This book examines the role that bioremediation can play in the
detoxification of soil, water, and air to improve environmental and
human health, with a specific focus on heavy metals and radionuclides.
Environmental pollution, whether by natural or human causes, with
industrial activities being a key player, is a challenge facing all
nations across the world. While treatment has typically required the use
of expensive technology, one promising solution is the use of
phytoremediation, in which plants act by metabolizing or sequestering
pollutants. This eco-friendly solution is a good alternative to the
standard methods of soil and water treatments. This book provides not
only the basic definitions and classification of technologies used for
contaminant remediation but also the most recent studies dealing with
the selection of new promising microbial stains and plant varieties
involved in the treatment of radioactive and heavy metal contaminants.
It provides a detailed description of the biochemical mechanisms and
genes involved in the bioremediation of radionuclides and heavy metals,
offering a clear insight for academics and practitioners interested in
in vitro and in situ biological treatment.
This book will be of great value to students and scholars interested in
environmental pollution and environmental health from across a range of
different disciplines, including environmental microbiology and
chemistry, ecology and environmental science, biological and
environmental engineering and biotechnology.