首页> 外文期刊>Environmental toxicology and chemistry >EVALUATION OF THE EFFICACY OF EXTRAPOLATION POPULATION MODELING TO PREDICT THE DYNAMICS OF AMERICAMYSIS BAHIA POPULATIONS IN THE LABORATORY
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EVALUATION OF THE EFFICACY OF EXTRAPOLATION POPULATION MODELING TO PREDICT THE DYNAMICS OF AMERICAMYSIS BAHIA POPULATIONS IN THE LABORATORY

机译:预测外来种群模拟在实验室中美洲原住民种群动力学中的效力的评估

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摘要

An age-classified projection matrix model has been developed to extrapolate the chronic(28-35 d)demographic responses of Americamysis bahia(formerly Mysidopsis bahia)to population-level response. This study was conducted to evaluate the efficacy of this model for predicting the population behavior of A. Bahia held(for more than three generations)under controlled laboratory exposure conditions. The research involved the performance of a standard life-cycle test and a multigenerational(greater than three mysid generations, 55 d)assay using A. Bahia to experimentally evaluate model predictions regarding population-level risks of chemical exposure.
机译:已经开发了一种按年龄分类的投影矩阵模型,以推断美洲念珠菌(以前称为Mysidopsis bahia)对人口水平响应的慢性(28-35 d)人口统计学响应。进行了这项研究,以评估该模型在受控实验室暴露条件下预测(超过三代)巴氏杆菌种群行为的有效性。该研究涉及使用A. Bahia进行标准生命周期测试和多代(大于三代mysid,55 d)测定的性能,以通过实验评估关于人群暴露于化学物质的风险的模型预测。

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