创建希腊淡水蟹类和鱼类地理信息系统

E. Maurakis, W. Witschey, P. Economidis, D. Bobori
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引用次数: 3

摘要

为响应欧洲环境署(EEA)针对欧盟国家的生物多样性倡议,希腊建立了一个淡水螃蟹和鱼类地理信息系统(GIS)。在希腊的32条水道中,用鱼网、沉绳、背负式电棍,共收集了1931次,收集了鱼类和螃蟹126种,记录了种类、纬度、经度、水道、地区、地点等2359项资料;731还包括河流顺序、海拔、坡度、河流宽度和深度、pH值、温度和到河口的距离。我们的GIS显示了物种的当前分布、物种富集区和贫困区、异常物种分布、需要进一步采样的区域,以及需要进行分类和系统发育调查的重叠生态分布的共属物种。在应用研究中,淡水地理信息系统可以成为EEA编制巴尔干半岛南部生物多样性清单、制定内陆渔业管理计划、设计环境影响研究和开展区域差距分析的不可或缺的工具。
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Creating a Geographical Information System for Freshwater Crabs and Fishes in Greece
A geographical information system (GIS) for freshwater crabs and fishes in Greece was created in response to the European Environmental Agency's (EEA) biodiversity initiative for European Union countries. A total of 1931 collections, made with seines, dipnets, and backpack electroshockers in 32 drainages of Greece, yielded 126 species of fishes and crabs in 2,359 data records including species, latitude, longitude, drainage, prefecture, and locality; 731 also include stream order, elevation, gradient, stream width and depth, pH, temperature, and distance to river mouth. Our GIS indicates current distributions of species, species rich and poor areas, anomalous species distributions, areas warranting further sampling, and cogeneric species whose overlapping ecoJogical distributions call for taxonomic and phylogenetic investigation. In applied studies, the freshwater GIS can be an integral tool for EEA's biodiversity inventory Qfthe southern Balkan peninsula, an inland fisheries management plan, designs for environmental impact studies, and conducting gap analyses for the region.
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