02412nas a2200253 4500008004100000022001400041245021600055210006900271260001600340300001400356490000700370520141900377653003201796653002501828653002601853653002401879653002601903653002101929653001601950653001901966100002501985700003102010856011702041 2015 eng d a0165-575200aSix new species of Myrsidea Waterston, 1915 (Phthiraptera: Menoponidae) from New World jays of the genus Cyanocorax Boie (Passeriformes: Corvidae), with notes on the chorionic structure of eggs0 aSix new species of emMyrsideaem Waterston 1915 Phthiraptera Meno cJan-02-2015 a191 - 2110 v903 a

The only species of previously named Myrsidea Waterston, 1915 from Neotropical jays of the genus Cyanocorax Boie (Passeriformes: Corvi- dae), Myrsidea fallax Ke ́ler, 1938 (type-host Cyano- corax cyanomelas Vieillot), is redescribed and six new species of lice in the genus Myrsidea are described: Myrsidea pseudofallax n. sp. [type-host C. c. chrysops (Vieillot)]; M. moriona n. sp. [type-host C. m. morio (Wagler)]; Myrsidea daleclaytoni n. sp. [type-host C. v. violaceus Du Bus de Gisignies]; Myrsidea lindolphoi n. sp. [type-host C. caeruleus (Vieillot)]; Myrsidea melanocyanei n. sp. [type-host C. melanoc- yaneus chavezi (Miller & Griscom)]; and Myrsidea cristatelli n. sp. [type-host C. cristatellus (Tem- minck)]. A key to the identification of both sexes of these seven species is provided. Immature stages of M. daleclaytoni n. sp. (all instars) and M. cristatelli n. sp. (nymph III) are described. External chorionic architecture of the eggs is described and illustrated for six Myrsidea spp. from corvine birds: M. picae (Linnaeus, 1758) ex Pica p. pica L.; M. cornicis (DeGeer, 1778) ex Corvus c. corone L.; M. isostoma (Nitzsch in Giebel, 1866) ex Co. f. frugilegus L.; M. interrupta (Osborn, 1896) ex Co. brachyrhynchus Brehm; M. fallax ex Cy. cyanomelas; and M. moriona n. sp. ex Cy. m. morio. This is the first review of the data on Myrsidea spp. infesting Neotropical Corvidae.

10achorionic structure of eggs10aMyrsidea cristatelli10aMyrsidea daleclaytoni10aMyrsidea lindolphoi10aMyrsidea melanocyanei10aMyrsidea moriona10anew species10aNew World jays1 aValim, Michel, Paiva1 aCicchino, Armando, Conrado uhttp://link.springer.com/10.1007/s11230-014-9543-yhttp://link.springer.com/content/pdf/10.1007/s11230-014-9543-y02061nas a2200133 4500008004100000245014600041210006900187260000900256300001400265490000700279520154300286100002501829856007301854 1992 eng d00aNew, known and unidentified species of Eulimdana (Nematoda): additional information on biologically unusual filarioids of charadriiform birds0 aNew known and unidentified species of Eulimdana Nematoda additio c1992 a209 - 2300 v233 a

Eulimdana spp. were found in 13 of 32 species of charadriiform birds from North America and Iceland; 88 of 636 adult birds and seven of 72 juvenile birds harboured infections. Described are: E. andersoni n.sp. from Chlidonias niger; E. metcalforum n. sp. from Sterna hirundo; E. sonini n. sp. from Charadrius hiaticula; E. wongae n. sp. from Limosa fedoa; and E. bainae n. sp. from Numenius phaeopus. Eulimdana asperum Bartlett, Anderson, & Bush, 1989 is reported for the second time in its type-host, Phalaropus tricolor. The emerging pattern of one parasite species to one host species suggests that most Eulimdana species are strongly host specific. However, E. fiorencae Bartlett & Anderson, 1990 is reported for the first time in a second species of Calidris (C. alba) and may be the unidentified species found in C. bairdii, C. alpina and C. pusilla. Other unidentified species were found in Larus pipixcan, Arenaria interpres and Recurvirostra americana. A key to species-groups (three are proposed) and species of Eulimdana in charadriiforms is given. Two pieces of evidence support an earlier suggestion that infections are acquired by neo-natal charadriiforms: (1) the presence of E. wongae in a bird captured as a chick and examined after two months in captivity; and (2) a greater frequency of mixed sex infections with microfilariae in infected juvenile birds (four of seven) than in infected adult birds (five of 88). The latter also supports an earlier suggestion that post-reproductive worms are ephemeral

1 aBartlett, Cheryl, M. uhttp://www.phthiraptera.info/sites/phthiraptera.info/files/47595.pdf01494nas a2200301 4500008004100000245016700041210006900208260000900277300001400286490000700300520060400307653001400911653001400925653001000939653001600949653000900965653001700974653001500991653001401006653001701020653001401037653000901051653001401060100001901074700002001093700002001113856005901133 1995 eng d00aRelationships within the Rugopharynx delta species complex (Nematoda, Strongyloidea) from Australian marsupials inferred from allozyme electrophoretic data0 aRelationships within the iRugopharynx deltai species complex Nem c1995 a149 - 1560 v323 a

Relationships between the strongyloid nematodes Rugopharynx delta, R. zeta, R. omega, R. longibursaris, R. mawsonae and R. sigma, all from macropodid marsupials, were investigated using allozyme data. The phylogenetic trees derived from the electrophoretic data set were congruent with those of the hosts and were consistent with the hypothesis that the species complex originated in pademelons of the genus Thylogale and diversified in rock-wallabies (Petrogale spp.) and scrub wallabies of the subgenus Notamacropus. Host switching is evident only between closely related macropodid taxa.

