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雏鸟希希(Notiomystis cincta)食用引入的昆虫猎物(膜翅目)后发生创伤性脑室炎。

Traumatic ventriculitis following consumption of introduced insect prey (Hymenoptera) in nestling hihi (Notiomystis cincta).

作者信息

Rippon Rosemary J, Alley Maurice R, Castro Isabel

机构信息

Ecology Group, Institute of Natural Resources, Massey University, Private Bag 11-222, Palmerston North 5315, New Zealand.

出版信息

J Wildl Dis. 2013 Jan;49(1):80-90. doi: 10.7589/2010-03-048.

Abstract

Nestling mortality in the endangered and endemic Hihi, also called Stitchbird (Notiomystis cincta), was studied over the 2008-09 breeding season at Zealandia-Karori Sanctuary, Wellington, New Zealand. Histopathology showed traumatic ventriculitis in seven of 25 (28%) dead nestlings. Single or multiple granulomas centered on chitinous insect remnants were found lodged within the gizzard mucosa, muscle layers, and ventricular or intestinal serosa. The insect remnants were confirmed as bee or wasp stings (Hymenoptera) using light and electron microscopy. Bacteria or yeasts were also found in some granulomas, and death was due to bacterial septicemia in four cases. Endemic New Zealand birds are likely to lack evolutionary adaptations required to safely consume introduced honey bees (Apis mellifera) and vespulid wasps (Vespula germanica [German wasp], and Vespula vulgaris [common wasp]). However, these insects are attracted to feeding stations used to support translocated Hihi populations. As contact between bees, wasps, and the endemic fauna of New Zealand seems inevitable, it may be necessary to minimize the numbers of these introduced insects in areas set aside for ecologic restoration.

摘要

2008 - 2009繁殖季节期间,在新西兰惠灵顿的西兰蒂亚 - 卡罗里保护区对濒危且特有的希希鸟(也叫缝叶吸蜜鸟,Notiomystis cincta)的雏鸟死亡率进行了研究。组织病理学显示,25只死亡雏鸟中有7只(28%)出现创伤性脑室炎。在砂囊黏膜、肌肉层以及心室或肠道浆膜内发现了以几丁质昆虫残骸为中心的单个或多个肉芽肿。利用光学显微镜和电子显微镜确认这些昆虫残骸为蜜蜂或黄蜂蜇伤(膜翅目)。在一些肉芽肿中还发现了细菌或酵母,4例死亡是由细菌性败血症导致的。新西兰本土鸟类可能缺乏安全食用引进的蜜蜂(西方蜜蜂,Apis mellifera)和胡蜂(德国黄胡蜂,Vespula germanica,以及普通黄胡蜂,Vespula vulgaris)所需的进化适应性。然而,这些昆虫会被用于支持转移希希鸟种群的喂食站所吸引。由于蜜蜂、黄蜂与新西兰本土动物之间的接触似乎不可避免,在预留用于生态恢复的区域减少这些引进昆虫的数量可能很有必要。

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