Summary
This review examines the multifaceted interactions among soil bacteria, fungi, and plants in polluted soil environments, demonstrating how synergistic and mutualistic relationships act as biocatalysts for contaminant elimination. The authors highlight that microbial interactions—particularly between bacteria and fungi—significantly enhance removal of recalcitrant organic and inorganic pollutants, whilst plant-microbe interactions modify rhizosphere chemistry to support microbial activity. Understanding these beneficial crosstalk mechanisms is proposed as essential for optimising bioremediation and phytoremediation strategies.
Regional applicability
The findings are potentially applicable to United Kingdom soil remediation practice, as polluted industrial and legacy sites are common in the UK; however, the review does not specify geographic context or UK-specific conditions. Transferability would depend on how soil type, climate, and pollutant profiles in UK contaminated sites compare to those addressed in the cited literature.
Key measures
Pollutant removal efficiency; microbial activity; plant growth promotion; rhizosphere parameter modification
Outcomes reported
The review synthesises evidence on how synergistic interactions among bacteria, fungi, and plants enhance the removal of organic and inorganic pollutants from contaminated soils. It discusses microbial plant growth-promoting mechanisms and rhizosphere modifications that improve bioremediation efficiency.
Topic tags
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