The environment on this planet is under threat from a variety of contaminants, the most
serious of which are heavy metal and radioactive pollution. Environmental radionuclides are …

With our life being simplified through the usage of electronics, they do come with their
baggage of rare earth and heavy metals, electronics is one of the major examples. The other …

This chapter provides an overview of metal‐microbe interactions and describes how they
could be harnessed to clean up metal‐contaminated water, soil, and land. Biosorption of …

Modernized technologies are needed to meet increasing population demands, which also
introduces harmful contaminants like heavy metals and radionuclides to the environment …

Environment of this planet is facing hazards from various pollutants, among which heavy
metal and radionuclide pollution is of great importance. This pollution is a resultant of both …

Microbial bioremediation has been emerged as a potential alternative to clean up toxic
contaminants from our environment effectively yet inexpensively. In contrast to microbial …

Heavy metals, normal constituents of the Earth, portrayed by their somewhat high nuclear
mass and their high density are beneficial to the living system but are harmful at high …

Heavy metal (HM) pollution remains an enduring environmental concern globally. The
primary contributors to soil contamination from (HMs) encompass pesticides, also organic …

Water pollution is an issue of great concern worldwide, and it can be broadly divided into
three main categories, that is, contamination by organic compounds, inorganic compounds …

The ability of microbes to reductively transform a variety of metals has wide-reaching
implications for controlling the mobility of contaminants in the subsurface, resulting in the …