公民科学对提高海湾地区海洋生物多样性知识的贡献

Aurora M. Castilla , Rodrigo Riera , Mohamed Ali Humaid , Theodore Garland Jr , Ali Alkuwari , Sabir Muzaffar , Humood A. Naser , Salman Al-Mohannadi , Dhafer Al-Ajmi , Ahmed Chikhi , Jackie Wessels , Mohamed A.F. Al-Thani , Zoltan Takacs , Aitor Valdeón
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引用次数: 2

摘要

监测海洋生物多样性代价高昂,必须采取切实可行的解决办法,以确定物种及其首选栖息地,特别是在这个全球迅速变化的时代。公民科学已被证明是有效的,在监测工作方面具有很高的潜力,并已广泛应用于生物多样性。我们采用了公民科学方法,让公众和利益相关者参与进来,为改善卡塔尔和海湾地区海蛇生物多样性的现有知识做出贡献。在卡塔尔进行的访谈调查中,使用人口统计数据进行Logistic回归分析表明,看到海蛇较多的人年龄在30岁以上,是卡塔尔公民和/或来自印度的渔民。在文献中列出的海湾地区存在的十种海蛇中,大多数都是在卡塔尔、巴林、阿拉伯联合酋长国和沙特阿拉伯报道的。然而,存在的物种数量通常是根据它们在阿拉伯湾的出现情况而不是根据实际捕获和适当的鉴定来假设的。建立海洋参考生物科学收集,以适当地确定物种和编制准确的生物多样性清单,是海湾地区各国的一项紧迫优先事项。为此目的,利益相关者和公众对这项研究的贡献已被证明是非常有用的。然而,仍然需要与当地和国际科学家和利益相关者建立更大的网络,以充分调查该国目前的生物多样性,确定研究重点,并最终提供所需的科学投入,以协助与阿拉伯海湾地区可再生资源管理和海洋保护相关的生物多样性管理。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Contribution of citizen science to improve knowledge on marine biodiversity in the Gulf Region

Monitoring marine biodiversity is costly and practical solutions have to be implemented to identify species and their preferred habitats, particularly in this era of rapid global change. Citizen science has proven to be effective and with high potential for monitoring efforts, and has been extensively applied to biodiversity. We have used the citizen science approach to engage the general public and stakeholders to contribute improving the current knowledge of sea snake biodiversity in Qatar and the Gulf Region. Logistic regression analysis using demographic data from interview surveys conducted in Qatar has indicated that the people having seen more sea snakes are older than 30 years and are Qatari citizens and/or fishermen from India.

Of the ten species of sea snakes listed in the literature to be present in the Gulf Region, most of them have been reported for Qatar, Bahrain, United Arab Emirates and Saudi Arabia. However, the number of species present is often assumed based on their occurrence within the Arabian Gulf rather than on actual captures and appropriate identification. The creation of marine reference biological scientific collections to properly identify the species and make accurate biodiversity inventories is an urgent priority for the countries in the Gulf region. To this end, contributions by stakeholders and the general public for this study have proven to be very useful. However a larger networking with local and international scientists and stakeholders is still needed to adequately survey the country’s current biodiversity, identify research priorities and eventually provide the scientific input needed to assist biodiversity management related to renewable resource management and marine conservation in the Arabian Gulf Region.

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