Special Issue: Microorganisms diversity in Extreme environments
Guest Editors
Dr. Masaharu Tsuji
Department of Materials and Chemistry, National Institute of Technology, Asahikawa College,Japan
Email: tsuji@edu.asahikawa-nct.ac.jp ; spindletuber@gmail.com
Manuscript Topics
Extreme environments account for over 80% of the biosphere on Earth, including space, the deep sea, the Alps, Antarctica, and the Arctic. Due to recent rapid warming, microorganisms living in extreme environments are facing the danger of shrinking their habitats.
They play an important role in nutrient cycling in extreme environments because of their ability to grow at severe environments, high temperature, high pressure, high salt concentration, high pH, low temperature, etc. The changing microorganisms diversity affects material production in the environments.
However, information on microbial diversity is still fragmentary and new knowledge on research in this area is needed.
Keywords
Psychrophilic and psychrotolerant fungus
Microorganisms diversity
Antarctica
Arctica
Glacier
High mountain
Bioprospecting
Exterm microorganisms
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