The worldwide awareness of the dele

The worldwide awareness of the deleterious effects of heavy metal pollution has resulted in intensive
research aiming at understanding metal interactions in soil and their removal in an efficient way.
Although, the knowledge and practice of the conventional physio-chemical remedial technologies for
degraded soils are age-old, they are not in demonstration these days due to their detrimental impact on
various ecosystems. On the other hand, phytoremediation has received much attention as a biological
and natural way of treating the polluted lands. In addition, augmentation of essential rhizobacteria to
reduce phytotoxicity and remediating metal polluted soils has also gained interest. This paper
investigates the plant-microbial interactions in reclaiming the metal contaminated soil with attention to
some significant soil biochemical characteristics during the process.

結果 (中文) 1:

土壤重金属污染的有害影响的全球意识致使密集研究旨在了解土壤中的金属相互作用和他们搬迁，以有效的方式。虽然，对于常规的理化补救技术的实践与知识退化的土壤是古老，他们不是在演示中这些天造成的不利影响对各种生态系统。另一方面，植物修复技术一直以来受重视，作为一种生物和治疗受污染的土地的自然方式。此外，重要细菌对隆胸减少药害和补救金属污染的土壤也获得了利益。本文考察了回收注意到金属污染的土壤的植物微生物相互作用在过程中一些重要的土壤生化特性。

結果 (中文) 3:

重金属污染的有害影响的世界意识导致了密集的
研究针对土壤和以有效的方式去除金属的相互作用的理解。
虽然，为
知识和常规物理化学修复技术实践退化的土壤是古老的，这些天他们不因其对各种生态系统的不利影响
示范。另一方面，植物修复作为一种生物
和治理污染的土地自然备受关注。此外，原根际细菌
减少药害和修复土壤重金属污染也获得了利益，增强。本文
研究了植物微生物相互作用在回收金属污染土壤的关注
一些重要土壤生化特性的过程中。