Restore degraded or depleted land through targeted biological intervention. We identify exactly what life is missing from your soil — then bring it back using locally sourced, living biological inputs.
Start with a Soil AnalysisCommon scenarios we work with
Many properties in Florida have soil that looks and feels lifeless — compacted, hydrophobic, prone to pooling water, growing nothing without heavy fertilizer inputs. This isn't permanent damage. It's the predictable result of a biology that's been suppressed over time: by synthetic inputs, construction activity, compaction, overwatering, or simply being stripped of organic matter.
Soil remediation is the process of rebuilding that biology from the ground up. It's not about adding more fertilizer. It's about restoring the community of organisms — bacteria, fungi, protozoa, nematodes — that are supposed to be there, doing the nutrient cycling and structural work that no synthetic input can replicate.
Jake first identifies exactly what biology is present (and what's missing) through microscope analysis. Then we target the specific gaps with precision biological inputs — not a generic amendment dump.
Every remediation follows the same five-step sequence — built around what your specific soil analysis reveals, not a generic formula.
Jake visits your property and pulls samples from affected areas. He runs a full microscope analysis: bacterial biomass, fungal strand density, protozoa counts, nematode populations and types, fungal-to-bacterial ratio. We also conduct an infiltration rate test — a direct measure of how fast water moves through your soil, and a reliable proxy for biological and structural health.
You receive a written Diagnostic Report within one week: what's living in your soil now, what's missing, and what's causing the symptoms you're seeing.
Based on your diagnostic, Jake designs a targeted remediation protocol. This is not a one-size-fits-all amendment plan. The specific biology we add, the order of inputs, and the timing are all determined by what your soil analysis shows. A compaction-dominated soil needs a different approach than a hydrophobic soil or a post-construction blank slate.
We apply a sequenced series of biological inputs tailored to your diagnostic results:
Physical interventions may also be recommended: aerating before applications, deep mulching with wood chip biomass, or soil amendment layering.
All inputs are sourced from Treasure Coast Compost, our sister company producing finished compost in Martin County, Florida.
30 days: Visual assessment, infiltration re-test, adjusted inputs if needed, photo documentation.
60 days: Fungal network check, plant health indicators, second photo benchmark.
90 days: Full microscope re-analysis compared side-by-side with baseline. Written 90-day comparison report showing exactly what changed in biology counts and infiltration rates.
120 days: Final assessment and written 120-day report confirming stability of biological gains. Maintenance protocol delivered.
For severe degradation, a second remediation phase may be recommended after reviewing the 90-day results.
After active remediation, we provide a written maintenance plan — what to do quarterly to preserve and continue improving soil biology. The goal is a soil that maintains itself rather than requiring ongoing intensive inputs.
Biological restoration isn't a black box. Every analysis, application, and result is written up and handed to you.
These are the situations that bring most clients to us. Each one has a biological explanation — and a biological solution.
Water beads on the surface and runs off rather than soaking in. Caused by a fungal biology deficiency and organic matter depletion. Biochar and liquid extract applications dramatically improve infiltration within 60 days in most cases.
Equipment compaction removes the pore structure soil organisms need to live. Aeration combined with sequenced biological inputs rebuilds structure and biology simultaneously. Often the most dramatic transformations we see.
Soils that require increasing inputs to maintain the same results have lost the biology that cycles nutrients naturally. Rebuilding the soil food web reduces input dependency over 90–180 days.
When plants consistently underperform despite adequate watering and fertilizing, the cause is almost always in the soil biology — specifically, the nutrient cycling organisms that make nutrition available to plants. A soil analysis identifies exactly what's missing.
Honest answers to the questions clients ask most before starting a remediation engagement.
Describe what you're seeing — pooling water, poor plant performance, compaction, bare spots — and we'll talk through what the biology might be telling you. First conversation is always free.