首页> 外文期刊>Knowledge and Management of Aquatic Ecosystems >TECHNICAL NOTE A NEW, VOLUNTEER-BASED, COST EFFECTIVE METHOD FOR ZOOLOGICAL MAPPING: THE PHOTO IDENTIFICATION OF FRESHWATER CRAYFISH (CRUSTACEA: DECAPODA) SPECIES AND THE IMPORTANCE OF VOLUNTEERS IN CRAYFISH RESEARCH
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TECHNICAL NOTE A NEW, VOLUNTEER-BASED, COST EFFECTIVE METHOD FOR ZOOLOGICAL MAPPING: THE PHOTO IDENTIFICATION OF FRESHWATER CRAYFISH (CRUSTACEA: DECAPODA) SPECIES AND THE IMPORTANCE OF VOLUNTEERS IN CRAYFISH RESEARCH

机译:技术说明一种新的,以自愿者为基础的经济适用于生态系统制图的方法:对淡水虾类(甲壳纲:十足纲)物种的照片鉴定及其在虾类研究中的重要性

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The publication of the European Crayfish Atlas within the framework of the CRAYNET programme is a major breakthrough in Decapoda mapping in Europe. The current data base contains information from approximately 60-70% of the 50 km × 50 km squares covering the continent. A new method to improve this situation further is the use of photo identification involving volunteers in the collection of distribution data. The crayfish identification ability of two potential user groups, astacologists and biology teachers/students, was tested using the questionnaire given in Figure 2. One picture (Astacus leptodactylus male) was correctly identified by everyone, the others were recognised by 59-94% (astacologists) and 30-88% (non-crayfish specialised biology teachers and students). The first European Decapoda photo identification survey proved that the necessary expertise exists in the continent to determine crayfish species from pictures and also that the quality of the pictures is less important than the presence of key details. Photo identification is a low cost and environmental-friendly approach but it also needs special considerations. Volunteers need to be supported in several ways, such as by providing precise and interesting educational material in an easily understandable language describing e.g. the key parts of the body to photograph. However, the general use of digital cameras and even mobile phones/cameras and the Internet is an effective way to launch such surveys as it gives, on one hand, an opportunity for the specialists to check, and if necessary correct, the field identification of less experienced people and, on the other hand, it provides a much larger data base than what is available now by using the data collected by students, conservationists, scouts or other volunteers.
机译:在CRAYNET程序框架内出版的《欧洲小龙虾图集》是欧洲十足动物制图的一项重大突破。当前的数据库包含覆盖整个大陆的50 km×50 km正方形中大约60-70%的信息。进一步改善这种情况的一种新方法是在参与人的分布数据收集中使用照片识别。使用图2中给出的问卷调查了两个潜在用户组(动物学家和生物学老师/学生)对小龙虾的识别能力。每个人都正确识别了一张照片(Astacus leptodactylus雄性),其他人则认出了59-94%(专家)和30-88%(非小龙虾专业生物学的师生)。第一次欧洲十足目动物照片识别调查证明,该大陆上存在从图片确定小龙虾种类的必要专业知识,并且图片的质量不如关键细节的存在重要。照片识别是一种低成本且环保的方法,但也需要特殊考虑。志愿人员需要以多种方式得到支持,例如通过以一种易于理解的语言(例如,拍摄身体的关键部位。但是,数码相机甚至手机/相机和互联网的普遍使用是开展此类调查的有效方法,因为它一方面为专家提供了检查并在必要时进行更正的领域标识。经验不足的人,另一方面,通过使用学生,环境保护主义者,童子军或其他志愿者收集的数据,它提供的数据库比现在可用的数据库大得多。

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