10aBoopiidae10aEvolution10agroup10aHeterodoxus10ahost10aMacropodidae10amarsupials10aPetrogale10aPhthiraptera10aPhylogeny10arock10awallabies1 aBeveridge, Ian1 aChilton, N., B.1 aAndrews, R., H. uhttps://link.springer.com/article/10.1007%2FBF0000951400991nas a2200181 4500008004100000245009300041210006900134260000900203300001400212490000700226520040000233100002800633700002700661700002000688700002100708700002400729856005600753 1992 eng d00aA redescription of Aegypoecus brevicollis (Burmeister, 1838) (Ischnocera, Philopteridae)0 aredescription of Aegypoecus brevicollis Burmeister 1838 Ischnoce c1992 a215 - 2190 v223 a

After studying some material belonging to genus Aegypoecus Clay & Meinertzhagen, 1939 captured on the head and neck of a European black vulture Aegypius monachus, the authors have identified these specimens as Aegypoecus brevicollis (Burmeister, 1838). Morphobiometric data on adults (both males and females) are given, and the designation of a neotype for this species is proposed.

1 aPérez-Jiménez, J., M.1 aSoler-Cruz, María, D.1 aMartínez, Ruiz1 aDíaz-López, M.1 aGranados, José, E. uhttp://link.springer.com/article/10.1007/BF0000966801465nas a2200169 4500008004100000022003900041245012300080210006900203260000900272300001200281490000700293520088800300653001401188653001301202100002401215856005601239 1991 eng d a0165-5752(print),1573-5192(online)00aPhylogeny of the Heterodoxus octoseriatus group (Phthiraptera, Boopiidae) from rock wallabies (Marsupialia, Petrogale)0 aPhylogeny of the Heterodoxus octoseriatus group Phthiraptera Boo c1991 a17 - 240 v193 a

The phylogenetic position of the Heterodoxus octoseriatus group is inferred from morphological characters. Two character states support monophyly of this group. Another indicates that its sister-group is a group of 11 other Heterodoxus species (here called the H. calabyi group), that infest at least seven other genera of macropodid marsupials. Fourteen potential apomorphies, associated with the male and female genitalia, are identified. Evident rapid and divergent evolution of the genitalia, however, precludes determination of their polarity by comparison with an out-group (the sister-group). Consequently, phylogeny in the H. octoseriatus group is inferred from the close similarity of morphological characters. In light of the phylogenetic analysis and a phenogram, speciation and the evolution of morphological characters in the H. octoseriatus group is discussed.

10aAmblycera10ataxonomy1 aBarker, Stephen, C. uhttp://link.springer.com/article/10.1007/BF0001029801179nas a2200193 4500008004100000022004000041245014700081210006900228260000900297300001100306490000700317520053600324653001400860653000900874653000800883653001300891100002400904856005700928 1991 eng d a0165-5752(print), 1573-5192(online)00aTaxonomic review of the Heterodoxus octoseriatus group (Phthiraptera, Boopiidae) from rock wallabies with the description of three new species0 aTaxonomic review of the Heterodoxus octoseriatus group Phthirapt c1991 a1 - 160 v193 a

The morphology of the male genitalia and the internal genital sclerite of the female is described for species of the Heterodoxus octoseriatus group. Homologous sclerites and spines, required for phylogenetic analyses, are identified. Three species, H. closei n. sp., H. hughendensis n. sp. and H. briscoei n. sp., are described and, with the benefit of a new, large series of lice, the other eight species are revised. New data on type-hosts are provided and a number of questions raised by previous workers are addressed.

10aAmblycera10amtax10aPHP10ataxonomy1 aBarker, Stephen, C. uhttps://link.springer.com/article/10.1007/BF0001029701283nas a2200205 4500008004100000245005200041210005200093260000900145300001400154490000700168520067000175100002800845700002700873700003200900700002000932700002100952700002500973700002300998856005601021 1990 eng d00aPhthiraptera from some wild carnivores in Spain0 aPhthiraptera from some wild carnivores in Spain c1990 a107 - 1170 v153 a

During 1987 and the first months of 1988, several carnivores were surveyed for ecological studies by means of radio-tracking techniques and in order to identify the ischnoceran species parasitising these animals. The hosts belonged to the following species: Felis pardina, Felis silvestris, Herpestes ichneumon, Genetta genetta, Vulpes vulpes and Meles meles. While no lice were found on the two first species, the remaining ones were parasitised by Felicola (Felicola) inaequalis, Lorisicola (Paradoxuroecus) genettae n. comb., Felicola (Suricatoecus) vulpis and Trichodectes (Trichodectes) melis, respectively. Descriptions of these species are included.

1 aPérez-Jiménez, J., M.1 aSoler-Cruz, María, D.1 aBenítez-Rodríguez, Rocío1 aMartínez, Ruiz1 aDíaz-López, M.1 aFernandez, Palomares1 ade Castro, Delibes uhttp://link.springer.com/article/10.1007/BF00009987