生物扩增

Bioamplification of toxins in the food chain can lead to significant health risks for top predators.
生物放大作用在食物链中使得毒素的浓度增加，对顶级掠食者构成重大健康威胁。
The pesticide used in agriculture can bioamplify and accumulate in aquatic ecosystems, causing harm to non-target organisms.
农业中使用的杀虫剂可能会生物放大并在水生生态系统中积累，对非目标生物造成伤害。
In ecotoxicology, researchers study how pollutants are bioamplified through various trophic levels of an ecosystem.
生态毒理学研究污染物如何通过生态系统中的不同营养级进行生物放大。
The phenomenon of bioamplification is particularly pronounced in small lakes with limited food sources, where fish populations can be highly susceptible to contaminants.
在食物来源有限的小湖泊中，生物放大现象尤为明显，鱼类种群容易受到污染物的影响。
Scientists are concerned about the bioamplification of antibiotic resistance genes in bacteria due to overuse of antibiotics in agriculture.
科学家们担忧由于农业上抗生素的过度使用，抗生素抗性基因会在细菌中发生生物放大。
Bioamplification can result in increased sensitivity to allergens, as seen in some individuals with shellfish allergies consuming contaminated seafood.
生物放大可能导致对过敏原的敏感度增加，例如食用受污染海鲜的贝壳类食物过敏者。
Understanding the mechanisms of bioamplification is crucial for developing effective strategies to mitigate environmental pollution.
理解生物放大的机制对于制定有效的环境保护策略至关重要。
The risk of bioamplification in vector-borne diseases like Lyme disease increases with warmer temperatures, as it facilitates the spread of pathogens through host populations.
像莱姆病这样的媒介传播疾病的风险会随着温度升高而增大，因为这会促进病原体在宿主群体中的扩散。
Monitoring and managing bioamplification in wildlife populations is essential for maintaining biodiversity and preventing the spread of infectious diseases.
监测和管理野生动物种群中的生物放大对于保持生物多样性以及防止传染病传播至关重要。
Conservation efforts often focus on reducing bioamplification pathways by controlling invasive species and minimizing habitat destruction.
保护措施通常集中在减少生物放大途径，如控制入侵物种和减小栖息地破坏。