Scattered literature is harnessed to critically review the possible sources, chemistry,
potential biohazards and best available remedial strategies for a number of heavy metals …

The issue of heavy metal and metaloid (HMM) contamination continues to attract attention
owing to their non-biodegradable nature and toxicity to almost all living organisms …

通过向重金属复合污染土壤分别施加5% 和20%(钝化剂与土壤质量比) 磷矿粉, 木炭, 坡缕石,
钢渣4 种钝化剂, 测定了土壤pH 值, 重金属(Pb, Cd, Cu, Zn, As) 生物有效态(单级提取) …

采用盆栽实验, 研究了海泡石, 酸改性海泡石以及二者与磷酸盐联合使用对镉铅复合污染稻田
土壤的钝化修复效果, 并通过培养实验和重金属形态分析探讨了不同钝化剂处理的作用机理 …

The effects of operating conditions (temperature, residence time, and water contents) of
hydrothermal carbonization (HTC) of spent mushroom compost (SMC) waste on the …

One of the most grievous heavy metal pollutants in the environment is cadmium (Cd), which
is not only responsible for the crop yield loss owing to its phytotoxicity, but also for the …

The increasing use of industrial residues for the remediation of landscapes contaminated
with heavy metals diminishes the negative environmental impact of the contamination itself …

Одна из важных задач современной агроэкологии–изучение закономерностей
круговорота в биосфере химических элементов, являющихся регуляторами …

重金属原位钝化是一种农田土壤污染修复技术, 钝化材料能有效降低重金属迁移性及生物有效性
. 本文综述了用于原位钝化修复的钝化材料及其钝化机理, 探讨了钝化材料对重金属污染农田钝 …

Heavy metal pollution is a major environmental concern because of the toxicity to humans
and plants. This toxicity is lethal even in trace quantities and metals have a great tendency to …