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Combining biological and geomorphological data to introduce biotopes of Bushehr Province, the Persian Gulf

机译:结合生物学和地貌学数据,介绍波斯湾布什尔省的生物群落

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Identification and classification of intertidal areas provides the basic knowledge needed for studies of biogeography, macro-ecology, and faunal populations, as well as for conservation planning and managing human activities in coastal areas. In this research, the eastern coast of Bushehr Province was classified using the Coastal and Marine Ecological Classification Standard (CMECS). Seven substrate subgroups, five geoform types in unconsolidated mineral substrate, five micro-habitats in rock substrate, and nine biotic groups were identified in study stations. The non-metric multidimensional scaling (nMDS) ordinations and one-way analysis of similarity (ANOSIM) showed that macroinvertebrate species composition differed significantly among different geoform types (habitat types). Eight biotopes are introduced for the eastern coast of Bushehr Province based on observational and statistical methods. The results presented here show that identifying intertidal biotopes using CMECS is an appropriate method both for classifying the southern coastal areas of Iran and for integrating biotic and abiotic components.
机译:潮间带区域的识别和分类提供了生物地理学,宏观生态学和动物种群研究以及保护规划和管理沿海地区人类活动所需的基础知识。在这项研究中,布什尔省东部沿海地区使用沿海和海洋生态分类标准(CMECS)进行分类。在研究站中,确定了七个基质亚组,未固结矿物基质中的五种地貌类型,岩石基质中的五个微生境和九个生物群。非度量多维标度(nMDS)准则和相似性的单向分析(ANOSIM)表明,在不同的地貌类型(栖息地类型)之间,大型无脊椎动物物种组成存在显着差异。根据观测和统计方法,在布什尔省东海岸引入了八个生物群落。此处显示的结果表明,使用CMECS识别潮间带生物群落是对伊朗南部沿海地区进行分类以及整合生物和非生物成分的一种合适方法。

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