Effect of electric field frequency on phytoremediation efficiency and properties of Cd-contaminated soil DOI
Xiaolan Xu,

Chuikang Zhou,

Jiajie Mei

et al.

Published: April 29, 2025

Abstract Electrochemical-phytoextraction is considered as an integrated technology for removal of Cd in contaminated soil. However, there a lack systematic studies on the how electric field frequency plant enrichment and soil microbial properties, which has restricted optimised application technology. This study investigated influence alternating current (AC) at frequencies 50 Hz 300 accumulation willow (Salix spp.), availability, properties. Exposure to AC resulted different degrees increase biomass production leaves, branches, stems, roots; concentrations N, P, K willow; increased root volume surface area; promoted photosynthesis willow. Compared with control, significantly enhanced above-ground parts roots by 14.65% 9.48%, respectively. Moreover, exposure availability 8.34% 19.26% Hz, decreased urease activity but peroxidase acid, phosphatase, activity. suggests that modulate interactions between Cd, enzymes, microbes. Although generally inhibit enzyme activity, can alter environment, reduce toxic effects, enhance oxidative stress responses nutrient cycling, mitigate toxicity. Therefore, these results indicate growth, altered ultimately leading uptake In particular, exhibited greater impacts enrichment.

Language: Английский

A Near Standard Soil Spectral Library: The Cornerstone of Hyperspectral Remote Sensing for Estimating Soil Heavy Metal Concentrations DOI
Bo Zhang, Bin Zou, Le Xia

et al.

Published: Jan. 1, 2025

Language: Английский

Citations

0
Effect of electric field frequency on phytoremediation efficiency and properties of Cd-contaminated soil DOI
Xiaolan Xu,

Chuikang Zhou,

Jiajie Mei

et al.

Published: April 29, 2025

Abstract Electrochemical-phytoextraction is considered as an integrated technology for removal of Cd in contaminated soil. However, there a lack systematic studies on the how electric field frequency plant enrichment and soil microbial properties, which has restricted optimised application technology. This study investigated influence alternating current (AC) at frequencies 50 Hz 300 accumulation willow (Salix spp.), availability, properties. Exposure to AC resulted different degrees increase biomass production leaves, branches, stems, roots; concentrations N, P, K willow; increased root volume surface area; promoted photosynthesis willow. Compared with control, significantly enhanced above-ground parts roots by 14.65% 9.48%, respectively. Moreover, exposure availability 8.34% 19.26% Hz, decreased urease activity but peroxidase acid, phosphatase, activity. suggests that modulate interactions between Cd, enzymes, microbes. Although generally inhibit enzyme activity, can alter environment, reduce toxic effects, enhance oxidative stress responses nutrient cycling, mitigate toxicity. Therefore, these results indicate growth, altered ultimately leading uptake In particular, exhibited greater impacts enrichment.

Language: Английский

Citations

0