Microbial Diversity and Environmental Resilience in Polluted Ecosystems

As environmental pollution threatens ecosystems, the concept of biomicrodiversity emerges as a critical area of scientific research and conservation. Biomicrodiversity refers to the variety of microscopic organisms, including bacteria, fungi, and viruses, that inhabit soil, water, air, and living organisms. Despite their size, microorganisms are essential in nutrient cycling, waste decomposition, climate regulation, and ecosystem resilience. In a polluted planet affected by industrial waste, chemical contaminants, plastic pollution, and climate change, microbial communities are often among the first to respond to environmental stress. Understanding and protecting biomicrodiversity maintains ecological balance while developing innovative solutions to environmental restoration and sustainable living. Microbial Diversity and Environmental Resilience in Polluted Ecosystems explores the diversity and ecological importance of microscopic organisms and how they are affected by environmental pollution. It examines the role of microbial communities in maintaining ecosystem health, as well as their potential to help monitor, mitigate, and restore polluted environments. This book covers topics such as genomics, bioremediation, and policymaking, and is a useful resource for engineers, biologists, climatologists, academicians, researchers, and environmental scientists.