Disposal and recycling of heavy metal-enriched biomass is the key to measure the success
of phytoremediation. This study employed innovative approach to use Aspergillus niger (A …

Current investigation has for the first time utilized Trichocomaceae fungi ie Aspergillus niger,
Aspergillus terreus, Aspergillus flavus and Pencillium ie Penicillium chrysogenum for …

Phytoextraction is an emerging cost effective remediation technology that uses plants to
remove metals from contaminated soils. Pot experiments were conducted to compare the …

Heavy metals are contaminants that poses great environmental burden as they are
hazardous to human, animal, plant health and the environment at large. In this Study, the …

Terrestrial plants as potential phytoremediators for remediation of surface soil contaminated
with toxic metals have gained attention in clean-up technologies. The potential of kenaf …

The study investigates enhancement of Ni–Cd phytoremediation efficiency of Helianthus
annuus grown on Ni–Cd battery's electrolyte (eW) contaminated soil augmented with two e …

The development of phytoremediation technology is constrained by gentle phytoextraction
efficiency and slow biomass accumulation. In this study, a combined remediation of pioneer …

Soil pollution is rapidly increasing due to industrialization and urbanization. Heavy metal
pollution raised concern because of its possible impact on plants and humans. Helianthus …

Cadmium (Cd) is a toxic heavy metal contaminant in agricultural soils. Phytoremediation
using hyperaccumulator plants is a promising remediation strategy. This study investigated …

Background and objectives: Soil contamination due to heavy metals is one of the major
environmental problems across the world, causing significant risks to public health and …