Microorganisms, mineral surfaces, and aquatic environments: learning from the past for future progress

Area of Science:

• Geobiology
• Environmental Science
• Geology

Background:

• The geosphere-biosphere interactions are crucial in environmental and geological research.
• Understanding microbial communities in modern environments provides insights into geological processes and the rock record.
• Bacteria-environment relationships exemplify these critical interactions.

Purpose of the Study:

• To review state-of-the-art imaging and modeling techniques in geobiology.
• To propose a research concept integrating experimental and theoretical approaches.
• To advance the interdisciplinary study of geobiology.

Main Methods:

• Review of advanced imaging techniques (e.g., nano- and biotechnology).
• Review of theoretical modeling approaches (e.g., mathematical and conceptual modeling).
• Integration of experimental and theoretical research strategies.

Main Results:

• Emergence of new opportunities for interdisciplinary geobiology research.
• Advancements in understanding microbial influences on geological environments.
• Development of integrated research concepts linking experimental and theoretical methods.

Conclusions:

• Studying modern microbial communities is key to understanding past and present geosphere-biosphere interactions.
• The integration of advanced experimental and theoretical methods is essential for geobiology.
• This work proposes a framework for future interdisciplinary geobiology research.