US Environmental Protection Agency, Office of Research and Development, 1 Sabine Island Drive, Gulf Breeze, FL 32561, USA.
Environ Pollut. 2011 Oct;159(10):2328-46. doi: 10.1016/j.envpol.2011.04.027. Epub 2011 May 23.
The scientific literature for fate and effects of non-nutrient contaminant concentrations is skewed for reports describing sediment contamination and bioaccumulation for trace metals. Concentrations for at least 22 trace metals have been reported in mangrove sediments. Some concentrations exceed sediment quality guidelines suggesting adverse effects. Bioaccumulation results are available for at least 11 trace metals, 12 mangrove tissues, 33 mangrove species and 53 species of mangrove-habitat biota. Results are specific to species, tissues, life stage, and season and accumulated concentrations and bioconcentration factors are usually low. Toxicity tests have been conducted with 12 mangrove species and 8 species of mangrove-related fauna. As many as 39 effect parameters, most sublethal, have been monitored during the usual 3 to 6 month test durations. Generalizations and extrapolations for toxicity between species and chemicals are restricted by data scarcity and lack of experimental consistency. This hinders chemical risk assessments and validation of effects-based criteria.
有关非营养污染物浓度的命运和影响的科学文献主要集中在描述痕量金属的沉积物污染和生物累积方面。红树林沉积物中至少有 22 种痕量金属的浓度被报道。一些浓度超过了沉积物质量指南,表明存在不利影响。至少有 11 种痕量金属、12 种红树林组织、33 种红树林物种和 53 种红树林栖息地生物的生物累积结果可用。结果与物种、组织、生命阶段和季节有关,累积浓度和生物浓缩因子通常较低。已经对 12 种红树林物种和 8 种与红树林相关的动物进行了毒性测试。在通常为 3 至 6 个月的测试期间,监测了多达 39 个效应参数,大多数是亚致死的。由于数据稀缺和缺乏实验一致性,物种间和化学品间的毒性概括和推断受到限制。这阻碍了化学风险评估和基于效应的标准的验证。