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间接驱虫治疗对自由生活的雉鸡(环颈雉)体内寄生虫及繁殖成功率的影响

The effect of an indirect anthelmintic treatment on parasites and breeding success of free-living pheasants Phasianus colchicus.

作者信息

Draycott R A H, Woodburn M I A, Ling D E, Sage R B

机构信息

The Game Conservancy Trust, Fordingbridge, Hampshire, UK.

出版信息

J Helminthol. 2006 Dec;80(4):409-15. doi: 10.1017/joh2006367.

Abstract

In Great Britain free-living common pheasants Phasianus colchicus are often managed at high densities owing to their popularity as a quarry species. They are prone to infection by a range of parasite species including Heterakis gallinarum, Capillaria spp. and Syngamus trachea. In 1995 the efficacy of an indirect anthelmintic technique for controlling parasitic worm burdens of pheasants was determined in a pilot study on a shooting estate in the south of England. Between 2000 and 2003 a large-scale field experiment was conducted on nine estates in eastern England to determine the effect of the technique on parasite burden and pheasant breeding success. In the absence of anthelmintic treatment worm burdens increased rapidly through March and April, whereas birds given anthelmintic-treated grain had lower worm burdens during the same period. The breeding success of pheasants was significantly higher on plots provided with anthelmintic treatment, although no long-term increases in population densities were observed. The burdens of the most common parasite H. gallinarum were significantly lower in pheasants from treatment plots six weeks after the anthelmintic treatment had ceased, but spring treatment did not influence parasite burden in the following winter.

摘要

在英国,由于作为猎物物种很受欢迎,自由放养的普通雉鸡(Phasianus colchicus)常常以高密度进行管理。它们容易受到一系列寄生虫物种的感染,包括鸡异刺线虫(Heterakis gallinarum)、毛细线虫属(Capillaria spp.)和气管交合线虫(Syngamus trachea)。1995年,在英格兰南部一个狩猎庄园进行的一项试点研究中,确定了一种间接驱虫技术对控制雉鸡寄生虫负荷的效果。2000年至2003年期间,在英格兰东部的九个庄园进行了一项大规模田间试验,以确定该技术对寄生虫负荷和雉鸡繁殖成功率的影响。在没有驱虫处理的情况下,蠕虫负荷在3月和4月迅速增加,而食用了驱虫处理谷物的鸟类在同一时期的蠕虫负荷较低。在提供了驱虫处理的地块上,雉鸡的繁殖成功率显著更高,尽管没有观察到种群密度的长期增加。在驱虫处理停止六周后,处理地块上的雉鸡体内最常见的寄生虫鸡异刺线虫的负荷显著降低,但春季处理对次年冬季的寄生虫负荷没有影响。

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