshore islands of Colombia (Moreno and Buelvas 2005) and Ecuador (Suárez and Calle 2005, U.S. Fish Wildl. Serv. 2009) [type locality = Pelado I., Santa Elena Bay, Ecuador]; ranges along the Pacific coast south to n. Chile (Wetmore 1945, Jaramillo 2007). Like P. o. carolinensis, but dorsum darker and ventrum more extensively streaked with pale (Wetmore 1945).

P. o. urinator Wetmore, 1945. Resident in the Galápagos Is. [type locality = Española (formerly Hood) I.]. Similar to P. o. californicus, but gular blackish (not red; Rothschild and Hartert 1899) and dorsum (and often ventrum, too) darker (Wetmore 1945).
 
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Five subspecies, following Wetmore (1945), distinguished on the basis of differences in plumage color, the color of the bill and orbital in breeding condition, and body size. Diagnoses below are adapted from those of Wetmore (1945), although he also relied on hindneck color during the breeding season, a character since shown to vary greatly within and among subspecies (Schreiber et al. 1989). Range limits of subspecies are poorly known, especially in Middle America and n. South America. Angehr and Kushlan (2007) suggested that breeders in Panama may be taxonomically distinct, and Nelson (2006) questioned the validity of the Galapagos subspecies, despite differences in gular coloration.

Angehr GR, Kushlan JA. 2007. Seabird and colonial wading bird nesting in the gulf of Panama. Waterbirds 30:335-357. [pdf here]
Nelson JB. 2006. Pelicans, cormorants, and their relatives. Oxford University Press, Oxford.
Schreiber RW, Schreiber EA, Anderson DW, Bradley DW. 1989. Plumages and molts of brown pelicans. Contrib. Sci. 402:1-43. [pdf on the NHM site]
Wetmore A. 1945. A review of the forms of the brown pelican. Auk. 62:577-586. [pdf on Sora]
 
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Thanks all! Looks like IOC's range descriptions are poorly worded, with those on the coast of South America being occidentalis, rather than carolinensis as implied.
 
Brown Pelican

Taylor S.A., Jenkins M., Manghani M., Birt T., Anderson D.J., Jiménez‑Uzcátegui G. & Friesen V., in press. Genetic distinctiveness of Brown Pelicans (Pelecanus occidentalis) from the Galápagos Islands compared to continental North America. Conserv. Genet.

Abstract
We examined population differentiation across a substantial portion of the range of the brown pelican (Pelecanus occidentalis) to assess (1) the genetic distinctness of the Galápagos subspecies (P. o. urinator) and (2) genetic differentiation between subspecies that inhabit the coasts of North and Central America (P. o. californicus and P. o. carolinensis). Birds were sampled from coastal California, coastal Florida, and the Galápagos Islands. Using a 957 bp (bp) fragment of the NADH dehydrogenase subunit 2 (ND2) gene, 661 bp of the mitochondrial control region, and eleven microsatellite loci we characterize population genetic differentiation among 158 brown pelicans. The Galápagos subspecies is genetically distinct from the sampled continental subspecies, possessing a unique ND2 haplotype and unique mitochondrial control region haplotypes. Samples from the two continental subspecies all possessed the same ND2 haplotype and shared four mitochondrial control region haplotypes. Bayesian clustering in STRU CTU RE placed the Galápagos subspecies in a distinct genetic group with high probability, but could not differentiate the continental subspecies from one another. Estimates of migration rates from BayesAss indicated substantial migration between continental subspecies, but no migration between the Galápagos subspecies and either continental subspecies. There are clearly two Evolutionarily Significant Units within the range of the brown pelican, which warrants conservation attention. Further investigation should determine how the un-sampled subspecies (P. o. murphyi and P. o. occidentalis) fit into the broader picture.
 
Pelecanus crispus

Tian Huang, Yonghong Wang, Libo Zhou & Zhenggang Xu (2019) Complete mitochondrial genome of Pelecanus crispus and its phylogeny, Mitochondrial DNA Part B, 4:2, 3075-3076, DOI: 10.1080/23802359.2019.1666679

[pdf]
 

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