Autochthonous fungi are potential successful agents in the process of bioremediation
through their efficient adaptation to pollutant toxicity and competition with other …

This study aims to use contaminated soil with leachate to select autochthonous fungi that are
able to bioremediate three types of leachate,(Young (YL), Intermediate (IL) and Old (OL)) …

Landfill leachate contains hazardous xenobiotic organic compounds and heavy metals
which have emerged as a major threat to receiving waterbodies and human health even at …

Purpose Heavy metals' contamination of soil is a serious concern as far as public health and
environmental protection are concerned. As a result of their persistent and toxic properties …

The research is aimed to conduct onsite bioremediation of heavy metal-impacted landfill soil
using fungal consortium. The setup involved treatment (soil augmented with fungal …

Municipal solid waste poses a risk on surrounding environment and public health, mainly
because of unscientific disposal and shortage of facilities for proper handling and recycling …

This study aimed to determine the mycoremediative capacity of filamentous fungi consortia
in landfill heavy metal contaminated soil. Streak plate method was utilized for the isolation of …

Autochthonous fungi from contaminated wastewater are potential successful agents
bioremediation thanks to their adaptation to pollutant toxicity and to competition with other …

Landfill leachate raises a huge risk to human health and the environment as it contains a
high concentration of organic and inorganic contaminants, heavy metals, ammonia, and …

Pollution of surface and groundwater by potentially toxic metals (PTMs) is a global problem.
The PTMs pose chronic and even acute risks to the health of all living organisms, including …