阿根廷南巴塔哥尼亚Bahía San Julián大潮滩动物群落的空间变化

Juan P. Martin, Alicia Sar, C. Caminos
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引用次数: 2

摘要

对巴伊亚圣朱利安潮间带软底大型底栖动物进行了调查,确定了动物群落组合,并分析了它们与决定物种分布的主要环境因子的关系。采用夏、秋、冬、春4个季节调查方法,在城市污水排放点两侧设置7个采样站,对潮间带中低水位进行了调查,测量了水、沙变量。利用单变量和多变量统计分析了环境和生物数据,探讨了群落可能的空间变异。群落组成随潮间带水位、沉积物特征和离污水排放地点的距离而变化。在高泥质沉积物中,潮间带中部以达林纳(Darina solenoides)、Mysella patagona、Eteone sculpta、Scolecolepides uncinatus和Capitella sp.为特征,潮间带下部以M. patagona和Ampelisca sp.为特征。在细沙为主的沉积物中,群落在潮间带和潮间带均以Aricidea sp.为特征。在污水排放点附近,群落以M. patagona为主。潮间带水位和沉积物粒度是决定研究区底栖生物群落组成的主要因素。污水排放也影响了水生生物群落的组成,这可能是由于悬浮中的有机颗粒物质刺激了食腐动物的数量。
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Spatial changes in the infaunal community of a macrotidal flat in Bahía San Julián, Southern Patagonia, Argentina
The soft-bottom macrobenthos of Bahia San Julian intertidal was surveyed to identify infaunal assemblages and analyze their relationships with the main environmental factors determining species distribution. Four seasonal surveys (summer, autumn, winter and spring) were performed in the middle and lower intertidal levels at seven sampling stations established on both sides of an urban sewage discharge point, and water and sediment variables were measured. To explore possible spatial variations in the community, environmental and biological data were analyzed using univariate and multivariate statistics. Community composition varied with intertidal level, sediment characteristics and distance to sewage discharge site. In sediment with high mud content, the community was characterized by Darina solenoides, Mysella patagona , Eteone sculpta, Scolecolepides uncinatus and Capitella sp., in the middle intertidal, and was characterized by M. patagona and Ampelisca sp. in the lower intertidal. In sediment with dominance of fine sand, the community was characterized by Aricidea sp. at both intertidal levels. Near the effluent discharge site, the community was largely dominated by M. patagona . Intertidal level and sediment particle size are the main factors determining the composition of benthic assemblages in the study area. Sewage discharge also affects the composition of the infaunal community, possibly as a result of the contribution of particulate organic matter in suspension that stimulates the populations of detritus feeders.
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