Phytoremediation is a green, simple, eco-friendly, sustainable, and cost-effective remediation technology to remove and degrade contaminants from soil. In this study, a germination experiment and a pot experiment were performed in greenhouse to evaluate cadmium toxicity and phytoremediation capacity. The results showed that there was the highest membership function value of cadmium (MFVC) in KFJT-3 than that of KFJT-CK and KFJT-1, the value being 0.473, 0.456 and 0.413, respectively. Furthermore, the highest biomass was discovered in KFJT-3 compared to the other genotypes under 50 mg/kg cadmium stress. Physiological analysis showed that proline content significantly increased in KFJT-3, the value being 31.88%. In addition, Bioaccumulation factor (BAF) and Translocation factor (TF) value were 3.80 and 1.02 for KFJT-3, respectively. In conclusion, BAF and TF values showed that the cadmium tolerance of KFJT-1 and KFJT-3 could be higher than that of KFJT-CK, which could be the genotype for phytoremediation of cadmium contaminated soil.

植物修复是一种绿色的，简单的，生态友好的，可持续的，具有成本效益的修复技术，可以去除和降解土壤中的污染物。在这项研究中，在温室中进行了发芽实验和盆栽实验，以评估镉的毒性和植物修复能力。结果表明，KFJT-3中的镉（MFVC）隶属函数值最高，分别为KFJT-CK和KFJT-1，分别为0.473、0.456和0.413。此外，在50 mg / kg镉胁迫下，与其他基因型相比，在KFJT-3中发现了最高的生物量。生理分析表明，KFJT-3中脯氨酸含量显着增加，为31.88％。此外，KFJT-3的生物蓄积因子（BAF）和转运因子（TF）值分别为3.80和1.02。综上所述，