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Natural bacterial ecosystems

Understanding complex environmental ecosystems through dynamic models

Eugenio Cinquemani, Alexandre Dawid, Hidde de Jong, Delphine Ropers

Microbial communities in the environment contain thousands or even millions of species per sample. This diversity includes bacteria, archaea, fungi, and viruses. Microorganisms within the community interact through cooperation, competition, predation, or chemical signalling. These communities are also closely linked to their environment, to which they adapt and which they shape (nitrogen fixation, carbon cycle, etc.). We model the dynamics of community growth to unravel the complexity of interactions within the community and with its environment, particularly the environmental impact of the community.

Analysing microbial communities helps us to understand how they adapt to and affect the environment. For instance, we can examine how underground communities affect the quality of stored gases, such as hydrogen (CETP HyLife project; Dopffel et al, SMRI 2024).

Submitted on May 23, 2024

Updated on April 27, 2026