植物修复

Phytoremediation is an environmentally friendly and cost-effective method for cleaning up polluted soils.
植物修复是一种环保且成本效益高的方法，用于清理受污染的土壤。
Researchers have successfully used phytoremediation to remove heavy metals from contaminated groundwater.
研究人员已成功利用植物修复技术从受污染的地下水中去除重金属。
The process of phytoremediation relies on plants' ability to absorb, accumulate, and metabolize pollutants.
植物修复的过程依赖于植物吸收、积累和代谢污染物的能力。
Sunflowers are known for their effectiveness in phytoremediation, especially in absorbing radioactive contaminants.
向日葵因其在植物修复中的高效性而闻名，特别是吸收放射性污染物方面。
In-situ phytoremediation involves growing plants directly on the contaminated site without removing the soil.
原位植物修复涉及直接在受污染的地点种植植物，无需移除土壤。
Phytoextraction, a type of phytoremediation, uses plants to extract pollutants from the soil into their aboveground biomass.
植物提取法是一种植物修复技术，利用植物将土壤中的污染物吸收到其地上生物量中。
Phytostabilization prevents further spread of pollutants by using plants to stabilize contaminated soils in place.
植物稳定化通过使用植物原地稳定受污染土壤，防止污染物进一步扩散。
Willow trees have been effectively used in phytoremediation projects due to their high tolerance for pollutants and rapid growth rate.
由于柳树对污染物有高耐受性和快速生长率，因此在植物修复项目中被有效利用。
The selection of plant species for phytoremediation depends on the type and concentration of contaminants present in the soil.
植物修复中植物种类的选择取决于土壤中存在的污染物类型和浓度。
Combining phytoremediation with other cleanup technologies can enhance overall remediation efficiency and speed up the process.
将植物修复与其他净化技术结合可以提高整体修复效率，加快修复进程。