Notornis, 51 (3), 168-169
Article Type: short note
Notornis, 51 (3), 168-169
Article Type: short note
Notornis, 51 (1), 33-40
Article Type: paper
Kermadec petrels (Pterodroma neglecta) are shown to be resident in the Atlantic Ocean, breeding at Ilha da Trindade, off Brazil, South Atlantic Ocean and migrating to the North Atlantic. Previously mistaken for Trindade petrels (Pterodroma arminjoniana) at Ilha da Trindade, they were identified by the whitish shafts and largely white inner webs of their primaries and, at the colony, by their distinctive call. Records of five non-breeding Kermadec petrels in the North Atlantic Ocean include the first Atlantic specimen from western United Kingdom in 1908. All of eight identifications of Kermadec petrels from Atlantic waters were dark phase birds, like those identified from the Indian Ocean, though, in the Pacific Ocean, the species is polymorphic. Trindade petrels from Ilha da Trindade are mostly the light phase (59%, n = 71), outnumber Kermadec petrels there by about 20:1 in collections, and disperse into the North Atlantic Ocean. As 70% (n = 43) of these two species combined observed at sea in the North Atlantic were dark phase, about 49% of North Atlantic records may have been Kermadec petrels. As they are in Pacific waters, Kermadec petrels may be more migratory and reach higher latitudes than do Trindade petrels. The Halipeurus feather louse hosted by Kermadec petrels in the Pacific Ocean has been identified from both petrels in Atlantic waters, but that hosted by Trindade petrels elsewhere has not been reported from Atlantic waters, possibly indicating earliest colonisation by Kermadec petrels. The morphometrics of Trindade petrels in the Atlantic Ocean cannot be established accurately until the generally larger Kermadec petrels are excluded from data sets.
Southern Bird, 20 (Dec), 7-7
Article Type: Article
Southern Bird, 18 (Jun), 4-4
Article Type: note
Notornis, 51 (4), 247-248
Article Type: book review
Notornis, 51 (3), 125-130
Article Type: paper
The Checklist of the birds of New Zealand (3rd edition, 1990) contains errors in the citation of several taxa described by John Gould. Those listed for Apteryx owenii, Podiceps cristatus australis, Puffinus carneipes, Procellaria (=Pterodroma) solandri, Thalassidroma (=Oceanites) nereis, Oxyura australis, Gallinula tenebrosa, Himantopus leucocephalus, Himantopus novaezelandiae, Numenius minutus, Limosa limosa melanuroides, Nestor notabilis, Hirundo tahitica neoxena, Collocalia (=Hirundo) ariel and Ocypterus (=Artamus) superciliosus and Ocypterus personatus are highlighted and corrected.
Southern Bird, 19 (Sep), 10-10
Article Type: letter
Southern Bird, 17 (Mar), 2-2
Article Type: Article
Notornis, 51 (4), 229-230
Article Type: short note
Notornis, 51 (1), 59-59
Article Type: letter
Southern Bird, 18 (Jun), 11-11
Article Type: article
Notornis, 51 (3), 159-161
Article Type: short note
Notornis, 51 (1), 16-20
Article Type: paper
The diet of black shags (Phalacrocorax carbo) at Pencarrow, New Zealand, during April – October 1999 is described from otoliths, jawbones and pharyngeal tooth plates found in 119 regurgitated pellets of adults and four stomachs and two regurgitations of chicks. Black shags were primarily marine foragers, with only one freshwater item, crayfish (Paranephrops planifrons) among 420 food items identified. Half of the diet comprised spotty (Notolabrus celidotus), but in total, 22 species were found in the pellets, including 17 fish species. The size of fish otoliths indicated significant differences in the length of the 11 most frequently occurring fish species. These ranged from an estimated length of 106 mm to 275 mm (mean length 220 mm) and were similar to those reported from other NZ studies. The mean length of fish taken by adults in winter was smaller compared with those in autumn and spring.
Southern Bird, 20 (Dec), 8-9
Article Type: article
Southern Bird, 18 (Jun), 2-2
Article Type: letter
Notornis, 51 (2), 122-123
Article Type: obituary
Southern Bird, 19 (Sep), 9-9
Article Type: Article
Notornis, 51 (4), 201-211
Article Type: paper
Stephens Island provides the classic example in the New Zealand region of the effect that predation by feral cats (Felis catus) can have on an island land bird fauna. Twenty-five species of native New Zealand land birds were recorded on the island in the early 1890s when it was still forested and free of mammalian predators. It is probable that Stephens Island still had its original land bird fauna at that time. The land bird species included large populations of the extinct Stephens Island piopio (Turnagra capensis minor), and the endangered South Island saddleback (Philesturnus c. carunculatus). Cats were introduced to Stephens Island, probably in 1894. They soon became feral and multiplied rapidly. The evidence indicates that cats were responsible for the rapid demise of the native land bird fauna of the island.
Notornis, 51 (2), 61-90
Article Type: paper
Birds recorded on the Kermadec Islands, south-west Pacific, between 1967 and 1998 are summarised. Population estimates and distributions are given for the 24 breeding species. Brown noddy (Anous stolidus) is recorded breeding there for the first time. Information on breeding chronology for most breeding species is presented. Sightings of 53 non-breeding and vagrant species are summarised; 24 of these were new records since the last comprehensive review was published in 1970. The total bird list for the Kermadec Islands is now 80 species, including records of giant petrels (Macronectes), frigatebirds (Fregata) and oystercatchers (Haematopus) not identified to species. A further 16 species are included in a suspense list. The Kermadec Islands have only seven indigenous land birds, but retain a diverse seabird fauna, very similar to those of Norfolk and Lord Howe Islands. The land birds and seabirds of the largest island (Raoul) have been decimated by introduced cats (Felis catus) and rats (Rattus exulans, R. norvegicus). Introduced goats (Capra hircus) (since eradicated) drastically modified the vegetation of Raoul and Macauley Islands, and this also affected some bird species. Recommendations for restoration of the avifauna of these two islands are given.
Southern Bird, 16 (Dec), 3-3
Article Type: Article