圣甲虫(鞘翅目:圣甲虫科)的功能群方法:监测萨尔瓦多生物多样性的低成本替代方法

José D. Pablo-Cea, C. Deloya, I. MacGregor‐Fors, J. Navarrete-Heredia, A. E. de los Monteros
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引用次数: 1

摘要

保护政策的规划、实施和系统修订是保护领土生物多样性的必要条件。这在萨尔瓦多等受人为活动严重影响的国家至关重要,在这些国家,保护生物多样性的残余必须成为优先事项。监测指标组是审查生物多样性状况和该国保护区正在发生的进程的可行选择。本文对圣甲虫功能群作为生态指标的适宜性进行了评价,以检测萨尔瓦多两个保护区保护状况的差异。我们在每个地点进行了为期一年的每月抽样,使用陷阱、空中和紫外线诱捕器捕捉甲虫。在物种丰富度、丰度、物种组成和周转量等方面均存在差异。结果表明,该方法可用于监测保护区、评估森林保护状况和评价迄今为止实施的保护策略。今后,至关重要的是确定是否有可能在全国范围内使用标准化方法进行重复研究,以获得可比较的结果。在像萨尔瓦多这样的国家,使用单一指标组的成本效益比是关键,在这些国家,经济方面是生物勘探的限制因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Functional-group approach with scarab beetles (Coleoptera: Scarabaeidae): a low-cost alternative for monitoring biodiversity in El Salvador
Summary Planning, implementing, and systematic revision of conservation policies are necessary to protect the biodiversity of a territory. This is critical in countries heavily impacted by anthropogenic activities, like El Salvador, where conserving biodiversity remnants must be a priority. Monitoring indicator groups represents a feasible option to review the status of biodiversity and the processes taking place in the country's conservation areas. We evaluated the suitability of Scarabaeidae beetle functional groups as ecological indicators to detect differences in the conservation status of two protected areas in El Salvador. We conducted monthly sampling for one year at each site, using pitfall, aerial, and UV-light traps to capture beetles. We detected differences in species richness, abundance, species composition, and turnover between the two areas. The results suggest the possibility of using this approach to monitor protected areas, to estimate the forest conservation status, and to evaluate the conservation strategies implemented to date. For the future, it is essential to determine if this is possible by replicating studies throughout the territory using standardized methodologies to obtain comparable results. The cost–benefit ratio of using a single indicator group is key in countries like El Salvador, where the economic aspect is a limiting factor for biological prospecting.
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