Results 181 to 190 of about 1,571 (213)
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Journal of Medical Entomology, 1979
Argas magnus Neumann, 1896, which has been a “lost” taxon, is resurrected for a distinctive species, 1 of 7 known in the subgenus Argas from the Neotropical Faunal Region. A female lectotype from Ecuador (lacking host and locality data) is designated for 1 of Neumann's 2 original specimens.
Carleton M. Clifford +3 more
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Argas magnus Neumann, 1896, which has been a “lost” taxon, is resurrected for a distinctive species, 1 of 7 known in the subgenus Argas from the Neotropical Faunal Region. A female lectotype from Ecuador (lacking host and locality data) is designated for 1 of Neumann's 2 original specimens.
Carleton M. Clifford +3 more
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Veterinary Parasitology
Argas and Carios ticks are medically and veterinary significant ectoparasites that primarily parasitize pigeons, wild birds, and other domestic fowl. In China, Argas and Carios ticks are widely distributed, particularly in the southeastern coastal and northwestern regions.
Baizheng Wu +3 more
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Argas and Carios ticks are medically and veterinary significant ectoparasites that primarily parasitize pigeons, wild birds, and other domestic fowl. In China, Argas and Carios ticks are widely distributed, particularly in the southeastern coastal and northwestern regions.
Baizheng Wu +3 more
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The life cycle of Argas (Argas) africolumbae under constant abiotic and biotic conditions
Veterinary Parasitology, 1982The developmental and reproduction pattern as well as the nondiapause behaviour of Argas (Argas) africolumbae, reared on domestic chickens and held at 27 degrees C and 90% RH, indicate that there may be 2-3 generations annually. The minimum incubation period of eggs requires 16.2 days (mean), irrespective of the day of oviposition.
A, Kraiss, R, Gothe
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The Journal of Parasitology, 1979
Argas (A.) polonicus sp. n. is described from males, females, nymphs, and larvae from the steeple tower of St. Mary's Church, Karkow, Poland, where it feeds on domestic rock pigeons, Columba livia Gmelin. This species is related to the widely distributed Eurasian A.
K, Siuda +3 more
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Argas (A.) polonicus sp. n. is described from males, females, nymphs, and larvae from the steeple tower of St. Mary's Church, Karkow, Poland, where it feeds on domestic rock pigeons, Columba livia Gmelin. This species is related to the widely distributed Eurasian A.
K, Siuda +3 more
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Journal of Medical Entomology, 1979
Argas (Argas) moreli , n. sp., is described from males, females, and nymphs from a house, and from unknown situations, in Junin and Arequipa Provinces, 4150 and 2329 m altitude, Peru. Probable hosts are wild birds and domestic chickens, and also humans. The peripheral integument of this distinctive species lacks the persicus -like cells seen in several
James E. Keirans +2 more
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Argas (Argas) moreli , n. sp., is described from males, females, and nymphs from a house, and from unknown situations, in Junin and Arequipa Provinces, 4150 and 2329 m altitude, Peru. Probable hosts are wild birds and domestic chickens, and also humans. The peripheral integument of this distinctive species lacks the persicus -like cells seen in several
James E. Keirans +2 more
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Journal of Medical Entomology, 1968
Argas (Argas) japonicus , n. sp., is described from numerous ♂♂, ♀♀, nymphs and larvae collected from swallows ( Delichon urbica dasypus [Bonaparte] and Hirundo daurica japonica Temminck & Schlegel) and swallow nests in Japan and Korea. The new species is closely related to A. (A.) cooleyi of western North America and A. (A.) lagenoplastis of Australia,
N, Yamaguti, C M, Clifford, V J, Tipton
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Argas (Argas) japonicus , n. sp., is described from numerous ♂♂, ♀♀, nymphs and larvae collected from swallows ( Delichon urbica dasypus [Bonaparte] and Hirundo daurica japonica Temminck & Schlegel) and swallow nests in Japan and Korea. The new species is closely related to A. (A.) cooleyi of western North America and A. (A.) lagenoplastis of Australia,
N, Yamaguti, C M, Clifford, V J, Tipton
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Bulletin de la Societe de pathologie exotique (1990), 1997
At the opportunity of the recent discovery of a new Phlebovirus, Tunis virus, the authors discuss the importance of the genus Argas as for its potential role in the transmission of arboviruses: twelve species of Argas are known to carry about twenty viruses. The wide distribution of Argas reflexes hermanni prompt us to explain its position in the Argas
C, Vermeil, M, Marjolet, C, Chastel
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At the opportunity of the recent discovery of a new Phlebovirus, Tunis virus, the authors discuss the importance of the genus Argas as for its potential role in the transmission of arboviruses: twelve species of Argas are known to carry about twenty viruses. The wide distribution of Argas reflexes hermanni prompt us to explain its position in the Argas
C, Vermeil, M, Marjolet, C, Chastel
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