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Microscopy

Analyzing soil biology

at the microscopic scale

Home lab testing soil samples for soil life biology microorganisms in compost with a micro

01

What Analysis We Do

Biological Assessments - looking at soil life under a microscope. We do direct microscopy focused on four main groups: bacteria, fungi, protozoa, and nematodes (both helpful and harmful), and we measure the biomass of the active representatives.

These microorganisms drive the nutrient cycle and make nutrients available, build soil structure, and reduce compaction. The Soil food web also includes arthropods and larger animals, but they aren’t part of this analysis.


The test doesn’t identify exact species or detect specific pathogens, but it shows if the soil, compost, and liquid amendments have enough beneficial microbes to regenerate the soil, support strong and healthy plants, as well as soils free of weeds, and with good structure. ​​

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02

What Biology We Look For

Fungi & Bacteria Biomass

 

Bacteria and fungi break down minerals, release and store nutrients. They also help build soil structure—creating pores and aggregates—and improve the soil’s ability to hold water.

The ratio of fungi to bacteria determines if the soil conditions are in favour of the crops or of the weeds.

Protozoa & Nematodes

 

These microorganisms are indicators of healthy soil. Their role is to feed on bacteria and fungi, releasing nutrients in a form that plants can use. If these predators are not present, the natural nutrient cycle is cut off.

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They also help build soil aggregates and improve soil structure.

young Female soil scientist holding a soil in a hand in a soil laboratory in australia _ed

03

What We Deliver

Analysis results

Spreadsheets with biomass weight results, references and comments.

Photographs

Images of some of the organisms found and counted in your samples.

Q&A sessions

Answering questions and explaining the results.

As we rely on the microscope to give us a valuable picture of the space and the task's context, we also understand the need to combine these findings with other testing methods to build a more complete understanding about the ecosystems generally.

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