Is Today's Fisheries Research Driven by the Economic Value of a Species? A Case Study Using an Updated Review of Ladyfish (Elops saurus) Biology and Ecology

J. C. Levesque
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引用次数: 4

Abstract

Understanding a species life history is fundamental for managing and conserving a population. Despite the importance of this type of information, research attention is often directed at species with the highest economic value. This funding approach is problematic for preserving diversity and rarely considers ecological systematic functions; it prevents resource agencies from allocating funds for studying lower-valued species. For example, the ladyfish (Elops saurus) is a valuable commercial and recreational species in Florida, but in comparison to tarpon (Megalops atlanticus) and bonefish (Albula vulpes), ladyfish have received less funding and research attention. To date, comparably little biological information and no recent reviews are available for ladyfish; research interest is almost non-existent. First, a new review of ladyfish information is provided, and second, statistical evidence is presented and discussed that suggests that there is more published information for tarpon and bonefish than ladyfish because their socio-ecological values are greater. This study's findings confirm that there are significantly more published articles on tarpon than ladyfish, and the number of articles on ladyfish has declined with time. The number of articles on tarpon and bonefish were positively correlated with time, while the number of articles on ladyfish was negatively correlated with time. Natural resource management is shifting from a sustainable yield to a sustainable ecosystem perspective. Given this shift in management approach, successful ecosystem management requires substantial biological information on a variety of species within a given system, regardless of their socio-economic status. It is important to understand that although some species have been ranked higher than others, in terms of economic importance, ecosystems are functioning systems that do not discriminate or have any jurisdictional boundaries.
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今天的渔业研究是由一个物种的经济价值驱动的吗?以小瓢虫(Elops saurus)生物学和生态学最新综述为例研究
了解一个物种的生活史是管理和保护一个种群的基础。尽管这类信息很重要,但研究的注意力往往集中在具有最高经济价值的物种上。这种供资方法在保护多样性方面存在问题,而且很少考虑生态系统功能;它阻止了资源机构为研究低价值物种分配资金。例如,在佛罗里达州,瓢虫(Elops saurus)是一种有价值的商业和娱乐物种,但与大海鲢(Megalops atlanticus)和骨鱼(Albula vulpes)相比,瓢虫得到的资金和研究关注较少。迄今为止,关于瓢虫的生物学信息相对较少,也没有最近的评论;研究兴趣几乎不存在。首先,对瓢虫的相关信息进行了综述;其次,提出并讨论了统计证据,表明海洋鲢和骨鱼比瓢虫的社会生态价值更大,因此发表的信息更多。这项研究的结果证实,关于大海鲢的文章明显多于关于瓢虫的文章,而且关于瓢虫的文章数量随着时间的推移而减少。海洋鲢和骨鱼的文章数与时间呈显著正相关,瓢虫的文章数与时间呈显著负相关。自然资源管理正在从可持续产量的角度转向可持续生态系统的角度。鉴于这种管理方法的转变,成功的生态系统管理需要在给定系统内各种物种的大量生物信息,而不管它们的社会经济地位如何。重要的是要明白,尽管在经济重要性方面,一些物种的排名高于其他物种,但生态系统是没有歧视或任何管辖边界的功能系统。
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Reviews in Fisheries Science
Reviews in Fisheries Science 农林科学-渔业
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