Observe, Learn, Share.

Colony Worms is a resource hub to share ideas and examples. The primary focus is on nurturing microbial habitats for worms, beneficial fungal and bacterial communities. As we nurture these communities, they will in turn, nurture us: soil, food, people, and communities.

Start Here See the Work

What You'll Find Here

No sales pitch or gatekeeping. Just people making observations, learning about biology and sharing their results — the failures as well as success.

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Divert the Waste Stream

Manure, food waste, cardboard, wood chips, and leaves are feedstock, not garbage. Make observations in your system, notice waste streams and try to figure out how to divert waste towards a valuable resource.

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Ask Anything

How can we help each other?

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Show Your Work

Post your bins, beds, grow rooms and field trials. Real photos from real setups teach far more than any diagram.

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Find Your People

From a single tote in a garage to a quarter section under cover crop — the same biology, at every scale, with people who get it. The principles remain the same, whether it's a square foot or a hundred.

Where to Begin

Three ways in, depending on how deep you already are.

New to Soil Biology

The one principle everything rests on, why waste streams are feedstock rather than garbage, and the four things that trip up almost every beginner.

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Humics & Vermicompost

What worm castings actually produce as they work through organic matter, and why stable humic and fulvic content matters more than an NPK number.

Read the Notes

Working at Scale

Cover crops, no-till and biological amendments on real acres. If you are past the tote-in-the-garage stage and want a second opinion, get in touch.

Consulting

Waste Streams Into Living Soil

Being regenerative starts with observing the energy flows in a system you already have, and diverting its waste streams toward value. Manure, food waste, cardboard, leaves — the things most operations pay someone to haul away — are the raw material for some of the highest-value biological amendments there are.

The principle underneath all of it is straightforward: inoculate the soil with strong cultures of biological communities, then nurture those species by building an environment where they thrive. Get that right and it compounds outward — soil, environment, animal and human health.

Start Here

An earthworm in a root ball lifted from a living cover-crop field

From the Field

Photographs from our own beds and fields — the soil life, the crops it feeds, and the results at scale.

A fan of white mycelium spreading across damp cardboard bedding — **The mycelial network** Fungal threads fanning through cardboard bedding — the underground network that moves water and nutrients between plants.

A handful of untreated wheat seed held over a seed drill — **Untreated seed** Clean, untreated seed going in the ground — no coatings to set back soil life.

Two bumblebees working the centre of a sunflower head — **Pollinators** Healthy soil grows the flowers that keep pollinators on the farm.

Rows of young corn seedlings emerging through last season's crop residue — **Emergence** Corn coming up through retained residue instead of bare, worked ground.

Wide view of crop rows under a heavy prairie sky with an irrigation pivot running — **At field scale** What it looks like when the whole quarter is managed this way.

The Shortest Version

"Inoculate the soil with strong cultures of biological communities, and nurture those species as much as possible by building an environment where they thrive."

— the whole method, in one sentence

Working on Something Specific?

Consulting is available for farms, market gardens and homesteads at any scale. Tell me what you are working with and what you are trying to solve.

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