Piwetz Sarah, Lundquist David, Würsig Bernd
Department of Marine Biology, Texas A&M University at Galveston, Galveston, Texas, USA.
New Zealand Department of Conservation, Wellington, New Zealand.
Adv Mar Biol. 2015;72:17-45. doi: 10.1016/bs.amb.2015.08.007. Epub 2015 Oct 23.
Humpback dolphins (genus Sousa) use shallow, near-shore waters throughout their range. This coastal distribution makes them vulnerable to recreational and commercial disturbances, especially near heavily populated and industrialized areas. Most research focusing on Sousa and human activities has emphasized direct impacts and threats, involving injury and death, with relatively little focus on indirect effects on dolphins, such as changes in behaviour that may lead to deleterious effects. Understanding behaviour is important in resolving human-wildlife conflict and is an important component of conservation. This chapter gives an overview of animal behavioural responses to human activity with examples from diverse taxa; reviews the scientific literature on behavioural responses of humpback dolphins to human activity throughout their range, including marine vessel traffic, dolphin tourism, cetacean-fishery interactions, noise pollution, and habitat alteration; and highlights information and data gaps for future humpback dolphin research to better inform behaviour-based management decisions that contribute to conservation efforts.
驼背豚(Sousa属)在其分布范围内都使用浅近岸水域。这种沿海分布使它们容易受到娱乐和商业活动的干扰,特别是在人口密集和工业化程度高的地区附近。大多数关注驼背豚与人类活动的研究都强调了直接影响和威胁,包括伤害和死亡,而相对较少关注对海豚的间接影响,例如可能导致有害影响的行为变化。了解行为对于解决人类与野生动物冲突很重要,并且是保护工作的重要组成部分。本章概述了动物对人类活动的行为反应,并列举了不同分类群的例子;回顾了关于驼背豚在其分布范围内对人类活动的行为反应的科学文献,包括海上船只交通、海豚旅游、鲸类与渔业的相互作用、噪音污染和栖息地改变;并突出了未来驼背豚研究的信息和数据空白,以便更好地为基于行为的管理决策提供信息,从而有助于保护工作。