超富集植物

The plant species _Brassica juncea_ is a well-known hyperaccumulator of heavy metals like nickel and chromium."
- _芥菜属植物_Brassica juncea_是一种知名的重金属超积累者，如镍和铬。_
Hyperaccumulators have the unique ability to absorb and accumulate exceptionally high levels of toxins without showing toxic symptoms.
超积累植物具有独特的能力吸收并积累异常高水平的毒素而不表现出中毒症状。
Scientists are studying hyperaccumulator plants to develop phytoremediation techniques for contaminated soils.
科学家正在研究超积累植物以开发用于污染土壤的植物修复技术。
Some ferns, such as _Pteris vittata_, are hyperaccumulators of arsenic, making them useful in cleaning up contaminated sites.
某些蕨类植物，如_蜈蚣草_Pteris vittata_，是砷的超积累者，这使得它们在清理受污染场地时非常有用。
Hyperaccumulator species play a crucial role in environmental cleanup efforts worldwide.
超积累物种在全球环境清理努力中发挥着关键作用。
The process by which hyperaccumulators sequester heavy metals is still not fully understood but is an active area of research.
超积累植物如何隔离重金属的过程尚未完全了解，但这是研究的活跃领域。
Innovative绿化项目利用超积累植物来中和工业废料中的有毒金属。"
- Innovative greening projects utilize hyperaccumulator plants to neutralize toxic metals in industrial waste.
Hyperaccumulators demonstrate nature's capacity to self-cleanse, providing hope for eco-friendly solutions to pollution.
超积累植物展示了自然界的自净能力，为污染提供了环保解决方案的希望。
Zinc hyperaccumulator plants can help restore land once used for mining, preventing further environmental degradation.
锌超积累植物可以帮助恢复曾经用于采矿的土地，防止进一步的环境退化。
Through phytomining, hyperaccumulator plants can even be commercially exploited to recover valuable metals.
通过植物采矿，超积累植物甚至可以被商业化利用来回收有价值的金属。