Phytoextraction has been proposed in many papers as a low‐cost method for remediating
contaminated soil. However, if national regulation is based on total metal (loid) …

Ecotoxicological studies on soil metal toxicity often rely on artificially contaminated soils. A
major difficulty in using soils contaminated by anthropogenic activities (eg, mining and …

This review focuses on the issue of metal antagonism in soils contaminated by multiple
metals as a result of industrial emissions. Building upon previous findings in aquatic …

Nonferrous metal smelting operations are a recognized source of metal accumulation in
surrounding soils. In Mednogorsk, Russia, soil contamination results from atmospheric …

The predictive accuracy of total metal content in contaminated soils for determining
phytotoxicity has long been debated. Attempts to determine the “phytoavailable” metal …

Ecotoxicological research often employs artificially contaminated soils, while studies using
real-world contaminated soils remain limited. The presence of multiple metals in real-world …

Environmental degradation due to the operation of non-ferrous metal smelters is a
significant issue in many countries worldwide. In particular, copper smelting in the Ural …

Nonferrous metal smelting operations are a recognized source of metal accumulation in
surrounding soils. In Mednogorsk, Russia, soil contamination results from atmospheric …

Environmental degradation due to the operation of non-ferrous metal smelters is a
significant issue in many countries worldwide. In particular, copper smelting in the Ural …

Обзор посвящен проблеме антагонизма металлов при полиэлементном загрязнении
почв выбросами промышленных предприятий. Обсуждается, что известный эффект …