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首页> 外文期刊>Wildlife Society Bulletin >In My Opinion: The Nutritional, Ecological, and Ethical Arguments Against Baiting and Feeding White-Tailed Deer
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In My Opinion: The Nutritional, Ecological, and Ethical Arguments Against Baiting and Feeding White-Tailed Deer

机译:在我看来:反对诱饵和喂养白尾鹿的营养,生态和伦理观点

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The use of food plots, supplemental feeding, and baiting has been a common and legal practice in Texas for many years. There is now controversy as to whether Texas Parks and Wildlife Department should include this extra nutrition as part of their carrying capacity estimates used to determine harvest permits for private landowners. Managers should remember that nutrition is only one component of carrying capacity, which includes water, shelter, and space as well. Extensive data exists about the potential negative impact of feeding on deer. Studies in Texas (Murden and Risenhoover 1993) have shown that fed deer (Odocoileus virginianus) can degrade rangeland by overconsuming high-quality plants and underconsuming low-quality plants. Guiterrez (1999) did not find that effect when South Texas deer were offered winter food plots. Donier et al. (1997) found in Minnesota that winter supplementation increased browse pressure within 900 m of feeders. Other reports (Williamson 2000) show increased browse pressure within a 1-mile radius of feeders, perhaps due to concentration of deer. Cooper et al. (2002) found 50% kernal home range sizes of fed deer were half that of unfed deer and that browse pressure near the feeder was 7 times that of unfed deer. Supplemental feeding has been suspected of contributing to the spread of tuberculosis in deer, chronic wasting disease in elk (Cervus canadensis) and deer, and brucellosis in elk and bison (Bison bison; Williamson 2000). Crowding due to supplemental feeding led to fighting and injuries in Michigan deer (Ozoga 1972). Feeding has actually led to starvation in deer due to increases in population when feeding was initiated (McCullough 1977, Schmitz 1990). Supplemental feed is consumed by nontarget species, possibly leading them to pass disease and to attract predators. Cooper and Ginnett (2000) found decreased survivorship of simulated turkey nests within 400 m of deer feeders in Texas. In 1998 we found illegal levels of aflatoxin in 40% of 100 randomly purchased bags of 'deer corn' in Texas (N. Wilkins, Texas Cooperative Extension, USA, unpublished data). The ecological significance of deer feeding and baiting is only part of the issue. Feeding leads to ethical questions as well. Feeding is part of the domestication process, along with fencing, breeding, and health programs that, due to their expense, may lead to the desire for private ownership of wildlife. Baiting, likewise, adds to the advantages of the hunter over the hunted and may decrease hunter satisfaction and increase concerns of the antihunters and the nonhunting public (Ortega y Gasset 1995). Deer managers and agency personnel should review the data presented here and incorporate it into their decision making when considering feeding or baiting of deer.
机译:多年来,在德克萨斯州,使用菜地,补充食物和诱饵已成为一种常见的法律惯例。现在,关于德州公园和野生动物部是否应将这种额外的营养作为用于确定私人土地所有者收获许可的承载能力估计的一部分,存在争议。管理人员应记住,营养只是承载能力的一个组成部分,其中包括水,住房和空间。关于饲养对鹿的潜在负面影响存在大量数据。在德克萨斯州的研究(Murden和Risenhoover,1993)表明,饲喂鹿(Odocoileus virginianus)可以通过过度消耗优质植物和不足消耗劣质植物来退化牧场。当向南得克萨斯鹿提供冬季食物时,Guiterrez(1999)并没有发现这种影响。 Donier等。 (1997年)在明尼苏达州发现,冬季补给增加了900 m支线内的浏览压力。其他报告(Williamson,2000年)显示,饲养者在1英里半径范围内的浏览压力增加,这可能是由于鹿的集中。库珀等。 (2002年)发现,饲喂鹿的50%的核心居所范围是未饲喂鹿的一半,并且饲喂器附近的浏览压力是未饲喂鹿的7倍。补充饲料被怀疑会导致结核病在鹿的传播,在麋鹿(加拿大鹿)和鹿的慢性消瘦疾病以及在麋鹿和野牛中的布鲁氏菌病(Bison bison; Williamson 2000)。补充喂养引起的拥挤导致密西根鹿的战斗和受伤(Ozoga 1972)。由于开始饲养时种群的增加,饲养实际上导致了鹿的饥饿(McCullough 1977,Schmitz 1990)。非目标物种消耗补充饲料,这可能导致它们传播疾病并吸引食肉动物。 Cooper and Ginnett(2000)发现德克萨斯州的鹿饲养者400 m内的模拟火鸡巢的存活率降低。 1998年,我们在得克萨斯州随机购买的100袋“鹿角玉米”中,有40%发现了黄曲霉毒素的非法含量(美国德克萨斯州合作社扩展部,N。Wilkins,未发表的数据)。鹿喂食和诱饵的生态意义只是问题的一部分。喂养也会导致道德问题。喂养是驯化过程的一部分,围栏,繁殖和健康计划也因其费用而导致其对野生生物的私有化的渴望。与之相比,诱饵增加了猎人的优势,可能降低猎人的满意度,并增加反猎人和非狩猎公众的担忧(Ortega y Gasset 1995)。鹿的管理者和代理商人员应查看此处提供的数据,并在考虑喂食或诱饵时将其纳入他们的决策中。

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