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Study of aquatic ecological regions using fish fauna and geographic archipelago factors

机译:利用鱼类区系和地理群岛因素研究水生生态区

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摘要

An evaluation of ecological integrity is required for ecosystem conservation and restoration. The ecological region, or “ecoregion”, has been adopted as a unit of geological area to enable a comparison of the ecological integrity of different regions. The delineation of an ecological region is difficult in countries in East Asia, including Japan because of complex topographies (i.e., several peninsulas and islands) and fauna that are very finely delineated based on climate or geology. Therefore, it is important to appropriately determine the ecoregions when determining their biological integrity and comparing it among that of other ecoregions. I attempted to delineate an ecological region of the Japanese archipelago based on the similarities among fish fauna by integrating the information on fish fauna that was collected by the researchers and the national government and local governments. In addition, quantitative analyses to investigate the relationship between fish fauna classification and meteorological and geographical factors were conducted to discuss the factors that influence fish fauna classifications. The archipelago was classified into 15 fish fauna groups, and the results of these grouped classifications were closely related to the process by which the Japanese archipelago was formed, the ocean current in its coastal waters, and the connection of the water system to the glacial age. Our findings suggest that rivers within geographical areas that are different from those within the Japanese archipelago might have different fish fauna classifications based on our results and potential fish fauna depending on the characteristics of the watershed, such as the scale of the floodplain, river conflicts, or river formation process. By applying the results of our fish fauna classification, we are able to make a comparison of the biological integrity of fish fauna among different watersheds for managing the river environments or establishing conservation policies.
机译:生态系统的保护和恢复需要对生态完整性进行评估。生态区域或“生态区域”已被用作地质区域的单位,以便能够比较不同区域的生态完整性。在包括日本在内的东亚国家中,由于复杂的地形(即几个半岛和岛屿)和动物区系,很难根据气候或地质条件来划定生态区。因此,在确定其生物完整性并将其与其他生态区的生物完整性进行比较时,适当确定该生态区很重要。我试图通过整合研究人员,国家政府和地方政府收集的鱼类动物信息,根据鱼类动物之间的相似性来描绘日本群岛的生态区域。此外,还进行了定量分析以调查鱼类区系分类与气象和地理因素之间的关系,以探讨影响鱼类区系分类的因素。群岛被分为15个鱼类动物群,这些分组的结果与日本群岛的形成过程,沿海水域的洋流以及水系统与冰川时代的联系密切相关。 。我们的发现表明,根据我们的研究结果和潜在的动物区系,根据分水岭的规模(如洪泛区的规模,河流冲突,或河流形成过程。通过应用我们的鱼类动物分类结果,我们可以比较不同流域之间鱼类动物的生物完整性,以管理河流环境或制定保护政策。

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