Bioenergetic Mapping

Understanding Ecosystem Health Through Microbial Function

What is Bioenergetic Mapping?

Bioenergetic Mapping is a cutting-edge ecological analysis that looks at the metabolic potential of microbial communities in soil –in other words, what kinds of compounds the microbes in a given environment are capable of breaking down or transforming. This is based on the genetic material (DNA) present in the soil, which reflects the kinds of biochemical processes microbes can carry out.

Why it matters

Microbial communities are essential for healthy ecosystems –they drive nutrient cycles, support plant health, and influence soil structure and resilience. By understanding what compounds microbes are equipped to process (such as carbohydrates, proteins, lipids, or vitamins), we can get a deeper insight into the overall health, maturity, and functionality of an ecosystem.

How it's done

We analyze soil samples using advanced metagenomic sequencing. This process reveals the DNA of all microorganisms present. From there, we use bioinformatics tools to interpret which metabolic functions are encoded in the microbial genes. These functions are then mapped onto a “bioenergetic landscape,” using a framework known as the van Krevelen diagram, which helps us visualize the types of compounds being processed and the energy dynamics of those transformations

Applications
in Ecology

Ecosystem Monitoring

Track changes in soil health over time, restoration progress, or impacts of land management.

Restoration Ecology

Assess whether restored ecosystems are developing microbial functions similar to natural systems.

Biodiversity Insights

Understand how land use, vegetation, or disturbance affects the microbial life belowground

Soil Quality Benchmarking

Provide a functional “fingerprint” of soil that complements chemical and physical tests.

Why it's unique

Unlike traditional soil tests that measure nutrients or pH, Bioenergetic Mapping gives you a functional view –showing what the microbial community is capable of doing. This functional diversity is key to resilience, productivity, and ecosystem services.