Abstract
Soils are a rich source of biologically active industrial and medical
compounds arising from microbial populations and their ecosystem services that
comprise soil microbiome. The research of soil microbial ecosystems has supported the
development of a complete knowledge of the earth's microbial community's (bacteria,
archaea, lower and higher eukaryotes, and viruses) important role in repairing soil
structure and function and making it active. Soil microbiome discovery has
transformed environmental problems, agricultural productivity, bio-manufacturing and
medical science. Soil microbes are an obligatory fundamental form of life affecting us
in a variety of ways, helping as tools in industry and research. Soil microorganisms in
the biosphere play a crucial role in supporting life in the face of increasing 21st century
challenges such as soil fertility, food insecurity, epidemics, and a global energy
dilemma.
Algae, fungi, mushrooms, protozoa, seaweeds, and, in particular, soil microorganisms
now represent an unlimited source and ingredients used in pharmaceuticals for the
manufacture of antibiotic compounds, in food industries for the advancement of human
nutrition, in medication and beauty care products, in climate control, in the industry for
the creation of fuel, chemicals, and other bioactive mixtures, and in research. A
detailed knowledge of soil microorganism resilience might lead to new advances in
agriculture, energy, healthcare, and the environment.
Keywords: Bioactive compounds, Remediation, Soil microbiomes.