Benthic macroinvertebrates in the biomonitoring of a Nigerian coastal water

A. Nkwoji Joseph
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Abstract

Most coastal waters are exposed to high influx of pollutants due to the obvious elevated human activities. In order to adequately evaluate the extent of toxicity of contaminants in the ecosystem, and their synergistic effects, marine ecologists prefer biomonitoring to chemical approach. The benthic macroinvertebrates, due to their sedentary mode of life and residence at the sediment-water microcosm, are regarded as the most veritable tool for biomonitoring. This is because these organisms are impacted by the interstitial forces of the sediment-water interface in the marine ecosystem and also serve as the main channel for the interchange of biomass. This review focuses on the biomonitoring status and prospects of a coastal lagoon with reference to the benthic macroinvertebrates. The levels of biomonitoring activities which are suborganismal, organismal, population, community and ecosystem levels are critically analyzed. However, most of the molecular and biochemical assays, and biomarkers used in biomonitoring studies at the suborganismal and organismal levels of biological development are being outsourced. This poses great challenges to holistic biomonitoring programs in the vast Nigerian coastal ecosystem.   Key words: Biomonitoring, coastal waters, Lagos lagoon, bioindicators, benthic macroinvertebrates.
尼日利亚沿海水域底栖大型无脊椎动物的生物监测
由于人类活动的明显增加,大多数沿海水域暴露于污染物的大量流入。为了充分评估生态系统中污染物的毒性程度及其协同效应,海洋生态学家更倾向于生物监测而不是化学方法。底栖大型无脊椎动物由于其在沉积物-水微观世界中的定居生活方式,被认为是最名副其实的生物监测工具。这是因为这些生物受到海洋生态系统中沉积物-水界面间隙力的影响,同时也是生物量交换的主要渠道。本文就某滨海泻湖底栖大型无脊椎动物的生物监测现状及展望进行了综述。亚有机体、有机体、种群、群落和生态系统水平的生物监测活动水平进行了批判性分析。然而,在生物发育的亚有机体和有机体水平的生物监测研究中使用的大多数分子和生化分析以及生物标志物正在外包。这对尼日利亚广大沿海生态系统的整体生物监测计划提出了巨大挑战。,关键词:生物监测,沿海水域,拉各斯泻湖,生物指标,底栖大型无脊椎动物
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